# command:# Prefix for input files set to # command:# Prefix for output files set to # command:# Seed set to 1211888274 # command:# Read 1 alphabets and 0 BackgroundProbs from /projects/compbio/lib/alphabet/p-np.alphabet # command:Unrecognized 1th alphabet way-back-11 for BackgroundProbs that has no name Unrecognized 1th alphabet near-backbone-11 for BackgroundProbs that has no name Unrecognized 1th alphabet rel_sa10 for BackgroundProbs that has no name Unrecognized 1th alphabet CB_burial_12_7 for BackgroundProbs that has no name Unrecognized 1th alphabet CB_burial_14_7 for BackgroundProbs that has no name Unrecognized 1th alphabet abs_sa7 for BackgroundProbs that has no name Unrecognized 1th alphabet alpha11 for BackgroundProbs that has no name Unrecognized 1th alphabet alpha for BackgroundProbs that has no name Unrecognized 1th alphabet Bystroff for BackgroundProbs that has no name Unrecognized 1th alphabet BystroffAV for BackgroundProbs that has no name Unrecognized 1th alphabet chi1_3 for BackgroundProbs that has no name Unrecognized 1th alphabet dry_burial_6.5_7 for BackgroundProbs that has no name Unrecognized 1th alphabet dry_burial_8_7 for BackgroundProbs that has no name Unrecognized 1th alphabet dry_burial_12_7 for BackgroundProbs that has no name Unrecognized 1th alphabet DSSP for BackgroundProbs that has no name Unrecognized 1th alphabet EBGHSTL for BackgroundProbs that has no name Unrecognized 1th alphabet str for BackgroundProbs that has no name Unrecognized 1th alphabet str2 for BackgroundProbs that has no name Unrecognized 1th alphabet dssp_ehl2 for BackgroundProbs that has no name Unrecognized 1th alphabet STRIDE for BackgroundProbs that has no name Unrecognized 1th alphabet EBGHTL for BackgroundProbs that has no name Unrecognized 1th alphabet stride_ehl2 for BackgroundProbs that has no name Unrecognized 1th alphabet tco for BackgroundProbs that has no name Unrecognized 1th alphabet wet_burial_6.5_7 for BackgroundProbs that has no name Unrecognized 1th alphabet pb for BackgroundProbs that has no name Unrecognized 1th alphabet deBrevernAV for BackgroundProbs that has no name Unrecognized 1th alphabet gamma_2 for BackgroundProbs that has no name Unrecognized 1th alphabet n_sep for BackgroundProbs that has no name Unrecognized 1th alphabet o_sep for BackgroundProbs that has no name Unrecognized 1th alphabet n_notor for BackgroundProbs that has no name Unrecognized 1th alphabet o_notor for BackgroundProbs that has no name Unrecognized 1th alphabet n_notor2 for BackgroundProbs that has no name Unrecognized 1th alphabet o_notor2 for BackgroundProbs that has no name Unrecognized 1th alphabet CB8-sep9 for BackgroundProbs that has no name Unrecognized 1th alphabet str4 for BackgroundProbs that has no name Unrecognized 1th alphabet strand_sep for BackgroundProbs that has no name Unrecognized 1th alphabet CB-burial-23-20 for BackgroundProbs that has no name Unrecognized 1th alphabet CB23-sep9-10 for BackgroundProbs that has no name Unrecognized 1th alphabet CB23-sep9-20 for BackgroundProbs that has no name # Read 0 alphabets and 1 BackgroundProbs from /projects/compbio/lib/alphabet/dunbrack-in-scop.backgrounds # command:# Neural network set to G-3-13-7-13-9-13-11-p-np-empty.net # command:# Neural network set to yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Learning params read from /projects/compbio/experiments/protein-predict/predict-2nd/testing/params/7-jul-05.params # command:# Initializing Weights for p-np # Initializing Bias for p-np # Initializing Gain for p-np WARNING: BackgroundProbs for p-np not read in before initializing network. # Initializing Weights for third_layer # Initializing Bias for third_layer # Initializing Gain for third_layer # Initializing Weights for second_layer # Initializing Bias for second_layer # Initializing Gain for second_layer # Initializing Weights for FirstLayer # Initializing Bias for FirstLayer # Initializing Gain for FirstLayer # Network initialization done # command:CPU_time= 0.005 sec, elapsed time= 0.010409 sec) # command:# command:# reading script from file /projects/compbio/experiments/protein-predict/predict-2nd/testing/training-data/yeast-20pc-1.single-p-np # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL002W.fa, have 1274 columns in 1 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL007C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL007C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL007C.fa, have 1489 columns in 2 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL011W.fa, have 2114 columns in 3 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL012W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL012W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL012W.fa, have 2508 columns in 4 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL013W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL013W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL013W.fa, have 2928 columns in 5 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL015C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL015C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL015C.fa, have 3327 columns in 6 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL016W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL016W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL016W.fa, have 3962 columns in 7 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL017W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL017W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL017W.fa, have 5318 columns in 8 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL019W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL019W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL019W.fa, have 6449 columns in 9 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL020C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL020C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL020C.fa, have 6782 columns in 10 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL021C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL021C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL021C.fa, have 7619 columns in 11 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL023C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL023C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL023C.fa, have 8378 columns in 12 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL024C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL024C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL024C.fa, have 9813 columns in 13 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL026C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL026C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL026C.fa, have 11168 columns in 14 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL028W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL028W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL028W.fa, have 11696 columns in 15 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL029C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL029C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL029C.fa, have 13167 columns in 16 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL030W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL030W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL030W.fa, have 13284 columns in 17 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL031C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL031C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL031C.fa, have 14044 columns in 18 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL034C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL034C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL034C.fa, have 14457 columns in 19 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL035W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL035W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL035W.fa, have 15459 columns in 20 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL036C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL036C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL036C.fa, have 15828 columns in 21 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL038W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL038W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL038W.fa, have 16328 columns in 22 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL039C.fa, have 16597 columns in 23 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL040C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL040C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL040C.fa, have 17177 columns in 24 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL041W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL041W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL041W.fa, have 18031 columns in 25 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL042W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL042W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL042W.fa, have 18446 columns in 26 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL047C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL047C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL047C.fa, have 19068 columns in 27 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL048C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL048C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL048C.fa, have 19730 columns in 28 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL051W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL051W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL051W.fa, have 20777 columns in 29 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL053W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL053W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL053W.fa, have 21560 columns in 30 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL054C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL054C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL054C.fa, have 22273 columns in 31 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL056W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL056W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL056W.fa, have 23153 columns in 32 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL060W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL060W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL060W.fa, have 23535 columns in 33 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL062W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL062W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL062W.fa, have 23992 columns in 34 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL063C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL063C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL063C.fa, have 25314 columns in 35 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL067C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL067C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAL067C.fa, have 25907 columns in 36 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR002W.fa, have 26446 columns in 37 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR003W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR003W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR003W.fa, have 26872 columns in 38 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR008W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR008W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR008W.fa, have 27147 columns in 39 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR014C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR014C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR014C.fa, have 27854 columns in 40 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR018C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR018C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR018C.fa, have 28289 columns in 41 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR019C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR019C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR019C.fa, have 29263 columns in 42 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR035W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR035W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR035W.fa, have 29950 columns in 43 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR042W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR042W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR042W.fa, have 31138 columns in 44 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR050W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR050W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YAR050W.fa, have 32675 columns in 45 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL002W.fa, have 32806 columns in 46 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL003C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL003C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL003C.fa, have 32938 columns in 47 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL004W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL004W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL004W.fa, have 35431 columns in 48 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL005W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL005W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL005W.fa, have 36407 columns in 49 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL007C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL007C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL007C.fa, have 37651 columns in 50 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL008W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL008W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL008W.fa, have 38491 columns in 51 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL009W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL009W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL009W.fa, have 39167 columns in 52 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL011W.fa, have 39926 columns in 53 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL016W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL016W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL016W.fa, have 40279 columns in 54 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL021C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL021C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL021C.fa, have 40423 columns in 55 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL022C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL022C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL022C.fa, have 41556 columns in 56 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL023C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL023C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL023C.fa, have 42424 columns in 57 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL024W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL024W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL024W.fa, have 43108 columns in 58 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL026W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL026W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL026W.fa, have 43203 columns in 59 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL027W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL027W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL027W.fa, have 43392 columns in 60 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL030C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL030C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL030C.fa, have 43710 columns in 61 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL031W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL031W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL031W.fa, have 44048 columns in 62 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL032W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL032W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL032W.fa, have 44429 columns in 63 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL034C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL034C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL034C.fa, have 45942 columns in 64 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL037W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL037W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL037W.fa, have 46967 columns in 65 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL039C.fa, have 47546 columns in 66 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL041W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL041W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL041W.fa, have 47787 columns in 67 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL042C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL042C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL042C.fa, have 48426 columns in 68 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL043W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL043W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL043W.fa, have 48683 columns in 69 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL045C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL045C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL045C.fa, have 49140 columns in 70 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL046W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL046W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL046W.fa, have 49581 columns in 71 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL047C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL047C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL047C.fa, have 50962 columns in 72 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL051C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL051C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL051C.fa, have 51630 columns in 73 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL052C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL052C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL052C.fa, have 52461 columns in 74 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL055C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL055C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL055C.fa, have 52879 columns in 75 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL056W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL056W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL056W.fa, have 53347 columns in 76 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL058W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL058W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL058W.fa, have 53770 columns in 77 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL061C.fa, have 54466 columns in 78 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL063W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL063W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL063W.fa, have 55577 columns in 79 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL064C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL064C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL064C.fa, have 55838 columns in 80 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL066C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL066C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL066C.fa, have 56986 columns in 81 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL067C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL067C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL067C.fa, have 57733 columns in 82 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL068W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL068W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL068W.fa, have 58060 columns in 83 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL069W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL069W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL069W.fa, have 58489 columns in 84 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL072C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL072C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL072C.fa, have 58689 columns in 85 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL075C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL075C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL075C.fa, have 59338 columns in 86 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL076C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL076C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL076C.fa, have 60410 columns in 87 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL079W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL079W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL079W.fa, have 61912 columns in 88 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL084C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL084C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL084C.fa, have 62670 columns in 89 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL085W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL085W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL085W.fa, have 63650 columns in 90 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL087C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL087C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL087C.fa, have 63787 columns in 91 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL088C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL088C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL088C.fa, have 66574 columns in 92 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL089W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL089W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL089W.fa, have 67033 columns in 93 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL091C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL091C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL091C.fa, have 67208 columns in 94 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL097W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL097W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL097W.fa, have 67962 columns in 95 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL099W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL099W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL099W.fa, have 68507 columns in 96 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL101C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL101C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL101C.fa, have 69624 columns in 97 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL103C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL103C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL103C.fa, have 70110 columns in 98 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL105C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL105C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL105C.fa, have 71261 columns in 99 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL106C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL106C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBL106C.fa, have 72271 columns in 100 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR001C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR001C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR001C.fa, have 73051 columns in 101 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR002C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR002C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR002C.fa, have 73337 columns in 102 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR003W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR003W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR003W.fa, have 73810 columns in 103 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR005W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR005W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR005W.fa, have 74023 columns in 104 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR006W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR006W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR006W.fa, have 74520 columns in 105 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR008C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR008C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR008C.fa, have 75068 columns in 106 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR009C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR009C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR009C.fa, have 75171 columns in 107 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR010W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR010W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR010W.fa, have 75307 columns in 108 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR011C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR011C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR011C.fa, have 75594 columns in 109 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR014C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR014C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR014C.fa, have 75797 columns in 110 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR015C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR015C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR015C.fa, have 76394 columns in 111 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR017C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR017C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR017C.fa, have 77312 columns in 112 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR019C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR019C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR019C.fa, have 78011 columns in 113 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR020W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR020W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR020W.fa, have 78539 columns in 114 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR023C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR023C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR023C.fa, have 79704 columns in 115 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR024W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR024W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR024W.fa, have 80005 columns in 116 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR025C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR025C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR025C.fa, have 80399 columns in 117 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR031W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR031W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR031W.fa, have 80761 columns in 118 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR038W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR038W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR038W.fa, have 81724 columns in 119 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR040W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR040W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR040W.fa, have 82022 columns in 120 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR041W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR041W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR041W.fa, have 82691 columns in 121 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR042C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR042C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR042C.fa, have 83088 columns in 122 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR043C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR043C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR043C.fa, have 83777 columns in 123 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR044C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR044C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR044C.fa, have 84350 columns in 124 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR045C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR045C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR045C.fa, have 84923 columns in 125 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR046C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR046C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR046C.fa, have 85257 columns in 126 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR048W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR048W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR048W.fa, have 85413 columns in 127 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR049C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR049C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR049C.fa, have 86223 columns in 128 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR054W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR054W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR054W.fa, have 86567 columns in 129 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR055C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR055C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR055C.fa, have 87466 columns in 130 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR057C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR057C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR057C.fa, have 87832 columns in 131 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR058C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR058C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR058C.fa, have 87912 columns in 132 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR059C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR059C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR059C.fa, have 89020 columns in 133 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR060C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR060C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR060C.fa, have 89640 columns in 134 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR061C.fa, have 89950 columns in 135 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR066C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR066C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR066C.fa, have 90170 columns in 136 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR067C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR067C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR067C.fa, have 90380 columns in 137 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR068C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR068C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR068C.fa, have 90989 columns in 138 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR072W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR072W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR072W.fa, have 91203 columns in 139 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR073W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR073W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR073W.fa, have 92127 columns in 140 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR079C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR079C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR079C.fa, have 93091 columns in 141 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR080C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR080C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR080C.fa, have 93849 columns in 142 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR081C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR081C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR081C.fa, have 95181 columns in 143 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR082C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR082C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR082C.fa, have 95329 columns in 144 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR084W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR084W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR084W.fa, have 96304 columns in 145 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR085W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR085W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR085W.fa, have 96611 columns in 146 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR086C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR086C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR086C.fa, have 97557 columns in 147 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR087W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR087W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR087W.fa, have 97911 columns in 148 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR091C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR091C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR091C.fa, have 98020 columns in 149 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR092C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR092C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR092C.fa, have 98487 columns in 150 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR097W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR097W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR097W.fa, have 99941 columns in 151 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR098W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR098W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR098W.fa, have 100632 columns in 152 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR102C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR102C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR102C.fa, have 101385 columns in 153 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR103W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR103W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR103W.fa, have 101920 columns in 154 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR105C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR105C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR105C.fa, have 102282 columns in 155 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR109C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR109C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR109C.fa, have 102429 columns in 156 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR112C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR112C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR112C.fa, have 103395 columns in 157 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR114W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR114W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR114W.fa, have 104185 columns in 158 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR115C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR115C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR115C.fa, have 105577 columns in 159 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR117C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR117C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR117C.fa, have 106258 columns in 160 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR118W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR118W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR118W.fa, have 106716 columns in 161 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR121C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR121C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR121C.fa, have 107383 columns in 162 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR125C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR125C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR125C.fa, have 107776 columns in 163 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR126C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR126C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR126C.fa, have 108271 columns in 164 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR127C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR127C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR127C.fa, have 108788 columns in 165 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR130C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR130C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR130C.fa, have 109213 columns in 166 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR132C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR132C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR132C.fa, have 109809 columns in 167 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR136W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR136W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR136W.fa, have 112177 columns in 168 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR139W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR139W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR139W.fa, have 112685 columns in 169 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR140C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR140C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR140C.fa, have 115777 columns in 170 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR142W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR142W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR142W.fa, have 116550 columns in 171 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR145W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR145W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR145W.fa, have 116901 columns in 172 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR146W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR146W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR146W.fa, have 117179 columns in 173 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR148W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR148W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR148W.fa, have 117788 columns in 174 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR149W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR149W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR149W.fa, have 118132 columns in 175 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR150C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR150C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR150C.fa, have 119226 columns in 176 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR151W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR151W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR151W.fa, have 119542 columns in 177 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR152W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR152W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR152W.fa, have 119833 columns in 178 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR155W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR155W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR155W.fa, have 120218 columns in 179 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR156C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR156C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR156C.fa, have 120916 columns in 180 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR158W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR158W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR158W.fa, have 121465 columns in 181 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR159W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR159W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR159W.fa, have 121812 columns in 182 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR160W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR160W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR160W.fa, have 122110 columns in 183 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR161W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR161W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR161W.fa, have 122486 columns in 184 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR162C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR162C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR162C.fa, have 122941 columns in 185 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR164C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR164C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR164C.fa, have 123124 columns in 186 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR168W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR168W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR168W.fa, have 123537 columns in 187 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR172C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR172C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR172C.fa, have 124277 columns in 188 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR175W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR175W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR175W.fa, have 124592 columns in 189 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR177C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR177C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR177C.fa, have 125043 columns in 190 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR180W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR180W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR180W.fa, have 125615 columns in 191 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR181C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR181C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR181C.fa, have 125851 columns in 192 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR182C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR182C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR182C.fa, have 126303 columns in 193 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR183W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR183W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR183W.fa, have 126619 columns in 194 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR186W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR186W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR186W.fa, have 127183 columns in 195 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR189W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR189W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR189W.fa, have 127378 columns in 196 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR191W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR191W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR191W.fa, have 127538 columns in 197 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR192W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR192W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR192W.fa, have 127915 columns in 198 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR195C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR195C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR195C.fa, have 128337 columns in 199 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR198C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR198C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR198C.fa, have 129135 columns in 200 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR199W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR199W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR199W.fa, have 129599 columns in 201 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR200W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR200W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR200W.fa, have 130150 columns in 202 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR203W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR203W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR203W.fa, have 131074 columns in 203 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR207W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR207W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR207W.fa, have 131539 columns in 204 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR208C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR208C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR208C.fa, have 133374 columns in 205 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR210W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR210W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR210W.fa, have 133516 columns in 206 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR212W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR212W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR212W.fa, have 134188 columns in 207 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR214W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR214W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR214W.fa, have 134715 columns in 208 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR215W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR215W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR215W.fa, have 135340 columns in 209 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR216C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR216C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR216C.fa, have 136014 columns in 210 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR218C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR218C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR218C.fa, have 137194 columns in 211 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR222C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR222C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR222C.fa, have 137737 columns in 212 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR227C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR227C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR227C.fa, have 138257 columns in 213 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR233W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR233W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR233W.fa, have 138351 columns in 214 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR234C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR234C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR234C.fa, have 138735 columns in 215 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR237W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR237W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR237W.fa, have 139584 columns in 216 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR238C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR238C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR238C.fa, have 140315 columns in 217 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR240C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR240C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR240C.fa, have 140765 columns in 218 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR244W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR244W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR244W.fa, have 140927 columns in 219 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR245C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR245C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR245C.fa, have 142056 columns in 220 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR249C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR249C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR249C.fa, have 142426 columns in 221 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR251W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR251W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR251W.fa, have 142733 columns in 222 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR260C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR260C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR260C.fa, have 143399 columns in 223 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR263W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR263W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR263W.fa, have 143889 columns in 224 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR264C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR264C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR264C.fa, have 144088 columns in 225 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR265W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR265W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR265W.fa, have 144408 columns in 226 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR267W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR267W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR267W.fa, have 144801 columns in 227 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR273C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR273C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR273C.fa, have 145237 columns in 228 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR274W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR274W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR274W.fa, have 145764 columns in 229 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR275C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR275C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR275C.fa, have 147680 columns in 230 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR276C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR276C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR276C.fa, have 148487 columns in 231 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR278W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR278W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR278W.fa, have 148688 columns in 232 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR279W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR279W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR279W.fa, have 149133 columns in 233 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR280C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR280C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR280C.fa, have 149770 columns in 234 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR281C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR281C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR281C.fa, have 150648 columns in 235 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR283C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR283C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR283C.fa, have 151138 columns in 236 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR286W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR286W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR286W.fa, have 151675 columns in 237 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR288C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR288C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR288C.fa, have 152158 columns in 238 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR289W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR289W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR289W.fa, have 153063 columns in 239 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR291C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR291C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR291C.fa, have 153362 columns in 240 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR293W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR293W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR293W.fa, have 153836 columns in 241 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR294W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR294W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR294W.fa, have 154695 columns in 242 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR295W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR295W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR295W.fa, have 155911 columns in 243 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR297W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR297W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR297W.fa, have 156379 columns in 244 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR298C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR298C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR298C.fa, have 156993 columns in 245 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR299W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR299W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR299W.fa, have 157577 columns in 246 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR301W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR301W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YBR301W.fa, have 157697 columns in 247 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL011C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL011C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL011C.fa, have 158124 columns in 248 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL014W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL014W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL014W.fa, have 159760 columns in 249 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL018W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL018W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL018W.fa, have 160124 columns in 250 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL024W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL024W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL024W.fa, have 161161 columns in 251 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL025C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL025C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL025C.fa, have 161794 columns in 252 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL027W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL027W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL027W.fa, have 162306 columns in 253 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL028W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL028W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL028W.fa, have 162711 columns in 254 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL029C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL029C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL029C.fa, have 163151 columns in 255 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL035C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL035C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL035C.fa, have 163261 columns in 256 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL036W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL036W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL036W.fa, have 163827 columns in 257 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL037C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL037C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL037C.fa, have 164261 columns in 258 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL039W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL039W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL039W.fa, have 165006 columns in 259 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL040W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL040W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL040W.fa, have 165506 columns in 260 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL043C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL043C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL043C.fa, have 166028 columns in 261 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL048W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL048W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL048W.fa, have 166491 columns in 262 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL050C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL050C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL050C.fa, have 166812 columns in 263 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL051W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL051W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL051W.fa, have 167395 columns in 264 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL054W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL054W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL054W.fa, have 168236 columns in 265 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL057W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL057W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL057W.fa, have 168948 columns in 266 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL059C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL059C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL059C.fa, have 169264 columns in 267 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL061C.fa, have 170360 columns in 268 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL063W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL063W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL063W.fa, have 170783 columns in 269 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL064C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL064C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL064C.fa, have 171143 columns in 270 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL066W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL066W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL066W.fa, have 171318 columns in 271 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL067C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL067C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL067C.fa, have 171528 columns in 272 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL069W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL069W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCL069W.fa, have 171986 columns in 273 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR002C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR002C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR002C.fa, have 172308 columns in 274 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR004C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR004C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR004C.fa, have 172555 columns in 275 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR005C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR005C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR005C.fa, have 173015 columns in 276 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR008W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR008W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR008W.fa, have 173618 columns in 277 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR009C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR009C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR009C.fa, have 173883 columns in 278 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR010C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR010C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR010C.fa, have 174166 columns in 279 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR011C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR011C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR011C.fa, have 175215 columns in 280 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR018C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR018C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR018C.fa, have 175436 columns in 281 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR021C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR021C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR021C.fa, have 175768 columns in 282 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR023C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR023C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR023C.fa, have 176379 columns in 283 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR024C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR024C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR024C.fa, have 176419 columns in 284 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR026C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR026C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR026C.fa, have 177161 columns in 285 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR027C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR027C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR027C.fa, have 177370 columns in 286 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR028C.fa, have 177505 columns in 287 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR030C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR030C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR030C.fa, have 178375 columns in 288 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR031C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR031C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR031C.fa, have 178512 columns in 289 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR033W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR033W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR033W.fa, have 179738 columns in 290 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR034W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR034W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR034W.fa, have 180085 columns in 291 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR036W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR036W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR036W.fa, have 180418 columns in 292 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR037C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR037C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR037C.fa, have 181341 columns in 293 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR038C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR038C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR038C.fa, have 181983 columns in 294 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR039C.fa, have 182193 columns in 295 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR042C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR042C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR042C.fa, have 183600 columns in 296 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR048W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR048W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR048W.fa, have 184210 columns in 297 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR052W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR052W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR052W.fa, have 184693 columns in 298 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR057C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR057C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR057C.fa, have 185616 columns in 299 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR059C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR059C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR059C.fa, have 185874 columns in 300 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_1.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_1.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_1.fa, have 190032 columns in 301 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_2.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_2.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_2.fa, have 190229 columns in 302 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_3.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_3.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_3.fa, have 190716 columns in 303 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_4.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_4.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_4.fa, have 190795 columns in 304 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_5.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_5.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_5.fa, have 190986 columns in 305 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_6.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_6.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_6.fa, have 191098 columns in 306 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_7.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_7.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_7.fa, have 191406 columns in 307 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_8.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_8.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_8.fa, have 191623 columns in 308 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_9.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_9.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_9.fa, have 191992 columns in 309 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_10.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_10.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_10.fa, have 192260 columns in 310 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_11.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_11.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_11.fa, have 192815 columns in 311 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_12.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_12.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_12.fa, have 193143 columns in 312 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_13.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_13.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_13.fa, have 193439 columns in 313 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_14.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_14.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_14.fa, have 194360 columns in 314 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_15.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_15.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_15.fa, have 194793 columns in 315 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_16.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_16.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_16.fa, have 194965 columns in 316 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_17.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_17.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_17.fa, have 195095 columns in 317 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_18.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_18.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_18.fa, have 195194 columns in 318 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_19.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_19.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_19.fa, have 195352 columns in 319 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_20.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_20.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_20.fa, have 195489 columns in 320 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_21.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_21.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_21.fa, have 195780 columns in 321 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_22.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_22.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_22.fa, have 196622 columns in 322 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_23.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_23.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_23.fa, have 196697 columns in 323 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_24.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_24.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_24.fa, have 196763 columns in 324 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_25.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_25.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_25.fa, have 196961 columns in 325 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_26.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_26.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_26.fa, have 197080 columns in 326 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_27.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_27.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_27.fa, have 197161 columns in 327 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_28.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_28.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_28.fa, have 198481 columns in 328 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_29.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_29.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_29.fa, have 199671 columns in 329 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_30.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_30.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_30.fa, have 199853 columns in 330 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_31.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_31.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_31.fa, have 199893 columns in 331 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_32.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_32.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_32.fa, have 200789 columns in 332 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_33.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_33.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_33.fa, have 200835 columns in 333 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_34.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_34.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_34.fa, have 201399 columns in 334 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_35.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_35.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_35.fa, have 201467 columns in 335 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_36.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_36.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_36.fa, have 201709 columns in 336 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_37.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_37.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_37.fa, have 201820 columns in 337 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_38.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_38.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_38.fa, have 201905 columns in 338 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_39.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_39.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_39.fa, have 202450 columns in 339 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_40.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_40.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_40.fa, have 202579 columns in 340 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_41.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_41.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_41.fa, have 203542 columns in 341 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_42.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_42.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_42.fa, have 203821 columns in 342 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_43.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_43.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_43.fa, have 204080 columns in 343 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_44.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_44.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_44.fa, have 204157 columns in 344 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_45.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_45.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_45.fa, have 204297 columns in 345 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_46.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_46.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_46.fa, have 204504 columns in 346 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_47.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_47.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_47.fa, have 204742 columns in 347 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_48.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_48.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_48.fa, have 204891 columns in 348 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_49.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_49.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_49.fa, have 205482 columns in 349 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_50.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_50.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_50.fa, have 205744 columns in 350 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_51.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_51.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_51.fa, have 207817 columns in 351 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_52.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_52.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_52.fa, have 207882 columns in 352 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_53.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_53.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_53.fa, have 208101 columns in 353 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_54.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_54.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_54.fa, have 208257 columns in 354 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_55.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_55.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_55.fa, have 209681 columns in 355 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_56.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_56.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_56.fa, have 209889 columns in 356 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_57.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_57.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_57.fa, have 210242 columns in 357 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_58.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_58.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_58.fa, have 210707 columns in 358 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_59.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_59.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_59.fa, have 211791 columns in 359 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_60.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_60.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_60.fa, have 212226 columns in 360 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_61.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_61.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_61.fa, have 212498 columns in 361 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_62.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_62.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_62.fa, have 212935 columns in 362 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_63.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_63.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_63.fa, have 213002 columns in 363 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_64.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_64.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_64.fa, have 214054 columns in 364 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_65.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_65.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_65.fa, have 214180 columns in 365 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_66.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_66.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_66.fa, have 214355 columns in 366 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_67.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_67.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_67.fa, have 216429 columns in 367 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_68.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_68.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_68.fa, have 216498 columns in 368 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_69.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_69.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_69.fa, have 216778 columns in 369 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_70.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_70.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_70.fa, have 217429 columns in 370 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_71.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_71.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_71.fa, have 217523 columns in 371 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_72.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_72.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_72.fa, have 217601 columns in 372 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_73.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_73.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_73.fa, have 217887 columns in 373 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_74.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_74.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_74.fa, have 218438 columns in 374 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_75.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_75.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_75.fa, have 218506 columns in 375 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_76.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_76.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_76.fa, have 219407 columns in 376 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_77.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_77.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_77.fa, have 220045 columns in 377 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_78.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_78.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_78.fa, have 220071 columns in 378 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_79.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_79.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_79.fa, have 220631 columns in 379 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_80.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_80.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_80.fa, have 220725 columns in 380 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_81.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_81.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_81.fa, have 220955 columns in 381 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_82.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_82.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_82.fa, have 221079 columns in 382 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_83.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_83.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_83.fa, have 221120 columns in 383 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_84.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_84.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_84.fa, have 221169 columns in 384 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_85.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_85.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_85.fa, have 221305 columns in 385 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_86.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_86.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_86.fa, have 221523 columns in 386 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_87.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_87.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_87.fa, have 222059 columns in 387 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_88.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_88.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_88.fa, have 222096 columns in 388 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_89.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_89.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_89.fa, have 222200 columns in 389 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_90.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_90.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_90.fa, have 222343 columns in 390 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_91.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_91.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_91.fa, have 222598 columns in 391 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_92.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_92.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_92.fa, have 223264 columns in 392 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_93.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_93.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_93.fa, have 223374 columns in 393 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_94.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_94.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_94.fa, have 223607 columns in 394 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_95.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_95.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_95.fa, have 224113 columns in 395 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_96.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_96.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_96.fa, have 224172 columns in 396 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_97.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_97.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_97.fa, have 224997 columns in 397 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_98.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_98.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_98.fa, have 225153 columns in 398 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_99.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_99.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_99.fa, have 225232 columns in 399 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_100.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_100.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_100.fa, have 225296 columns in 400 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_101.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_101.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_101.fa, have 225478 columns in 401 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_102.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_102.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_102.fa, have 225997 columns in 402 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_103.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_103.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_103.fa, have 226199 columns in 403 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_104.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_104.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_104.fa, have 226654 columns in 404 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_105.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_105.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_105.fa, have 227001 columns in 405 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_106.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_106.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_106.fa, have 227183 columns in 406 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_107.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_107.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_107.fa, have 227566 columns in 407 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_108.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_108.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_108.fa, have 230158 columns in 408 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_109.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_109.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_109.fa, have 230728 columns in 409 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_110.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_110.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_110.fa, have 231247 columns in 410 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_111.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_111.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_111.fa, have 231335 columns in 411 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_112.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_112.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_112.fa, have 231475 columns in 412 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_113.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_113.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_113.fa, have 231880 columns in 413 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_114.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_114.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_114.fa, have 232121 columns in 414 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_115.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_115.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_115.fa, have 232807 columns in 415 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_116.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_116.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_116.fa, have 232839 columns in 416 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_117.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_117.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_117.fa, have 233655 columns in 417 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_118.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_118.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_118.fa, have 233713 columns in 418 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_119.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_119.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_119.fa, have 233769 columns in 419 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_120.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_120.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_120.fa, have 234160 columns in 420 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_121.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_121.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_121.fa, have 235181 columns in 421 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_122.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_122.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_122.fa, have 235207 columns in 422 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_123.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_123.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_123.fa, have 235345 columns in 423 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_124.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_124.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_124.fa, have 235459 columns in 424 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_125.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_125.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_125.fa, have 235761 columns in 425 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_126.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_126.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_126.fa, have 235966 columns in 426 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_127.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_127.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_127.fa, have 235990 columns in 427 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_128.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_128.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_128.fa, have 236040 columns in 428 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_129.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_129.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_129.fa, have 236160 columns in 429 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_130.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_130.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_130.fa, have 236223 columns in 430 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_131.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_131.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_131.fa, have 236401 columns in 431 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_132.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_132.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_132.fa, have 236482 columns in 432 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_133.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_133.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_133.fa, have 236553 columns in 433 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_134.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_134.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_134.fa, have 236690 columns in 434 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_135.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_135.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_135.fa, have 236789 columns in 435 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_136.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_136.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_136.fa, have 237159 columns in 436 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_137.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_137.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_137.fa, have 237303 columns in 437 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_138.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_138.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_138.fa, have 237376 columns in 438 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_139.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_139.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_139.fa, have 237871 columns in 439 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_140.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_140.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_140.fa, have 238034 columns in 440 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_141.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_141.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_141.fa, have 239528 columns in 441 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_142.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_142.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_142.fa, have 239689 columns in 442 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_143.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_143.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_143.fa, have 239852 columns in 443 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_144.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_144.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_144.fa, have 240467 columns in 444 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_145.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_145.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_145.fa, have 240963 columns in 445 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_146.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_146.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_146.fa, have 241463 columns in 446 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_147.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_147.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_147.fa, have 241954 columns in 447 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_148.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_148.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_148.fa, have 242203 columns in 448 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_149.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_149.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_149.fa, have 243064 columns in 449 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_150.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_150.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_150.fa, have 243156 columns in 450 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_151.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_151.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_151.fa, have 244111 columns in 451 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_152.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_152.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_152.fa, have 244573 columns in 452 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_153.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_153.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_153.fa, have 245080 columns in 453 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_154.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_154.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_154.fa, have 245153 columns in 454 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_155.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_155.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_155.fa, have 245609 columns in 455 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_156.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_156.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_156.fa, have 245735 columns in 456 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_157.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_157.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_157.fa, have 246457 columns in 457 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_158.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_158.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_158.fa, have 246539 columns in 458 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_159.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_159.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_159.fa, have 247582 columns in 459 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_160.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_160.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_160.fa, have 248323 columns in 460 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_161.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_161.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_161.fa, have 248608 columns in 461 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_162.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_162.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_162.fa, have 248747 columns in 462 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_163.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_163.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_163.fa, have 249748 columns in 463 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_164.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_164.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_164.fa, have 249863 columns in 464 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_165.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_165.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_165.fa, have 250149 columns in 465 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_166.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_166.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_166.fa, have 250807 columns in 466 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_167.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_167.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_167.fa, have 250930 columns in 467 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_168.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_168.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_168.fa, have 251181 columns in 468 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_169.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_169.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_169.fa, have 253325 columns in 469 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_170.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_170.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_170.fa, have 253407 columns in 470 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_171.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_171.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_171.fa, have 253744 columns in 471 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_172.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_172.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_172.fa, have 254648 columns in 472 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_173.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_173.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_173.fa, have 256242 columns in 473 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_174.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_174.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_174.fa, have 256464 columns in 474 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_175.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_175.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_175.fa, have 257058 columns in 475 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_176.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_176.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_176.fa, have 257589 columns in 476 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_177.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_177.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_177.fa, have 257622 columns in 477 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_178.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_178.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_178.fa, have 258086 columns in 478 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_179.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_179.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_179.fa, have 258808 columns in 479 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_180.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_180.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_180.fa, have 259217 columns in 480 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_181.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_181.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_181.fa, have 259359 columns in 481 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_182.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_182.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_182.fa, have 259663 columns in 482 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_183.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_183.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_183.fa, have 260169 columns in 483 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_184.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_184.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_184.fa, have 260269 columns in 484 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_185.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_185.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_185.fa, have 260404 columns in 485 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_186.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_186.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_186.fa, have 260595 columns in 486 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_187.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_187.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_187.fa, have 260707 columns in 487 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_188.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_188.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_188.fa, have 260875 columns in 488 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_189.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_189.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_189.fa, have 260922 columns in 489 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_190.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_190.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_190.fa, have 261274 columns in 490 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_191.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_191.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_191.fa, have 261325 columns in 491 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_192.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_192.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_192.fa, have 261849 columns in 492 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_193.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_193.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_193.fa, have 262139 columns in 493 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_194.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_194.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_194.fa, have 262205 columns in 494 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_195.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_195.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_195.fa, have 263481 columns in 495 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_196.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_196.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_196.fa, have 265459 columns in 496 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_197.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_197.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_197.fa, have 265682 columns in 497 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_198.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_198.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_198.fa, have 265816 columns in 498 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_199.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_199.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_199.fa, have 266281 columns in 499 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_200.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_200.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_200.fa, have 267761 columns in 500 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_201.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_201.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_201.fa, have 267852 columns in 501 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_202.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_202.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_202.fa, have 268137 columns in 502 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_203.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_203.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_203.fa, have 268932 columns in 503 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_204.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_204.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_204.fa, have 269039 columns in 504 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_205.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_205.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_205.fa, have 269322 columns in 505 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_206.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_206.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_206.fa, have 269381 columns in 506 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_207.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_207.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_207.fa, have 269497 columns in 507 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_208.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_208.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_208.fa, have 269546 columns in 508 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_209.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_209.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_209.fa, have 269627 columns in 509 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_210.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_210.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_210.fa, have 270073 columns in 510 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_211.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_211.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_211.fa, have 270368 columns in 511 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_212.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_212.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_212.fa, have 270668 columns in 512 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_213.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_213.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_213.fa, have 270981 columns in 513 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_214.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_214.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_214.fa, have 271039 columns in 514 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_215.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_215.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_215.fa, have 271158 columns in 515 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_216.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_216.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_216.fa, have 271185 columns in 516 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_217.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_217.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_217.fa, have 271789 columns in 517 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_218.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_218.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_218.fa, have 272197 columns in 518 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_219.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_219.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_219.fa, have 272503 columns in 519 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_220.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_220.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_220.fa, have 273140 columns in 520 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_221.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_221.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_221.fa, have 273213 columns in 521 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_222.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_222.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_222.fa, have 273480 columns in 522 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_223.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_223.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_223.fa, have 273610 columns in 523 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_224.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_224.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_224.fa, have 274034 columns in 524 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_225.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_225.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_225.fa, have 274281 columns in 525 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_226.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_226.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_226.fa, have 274738 columns in 526 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_227.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_227.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_227.fa, have 274843 columns in 527 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_228.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_228.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_228.fa, have 274922 columns in 528 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_229.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_229.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_229.fa, have 274959 columns in 529 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_230.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_230.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_230.fa, have 275005 columns in 530 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_231.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_231.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_231.fa, have 275012 columns in 531 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_232.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_232.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_232.fa, have 275090 columns in 532 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_233.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_233.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_233.fa, have 275398 columns in 533 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_234.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_234.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_234.fa, have 276124 columns in 534 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_235.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_235.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_235.fa, have 276171 columns in 535 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_236.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_236.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_236.fa, have 279920 columns in 536 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_237.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_237.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_237.fa, have 280465 columns in 537 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_238.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_238.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_238.fa, have 281168 columns in 538 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_239.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_239.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_239.fa, have 281231 columns in 539 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_240.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_240.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_240.fa, have 281272 columns in 540 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_241.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_241.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_241.fa, have 281585 columns in 541 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_242.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_242.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_242.fa, have 281774 columns in 542 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_243.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_243.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_243.fa, have 281907 columns in 543 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_244.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_244.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_244.fa, have 282240 columns in 544 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_245.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_245.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_245.fa, have 282364 columns in 545 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_246.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_246.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_246.fa, have 282411 columns in 546 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_247.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_247.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_247.fa, have 282472 columns in 547 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_248.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_248.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_248.fa, have 283441 columns in 548 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_249.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_249.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_249.fa, have 283759 columns in 549 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_250.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_250.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_250.fa, have 284364 columns in 550 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_251.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_251.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_251.fa, have 284551 columns in 551 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_252.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_252.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_252.fa, have 285766 columns in 552 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_253.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_253.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_253.fa, have 287011 columns in 553 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_254.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_254.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_254.fa, have 287587 columns in 554 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_255.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_255.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_255.fa, have 287844 columns in 555 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_256.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_256.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_256.fa, have 288303 columns in 556 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_257.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_257.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_257.fa, have 289136 columns in 557 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_258.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_258.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_258.fa, have 289352 columns in 558 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_259.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_259.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_259.fa, have 289516 columns in 559 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_260.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_260.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_260.fa, have 289843 columns in 560 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_261.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_261.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_261.fa, have 290359 columns in 561 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_262.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_262.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_262.fa, have 290523 columns in 562 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_263.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_263.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_263.fa, have 290549 columns in 563 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_264.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_264.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_264.fa, have 290778 columns in 564 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_265.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_265.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_265.fa, have 290990 columns in 565 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_266.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_266.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_266.fa, have 291088 columns in 566 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_267.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_267.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_267.fa, have 291206 columns in 567 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_268.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_268.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_268.fa, have 291340 columns in 568 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_269.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_269.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_269.fa, have 291382 columns in 569 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_270.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_270.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_270.fa, have 292230 columns in 570 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_271.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_271.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_271.fa, have 292642 columns in 571 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_272.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_272.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_272.fa, have 292963 columns in 572 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_273.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_273.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_273.fa, have 293106 columns in 573 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_274.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_274.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_274.fa, have 293696 columns in 574 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_275.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_275.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_275.fa, have 293977 columns in 575 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_276.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_276.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_276.fa, have 294168 columns in 576 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_277.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_277.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_277.fa, have 294612 columns in 577 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_278.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_278.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_278.fa, have 294690 columns in 578 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_279.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_279.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_279.fa, have 294701 columns in 579 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_280.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_280.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_280.fa, have 294820 columns in 580 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_281.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_281.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_281.fa, have 295063 columns in 581 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_282.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_282.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_282.fa, have 295580 columns in 582 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_283.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_283.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_283.fa, have 295907 columns in 583 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_284.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_284.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_284.fa, have 295938 columns in 584 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_285.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_285.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_285.fa, have 297185 columns in 585 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_286.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_286.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_286.fa, have 297269 columns in 586 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_287.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_287.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_287.fa, have 297524 columns in 587 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_288.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_288.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_288.fa, have 297646 columns in 588 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_289.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_289.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_289.fa, have 297881 columns in 589 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_290.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_290.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_290.fa, have 298089 columns in 590 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_291.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_291.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_291.fa, have 298118 columns in 591 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_292.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_292.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_292.fa, have 298158 columns in 592 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_293.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_293.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_293.fa, have 298270 columns in 593 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_294.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_294.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_294.fa, have 298369 columns in 594 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_295.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_295.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_295.fa, have 298603 columns in 595 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_296.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_296.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_296.fa, have 298749 columns in 596 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_297.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_297.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_297.fa, have 298861 columns in 597 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_298.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_298.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_298.fa, have 298986 columns in 598 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_299.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_299.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_299.fa, have 299057 columns in 599 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_300.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_300.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_300.fa, have 299467 columns in 600 chains # command:CPU_time= 1.16982 sec, elapsed time= 2.27617 sec) # command:# command:# reading script from file /projects/compbio/experiments/protein-predict/predict-2nd/testing/training-data/yeast-20pc-2.single-p-np # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR060W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR060W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR060W.fa, have 299578 columns in 601 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR065W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR065W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR065W.fa, have 300142 columns in 602 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR066W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR066W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR066W.fa, have 300629 columns in 603 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR067C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR067C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR067C.fa, have 301694 columns in 604 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR069W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR069W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR069W.fa, have 302012 columns in 605 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR072C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR072C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR072C.fa, have 302527 columns in 606 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR073C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR073C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR073C.fa, have 303858 columns in 607 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR077C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR077C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR077C.fa, have 304654 columns in 608 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR079W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR079W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR079W.fa, have 305096 columns in 609 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR081W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR081W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR081W.fa, have 306523 columns in 610 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR083W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR083W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR083W.fa, have 306650 columns in 611 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR084C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR084C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR084C.fa, have 307363 columns in 612 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR088W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR088W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR088W.fa, have 307955 columns in 613 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR089W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR089W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR089W.fa, have 309564 columns in 614 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR091W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR091W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR091W.fa, have 310284 columns in 615 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR092C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR092C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR092C.fa, have 311302 columns in 616 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR094W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR094W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR094W.fa, have 311693 columns in 617 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR096C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR096C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR096C.fa, have 311812 columns in 618 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR097W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR097W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR097W.fa, have 311938 columns in 619 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR098C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR098C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR098C.fa, have 312456 columns in 620 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR104W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR104W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR104W.fa, have 312580 columns in 621 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR105W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR105W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR105W.fa, have 312941 columns in 622 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR106W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR106W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR106W.fa, have 313773 columns in 623 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR107W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR107W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YCR107W.fa, have 314136 columns in 624 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL001W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL001W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL001W.fa, have 314566 columns in 625 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL003W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL003W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL003W.fa, have 315132 columns in 626 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL005C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL005C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL005C.fa, have 315563 columns in 627 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL006W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL006W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL006W.fa, have 315844 columns in 628 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL007W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL007W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL007W.fa, have 316281 columns in 629 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL008W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL008W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL008W.fa, have 316446 columns in 630 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL010W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL010W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL010W.fa, have 316677 columns in 631 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL017W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL017W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL017W.fa, have 317184 columns in 632 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL018C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL018C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL018C.fa, have 317409 columns in 633 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL019C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL019C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL019C.fa, have 318692 columns in 634 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL020C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL020C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL020C.fa, have 319223 columns in 635 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL021W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL021W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL021W.fa, have 319534 columns in 636 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL022W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL022W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL022W.fa, have 319925 columns in 637 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL028C.fa, have 320689 columns in 638 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL029W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL029W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL029W.fa, have 321080 columns in 639 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL031W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL031W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL031W.fa, have 322075 columns in 640 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL035C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL035C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL035C.fa, have 323036 columns in 641 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL036C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL036C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL036C.fa, have 323498 columns in 642 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL037C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL037C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL037C.fa, have 323826 columns in 643 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL042C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL042C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL042C.fa, have 324388 columns in 644 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL047W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL047W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL047W.fa, have 324699 columns in 645 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL048C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL048C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL048C.fa, have 325189 columns in 646 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL049C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL049C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL049C.fa, have 325457 columns in 647 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL051W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL051W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL051W.fa, have 325732 columns in 648 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL054C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL054C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL054C.fa, have 326218 columns in 649 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL055C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL055C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL055C.fa, have 326579 columns in 650 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL056W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL056W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL056W.fa, have 327412 columns in 651 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL058W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL058W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL058W.fa, have 329202 columns in 652 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL059C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL059C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL059C.fa, have 329440 columns in 653 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL060W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL060W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL060W.fa, have 330228 columns in 654 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL061C.fa, have 330284 columns in 655 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL065C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL065C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL065C.fa, have 330626 columns in 656 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL066W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL066W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL066W.fa, have 331054 columns in 657 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL070W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL070W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL070W.fa, have 331692 columns in 658 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL072C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL072C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL072C.fa, have 331895 columns in 659 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL074C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL074C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL074C.fa, have 332595 columns in 660 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL075W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL075W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL075W.fa, have 332708 columns in 661 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL077C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL077C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL077C.fa, have 333757 columns in 662 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL078C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL078C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL078C.fa, have 334100 columns in 663 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL079C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL079C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL079C.fa, have 334601 columns in 664 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL080C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL080C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL080C.fa, have 335210 columns in 665 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL081C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL081C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL081C.fa, have 335316 columns in 666 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL082W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL082W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL082W.fa, have 335515 columns in 667 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL083C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL083C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL083C.fa, have 335658 columns in 668 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL084W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL084W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL084W.fa, have 336104 columns in 669 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL085W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL085W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL085W.fa, have 336649 columns in 670 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL088C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL088C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL088C.fa, have 337177 columns in 671 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL090C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL090C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL090C.fa, have 337608 columns in 672 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL091C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL091C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL091C.fa, have 338063 columns in 673 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL095W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL095W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL095W.fa, have 338880 columns in 674 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL099W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL099W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL099W.fa, have 339221 columns in 675 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL101C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL101C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL101C.fa, have 339734 columns in 676 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL102W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL102W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL102W.fa, have 340831 columns in 677 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL103C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL103C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL103C.fa, have 341308 columns in 678 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL106C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL106C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL106C.fa, have 341867 columns in 679 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL108W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL108W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL108W.fa, have 342173 columns in 680 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL113C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL113C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL113C.fa, have 342813 columns in 681 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL117W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL117W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL117W.fa, have 343698 columns in 682 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL122W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL122W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL122W.fa, have 344507 columns in 683 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL125C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL125C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL125C.fa, have 344665 columns in 684 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL126C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL126C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL126C.fa, have 345500 columns in 685 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL127W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL127W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL127W.fa, have 345808 columns in 686 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL128W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL128W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL128W.fa, have 346219 columns in 687 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL131W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL131W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL131W.fa, have 346659 columns in 688 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL132W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL132W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL132W.fa, have 347474 columns in 689 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL134C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL134C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL134C.fa, have 347843 columns in 690 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL136W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL136W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL136W.fa, have 347963 columns in 691 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL137W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL137W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL137W.fa, have 348144 columns in 692 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL138W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL138W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL138W.fa, have 348907 columns in 693 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL140C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL140C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL140C.fa, have 350640 columns in 694 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL142C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL142C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL142C.fa, have 350923 columns in 695 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL143W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL143W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL143W.fa, have 351451 columns in 696 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL145C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL145C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL145C.fa, have 352652 columns in 697 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL147W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL147W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL147W.fa, have 353097 columns in 698 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL148C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL148C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL148C.fa, have 353907 columns in 699 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL153C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL153C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL153C.fa, have 354517 columns in 700 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL154W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL154W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL154W.fa, have 355418 columns in 701 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL155W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL155W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL155W.fa, have 355845 columns in 702 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL159W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL159W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL159W.fa, have 356360 columns in 703 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL160C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL160C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL160C.fa, have 356866 columns in 704 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL161W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL161W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL161W.fa, have 357320 columns in 705 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL164C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL164C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL164C.fa, have 358075 columns in 706 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL165W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL165W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL165W.fa, have 358266 columns in 707 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL167C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL167C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL167C.fa, have 358985 columns in 708 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL168W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL168W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL168W.fa, have 359371 columns in 709 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL170W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL170W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL170W.fa, have 359899 columns in 710 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL171C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL171C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL171C.fa, have 362044 columns in 711 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL174C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL174C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL174C.fa, have 362631 columns in 712 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL175C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL175C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL175C.fa, have 362975 columns in 713 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL178W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL178W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL178W.fa, have 363505 columns in 714 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL182W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL182W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL182W.fa, have 363933 columns in 715 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL185W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL185W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL185W.fa, have 365004 columns in 716 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL188C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL188C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL188C.fa, have 365381 columns in 717 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL189W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL189W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL189W.fa, have 365838 columns in 718 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL192W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL192W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL192W.fa, have 366019 columns in 719 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL194W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL194W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL194W.fa, have 366903 columns in 720 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL195W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL195W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL195W.fa, have 368176 columns in 721 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL197C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL197C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL197C.fa, have 368701 columns in 722 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL198C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL198C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL198C.fa, have 369001 columns in 723 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL204W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL204W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL204W.fa, have 369394 columns in 724 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL207W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL207W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL207W.fa, have 369932 columns in 725 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL208W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL208W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL208W.fa, have 370088 columns in 726 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL209C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL209C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL209C.fa, have 370427 columns in 727 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL210W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL210W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL210W.fa, have 370998 columns in 728 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL214C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL214C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL214C.fa, have 371697 columns in 729 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL216C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL216C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL216C.fa, have 372137 columns in 730 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL217C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL217C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL217C.fa, have 372344 columns in 731 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL222C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL222C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL222C.fa, have 372653 columns in 732 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL223C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL223C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL223C.fa, have 373699 columns in 733 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL224C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL224C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL224C.fa, have 374348 columns in 734 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL226C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL226C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL226C.fa, have 374700 columns in 735 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL227C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL227C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL227C.fa, have 375286 columns in 736 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL230W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL230W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL230W.fa, have 375621 columns in 737 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL231C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL231C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL231C.fa, have 376746 columns in 738 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL234C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL234C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL234C.fa, have 377492 columns in 739 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL239C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL239C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL239C.fa, have 378282 columns in 740 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL240W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL240W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL240W.fa, have 379299 columns in 741 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL244W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL244W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL244W.fa, have 379639 columns in 742 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL245C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL245C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL245C.fa, have 380206 columns in 743 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL247W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL247W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL247W.fa, have 380815 columns in 744 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL248W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL248W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDL248W.fa, have 381198 columns in 745 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR002W.fa, have 381399 columns in 746 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR004W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR004W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR004W.fa, have 381859 columns in 747 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR005C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR005C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR005C.fa, have 382254 columns in 748 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR006C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR006C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR006C.fa, have 383155 columns in 749 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR011W.fa, have 384656 columns in 750 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR014W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR014W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR014W.fa, have 384818 columns in 751 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR017C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR017C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR017C.fa, have 385868 columns in 752 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR021W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR021W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR021W.fa, have 386267 columns in 753 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR023W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR023W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR023W.fa, have 386729 columns in 754 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR026C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR026C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR026C.fa, have 387299 columns in 755 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR027C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR027C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR027C.fa, have 388188 columns in 756 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR028C.fa, have 389202 columns in 757 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR030C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR030C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR030C.fa, have 389708 columns in 758 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR034C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR034C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR034C.fa, have 390498 columns in 759 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR036C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR036C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR036C.fa, have 390998 columns in 760 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR037W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR037W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR037W.fa, have 391589 columns in 761 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR038C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR038C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR038C.fa, have 392680 columns in 762 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR039C.fa, have 393771 columns in 763 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR040C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR040C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR040C.fa, have 394862 columns in 764 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR043C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR043C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR043C.fa, have 395093 columns in 765 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR045C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR045C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR045C.fa, have 395203 columns in 766 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR052C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR052C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR052C.fa, have 395907 columns in 767 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR060W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR060W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR060W.fa, have 396932 columns in 768 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR062W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR062W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR062W.fa, have 397493 columns in 769 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR068W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR068W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR068W.fa, have 397803 columns in 770 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR069C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR069C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR069C.fa, have 398729 columns in 771 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR072C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR072C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR072C.fa, have 399256 columns in 772 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR075W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR075W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR075W.fa, have 399564 columns in 773 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR077W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR077W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR077W.fa, have 399902 columns in 774 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR081C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR081C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR081C.fa, have 400827 columns in 775 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR085C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR085C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR085C.fa, have 401447 columns in 776 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR088C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR088C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR088C.fa, have 401829 columns in 777 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR091C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR091C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR091C.fa, have 402437 columns in 778 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR093W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR093W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR093W.fa, have 404049 columns in 779 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR096W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR096W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR096W.fa, have 404943 columns in 780 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR097C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR097C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR097C.fa, have 406185 columns in 781 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR098C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR098C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR098C.fa, have 406470 columns in 782 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR099W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR099W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR099W.fa, have 406743 columns in 783 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR103W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR103W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR103W.fa, have 407660 columns in 784 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR117C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR117C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR117C.fa, have 408225 columns in 785 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR122W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR122W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR122W.fa, have 409289 columns in 786 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR125C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR125C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR125C.fa, have 409742 columns in 787 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR126W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR126W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR126W.fa, have 410078 columns in 788 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR130C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR130C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR130C.fa, have 410369 columns in 789 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR135C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR135C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR135C.fa, have 411884 columns in 790 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR138W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR138W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR138W.fa, have 412636 columns in 791 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR139C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR139C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR139C.fa, have 412713 columns in 792 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR142C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR142C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR142C.fa, have 413088 columns in 793 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR143C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR143C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR143C.fa, have 413698 columns in 794 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR144C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR144C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR144C.fa, have 414294 columns in 795 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR145W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR145W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR145W.fa, have 414833 columns in 796 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR146C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR146C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR146C.fa, have 415542 columns in 797 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR147W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR147W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR147W.fa, have 416076 columns in 798 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR148C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR148C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR148C.fa, have 416539 columns in 799 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR150W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR150W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR150W.fa, have 419287 columns in 800 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR151C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR151C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR151C.fa, have 419612 columns in 801 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR153C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR153C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR153C.fa, have 420023 columns in 802 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR155C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR155C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR155C.fa, have 420185 columns in 803 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR162C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR162C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR162C.fa, have 420421 columns in 804 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR164C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR164C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR164C.fa, have 421145 columns in 805 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR165W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR165W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR165W.fa, have 421589 columns in 806 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR166C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR166C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR166C.fa, have 422560 columns in 807 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR168W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR168W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR168W.fa, have 423066 columns in 808 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR169C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR169C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR169C.fa, have 423579 columns in 809 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR170C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR170C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR170C.fa, have 425588 columns in 810 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR171W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR171W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR171W.fa, have 425963 columns in 811 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR172W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR172W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR172W.fa, have 426648 columns in 812 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR173C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR173C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR173C.fa, have 427003 columns in 813 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR175C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR175C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR175C.fa, have 427322 columns in 814 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR176W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR176W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR176W.fa, have 428024 columns in 815 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR178W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR178W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR178W.fa, have 428205 columns in 816 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR180W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR180W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR180W.fa, have 429698 columns in 817 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR182W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR182W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR182W.fa, have 430189 columns in 818 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR183W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR183W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR183W.fa, have 430419 columns in 819 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR186C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR186C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR186C.fa, have 431296 columns in 820 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR188W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR188W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR188W.fa, have 431842 columns in 821 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR189W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR189W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR189W.fa, have 432508 columns in 822 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR190C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR190C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR190C.fa, have 432971 columns in 823 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR191W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR191W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR191W.fa, have 433341 columns in 824 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR192C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR192C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR192C.fa, have 433771 columns in 825 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR194C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR194C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR194C.fa, have 434435 columns in 826 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR195W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR195W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR195W.fa, have 434968 columns in 827 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR197W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR197W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR197W.fa, have 435357 columns in 828 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR198C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR198C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR198C.fa, have 435836 columns in 829 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR200C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR200C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR200C.fa, have 436440 columns in 830 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR201W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR201W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR201W.fa, have 436605 columns in 831 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR205W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR205W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR205W.fa, have 437329 columns in 832 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR206W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR206W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR206W.fa, have 438213 columns in 833 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR207C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR207C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR207C.fa, have 439049 columns in 834 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR208W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR208W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR208W.fa, have 439828 columns in 835 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR211W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR211W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR211W.fa, have 440540 columns in 836 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR213W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR213W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR213W.fa, have 441453 columns in 837 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR214W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR214W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR214W.fa, have 441803 columns in 838 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR216W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR216W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR216W.fa, have 443126 columns in 839 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR217C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR217C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR217C.fa, have 444435 columns in 840 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR219C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR219C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR219C.fa, have 444900 columns in 841 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR221W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR221W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR221W.fa, have 445602 columns in 842 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR223W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR223W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR223W.fa, have 446069 columns in 843 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR225W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR225W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR225W.fa, have 446201 columns in 844 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR226W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR226W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR226W.fa, have 446423 columns in 845 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR227W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR227W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR227W.fa, have 447781 columns in 846 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR228C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR228C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR228C.fa, have 448407 columns in 847 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR229W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR229W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR229W.fa, have 448860 columns in 848 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR232W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR232W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR232W.fa, have 449408 columns in 849 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR234W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR234W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR234W.fa, have 450101 columns in 850 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR235W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR235W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR235W.fa, have 450645 columns in 851 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR237W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR237W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR237W.fa, have 450937 columns in 852 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR238C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR238C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR238C.fa, have 451910 columns in 853 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR239C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR239C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR239C.fa, have 452697 columns in 854 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR242W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR242W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR242W.fa, have 453246 columns in 855 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR243C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR243C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR243C.fa, have 453834 columns in 856 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR244W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR244W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR244W.fa, have 454446 columns in 857 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR245W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR245W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR245W.fa, have 454839 columns in 858 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR247W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR247W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR247W.fa, have 455300 columns in 859 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR251W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR251W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR251W.fa, have 456130 columns in 860 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR252W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR252W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR252W.fa, have 456279 columns in 861 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR253C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR253C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR253C.fa, have 456470 columns in 862 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR255C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR255C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR255C.fa, have 456891 columns in 863 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR256C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR256C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR256C.fa, have 457406 columns in 864 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR257C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR257C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR257C.fa, have 457900 columns in 865 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR258C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR258C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR258C.fa, have 458711 columns in 866 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR259C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR259C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR259C.fa, have 459094 columns in 867 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR261C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR261C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR261C.fa, have 459656 columns in 868 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR263C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR263C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR263C.fa, have 460086 columns in 869 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR264C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR264C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR264C.fa, have 460850 columns in 870 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR265W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR265W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR265W.fa, have 461187 columns in 871 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR266C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR266C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR266C.fa, have 461826 columns in 872 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR267C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR267C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR267C.fa, have 462156 columns in 873 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR268W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR268W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR268W.fa, have 462535 columns in 874 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR270W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR270W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR270W.fa, have 463539 columns in 875 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR272W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR272W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR272W.fa, have 463813 columns in 876 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR273W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR273W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR273W.fa, have 464178 columns in 877 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR275W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR275W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR275W.fa, have 464413 columns in 878 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR276C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR276C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR276C.fa, have 464468 columns in 879 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR277C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR277C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR277C.fa, have 464901 columns in 880 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR283C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR283C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR283C.fa, have 466560 columns in 881 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR284C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR284C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR284C.fa, have 466849 columns in 882 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR285W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR285W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR285W.fa, have 467724 columns in 883 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR287W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR287W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR287W.fa, have 468016 columns in 884 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR289C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR289C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR289C.fa, have 468425 columns in 885 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR292C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR292C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR292C.fa, have 469046 columns in 886 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR293C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR293C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR293C.fa, have 470296 columns in 887 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR294C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR294C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR294C.fa, have 470885 columns in 888 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR295C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR295C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR295C.fa, have 471559 columns in 889 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR297W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR297W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR297W.fa, have 471908 columns in 890 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR299W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR299W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR299W.fa, have 472442 columns in 891 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR300C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR300C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR300C.fa, have 472870 columns in 892 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR303C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR303C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR303C.fa, have 473755 columns in 893 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR304C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR304C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR304C.fa, have 473980 columns in 894 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR309C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR309C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR309C.fa, have 474363 columns in 895 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR310C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR310C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR310C.fa, have 475425 columns in 896 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR311W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR311W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR311W.fa, have 476067 columns in 897 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR312W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR312W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR312W.fa, have 476520 columns in 898 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR313C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR313C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR313C.fa, have 476806 columns in 899 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR314C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR314C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR314C.fa, have 477498 columns in 900 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_301.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_301.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_301.fa, have 478158 columns in 901 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_302.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_302.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_302.fa, have 478568 columns in 902 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_303.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_303.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_303.fa, have 478647 columns in 903 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_304.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_304.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_304.fa, have 478853 columns in 904 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_305.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_305.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_305.fa, have 478965 columns in 905 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_306.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_306.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_306.fa, have 479057 columns in 906 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_307.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_307.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_307.fa, have 479238 columns in 907 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_308.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_308.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_308.fa, have 479362 columns in 908 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_309.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_309.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_309.fa, have 479403 columns in 909 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_310.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_310.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_310.fa, have 479495 columns in 910 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_311.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_311.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_311.fa, have 479865 columns in 911 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_312.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_312.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_312.fa, have 480440 columns in 912 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_313.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_313.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_313.fa, have 480987 columns in 913 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_314.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_314.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_314.fa, have 481071 columns in 914 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_315.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_315.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_315.fa, have 481401 columns in 915 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_316.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_316.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_316.fa, have 481507 columns in 916 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_317.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_317.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_317.fa, have 481607 columns in 917 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_318.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_318.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_318.fa, have 481842 columns in 918 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_319.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_319.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_319.fa, have 482487 columns in 919 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_320.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_320.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_320.fa, have 483117 columns in 920 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_321.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_321.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_321.fa, have 483417 columns in 921 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_322.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_322.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_322.fa, have 483481 columns in 922 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_323.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_323.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_323.fa, have 485137 columns in 923 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_324.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_324.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_324.fa, have 485934 columns in 924 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_325.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_325.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_325.fa, have 486350 columns in 925 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_326.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_326.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_326.fa, have 486893 columns in 926 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_327.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_327.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_327.fa, have 487075 columns in 927 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_328.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_328.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_328.fa, have 487362 columns in 928 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_329.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_329.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_329.fa, have 487453 columns in 929 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_330.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_330.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_330.fa, have 487654 columns in 930 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_331.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_331.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_331.fa, have 487679 columns in 931 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_332.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_332.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_332.fa, have 488014 columns in 932 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_333.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_333.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_333.fa, have 488745 columns in 933 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_334.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_334.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_334.fa, have 489549 columns in 934 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_335.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_335.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_335.fa, have 489607 columns in 935 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_336.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_336.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_336.fa, have 490945 columns in 936 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_337.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_337.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_337.fa, have 491123 columns in 937 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_338.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_338.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_338.fa, have 491196 columns in 938 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_339.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_339.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_339.fa, have 491374 columns in 939 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_340.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_340.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_340.fa, have 491470 columns in 940 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_341.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_341.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_341.fa, have 491719 columns in 941 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_342.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_342.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_342.fa, have 491727 columns in 942 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_343.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_343.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_343.fa, have 491837 columns in 943 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_344.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_344.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_344.fa, have 491987 columns in 944 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_345.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_345.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_345.fa, have 492340 columns in 945 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_346.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_346.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_346.fa, have 492766 columns in 946 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_347.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_347.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_347.fa, have 493158 columns in 947 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_348.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_348.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_348.fa, have 494125 columns in 948 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_349.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_349.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_349.fa, have 494464 columns in 949 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_350.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_350.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_350.fa, have 494487 columns in 950 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_351.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_351.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_351.fa, have 496007 columns in 951 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_352.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_352.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_352.fa, have 496098 columns in 952 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_353.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_353.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_353.fa, have 496262 columns in 953 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_354.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_354.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_354.fa, have 496528 columns in 954 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_355.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_355.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_355.fa, have 496763 columns in 955 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_356.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_356.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_356.fa, have 497372 columns in 956 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_357.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_357.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_357.fa, have 497682 columns in 957 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_358.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_358.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_358.fa, have 497899 columns in 958 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_359.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_359.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_359.fa, have 497913 columns in 959 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_360.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_360.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_360.fa, have 498213 columns in 960 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_361.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_361.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_361.fa, have 499205 columns in 961 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_362.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_362.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_362.fa, have 499261 columns in 962 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_363.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_363.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_363.fa, have 499601 columns in 963 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_364.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_364.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_364.fa, have 500286 columns in 964 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_365.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_365.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_365.fa, have 500430 columns in 965 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_366.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_366.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_366.fa, have 500724 columns in 966 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_367.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_367.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_367.fa, have 500915 columns in 967 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_368.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_368.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_368.fa, have 501019 columns in 968 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_369.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_369.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_369.fa, have 501099 columns in 969 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_370.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_370.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_370.fa, have 501257 columns in 970 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_371.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_371.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_371.fa, have 501280 columns in 971 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_372.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_372.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_372.fa, have 501316 columns in 972 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_373.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_373.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_373.fa, have 501477 columns in 973 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_374.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_374.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_374.fa, have 501531 columns in 974 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_375.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_375.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_375.fa, have 501777 columns in 975 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_376.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_376.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_376.fa, have 501940 columns in 976 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_377.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_377.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_377.fa, have 502355 columns in 977 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_378.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_378.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_378.fa, have 502584 columns in 978 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_379.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_379.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_379.fa, have 503416 columns in 979 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_380.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_380.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_380.fa, have 504583 columns in 980 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_381.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_381.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_381.fa, have 505111 columns in 981 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_382.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_382.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_382.fa, have 505343 columns in 982 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_383.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_383.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_383.fa, have 505725 columns in 983 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_384.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_384.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_384.fa, have 506102 columns in 984 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_385.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_385.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_385.fa, have 506506 columns in 985 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_386.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_386.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_386.fa, have 506770 columns in 986 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_387.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_387.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_387.fa, have 507061 columns in 987 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_388.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_388.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_388.fa, have 507823 columns in 988 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_389.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_389.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_389.fa, have 508650 columns in 989 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_390.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_390.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_390.fa, have 508705 columns in 990 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_391.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_391.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_391.fa, have 508973 columns in 991 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_392.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_392.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_392.fa, have 510775 columns in 992 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_393.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_393.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_393.fa, have 510886 columns in 993 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_394.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_394.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_394.fa, have 511133 columns in 994 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_395.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_395.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_395.fa, have 511780 columns in 995 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_396.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_396.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_396.fa, have 512402 columns in 996 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_397.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_397.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_397.fa, have 512668 columns in 997 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_398.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_398.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_398.fa, have 512681 columns in 998 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_399.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_399.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_399.fa, have 513037 columns in 999 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_400.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_400.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_400.fa, have 513212 columns in 1000 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_401.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_401.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_401.fa, have 513602 columns in 1001 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_402.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_402.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_402.fa, have 513992 columns in 1002 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_403.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_403.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_403.fa, have 514099 columns in 1003 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_404.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_404.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_404.fa, have 514356 columns in 1004 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_405.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_405.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_405.fa, have 515486 columns in 1005 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_406.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_406.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_406.fa, have 516787 columns in 1006 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_407.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_407.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_407.fa, have 516847 columns in 1007 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_408.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_408.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_408.fa, have 517119 columns in 1008 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_409.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_409.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_409.fa, have 517259 columns in 1009 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_410.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_410.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_410.fa, have 517608 columns in 1010 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_411.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_411.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_411.fa, have 517887 columns in 1011 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_412.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_412.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_412.fa, have 518424 columns in 1012 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_413.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_413.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_413.fa, have 518474 columns in 1013 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_414.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_414.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_414.fa, have 518651 columns in 1014 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_415.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_415.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_415.fa, have 519834 columns in 1015 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_416.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_416.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_416.fa, have 519899 columns in 1016 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_417.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_417.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_417.fa, have 520083 columns in 1017 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_418.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_418.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_418.fa, have 520744 columns in 1018 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_419.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_419.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_419.fa, have 521745 columns in 1019 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_420.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_420.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_420.fa, have 522186 columns in 1020 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_421.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_421.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_421.fa, have 522670 columns in 1021 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_422.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_422.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_422.fa, have 522947 columns in 1022 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_423.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_423.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_423.fa, have 524271 columns in 1023 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_424.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_424.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_424.fa, have 525340 columns in 1024 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_425.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_425.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_425.fa, have 525887 columns in 1025 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_426.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_426.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_426.fa, have 526063 columns in 1026 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_427.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_427.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_427.fa, have 526411 columns in 1027 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_428.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_428.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_428.fa, have 526834 columns in 1028 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_429.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_429.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_429.fa, have 526957 columns in 1029 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_430.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_430.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_430.fa, have 527374 columns in 1030 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_431.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_431.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_431.fa, have 527645 columns in 1031 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_432.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_432.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_432.fa, have 528417 columns in 1032 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_433.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_433.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_433.fa, have 528522 columns in 1033 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_434.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_434.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_434.fa, have 528760 columns in 1034 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_435.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_435.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_435.fa, have 529314 columns in 1035 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_436.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_436.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_436.fa, have 529791 columns in 1036 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_437.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_437.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_437.fa, have 529873 columns in 1037 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_438.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_438.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_438.fa, have 531170 columns in 1038 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_439.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_439.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_439.fa, have 531356 columns in 1039 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_440.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_440.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_440.fa, have 531537 columns in 1040 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_441.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_441.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_441.fa, have 532316 columns in 1041 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_442.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_442.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_442.fa, have 532480 columns in 1042 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_443.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_443.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_443.fa, have 534093 columns in 1043 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_444.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_444.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_444.fa, have 534986 columns in 1044 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_445.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_445.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_445.fa, have 535216 columns in 1045 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_446.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_446.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_446.fa, have 535328 columns in 1046 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_447.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_447.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_447.fa, have 535415 columns in 1047 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_448.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_448.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_448.fa, have 535635 columns in 1048 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_449.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_449.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_449.fa, have 536062 columns in 1049 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_450.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_450.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_450.fa, have 536628 columns in 1050 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_451.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_451.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_451.fa, have 536824 columns in 1051 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_452.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_452.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_452.fa, have 539471 columns in 1052 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_453.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_453.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_453.fa, have 539753 columns in 1053 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_454.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_454.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_454.fa, have 539872 columns in 1054 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_455.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_455.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_455.fa, have 540013 columns in 1055 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_456.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_456.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_456.fa, have 540130 columns in 1056 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_457.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_457.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_457.fa, have 540321 columns in 1057 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_458.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_458.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_458.fa, have 540636 columns in 1058 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_459.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_459.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_459.fa, have 540717 columns in 1059 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_460.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_460.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_460.fa, have 540842 columns in 1060 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_461.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_461.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_461.fa, have 543687 columns in 1061 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_462.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_462.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_462.fa, have 543985 columns in 1062 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_463.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_463.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_463.fa, have 544145 columns in 1063 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_464.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_464.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_464.fa, have 544885 columns in 1064 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_465.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_465.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_465.fa, have 544933 columns in 1065 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_466.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_466.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_466.fa, have 545235 columns in 1066 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_467.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_467.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_467.fa, have 545696 columns in 1067 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_468.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_468.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_468.fa, have 545736 columns in 1068 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_469.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_469.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_469.fa, have 545842 columns in 1069 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_470.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_470.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_470.fa, have 545927 columns in 1070 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_471.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_471.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_471.fa, have 546086 columns in 1071 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_472.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_472.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_472.fa, have 546716 columns in 1072 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_473.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_473.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_473.fa, have 547032 columns in 1073 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_474.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_474.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_474.fa, have 548306 columns in 1074 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_475.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_475.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_475.fa, have 548467 columns in 1075 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_476.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_476.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_476.fa, have 548813 columns in 1076 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_477.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_477.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_477.fa, have 549609 columns in 1077 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_478.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_478.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_478.fa, have 550008 columns in 1078 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_479.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_479.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_479.fa, have 553767 columns in 1079 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_480.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_480.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_480.fa, have 553958 columns in 1080 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_481.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_481.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_481.fa, have 554049 columns in 1081 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_482.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_482.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_482.fa, have 554126 columns in 1082 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_483.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_483.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_483.fa, have 555314 columns in 1083 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_484.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_484.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_484.fa, have 559012 columns in 1084 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_485.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_485.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_485.fa, have 559411 columns in 1085 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_486.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_486.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_486.fa, have 560140 columns in 1086 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_487.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_487.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_487.fa, have 560259 columns in 1087 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_488.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_488.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_488.fa, have 560283 columns in 1088 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_489.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_489.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_489.fa, have 560370 columns in 1089 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_490.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_490.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_490.fa, have 560435 columns in 1090 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_491.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_491.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_491.fa, have 560667 columns in 1091 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_492.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_492.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_492.fa, have 560776 columns in 1092 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_493.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_493.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_493.fa, have 560940 columns in 1093 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_494.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_494.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_494.fa, have 561166 columns in 1094 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_495.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_495.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_495.fa, have 561290 columns in 1095 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_496.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_496.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_496.fa, have 561609 columns in 1096 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_497.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_497.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_497.fa, have 561811 columns in 1097 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_498.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_498.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_498.fa, have 562296 columns in 1098 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_499.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_499.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_499.fa, have 562629 columns in 1099 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_500.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_500.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_500.fa, have 562740 columns in 1100 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_501.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_501.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_501.fa, have 563146 columns in 1101 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_502.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_502.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_502.fa, have 563447 columns in 1102 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_503.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_503.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_503.fa, have 563590 columns in 1103 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_504.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_504.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_504.fa, have 563908 columns in 1104 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_505.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_505.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_505.fa, have 564128 columns in 1105 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_506.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_506.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_506.fa, have 564277 columns in 1106 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_507.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_507.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_507.fa, have 564339 columns in 1107 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_508.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_508.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_508.fa, have 564550 columns in 1108 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_509.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_509.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_509.fa, have 564648 columns in 1109 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_510.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_510.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_510.fa, have 564728 columns in 1110 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_511.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_511.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_511.fa, have 564931 columns in 1111 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_512.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_512.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_512.fa, have 565072 columns in 1112 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_513.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_513.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_513.fa, have 565163 columns in 1113 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_514.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_514.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_514.fa, have 565459 columns in 1114 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_515.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_515.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_515.fa, have 565491 columns in 1115 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_516.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_516.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_516.fa, have 565806 columns in 1116 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_517.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_517.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_517.fa, have 565980 columns in 1117 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_518.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_518.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_518.fa, have 566342 columns in 1118 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_519.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_519.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_519.fa, have 566612 columns in 1119 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_520.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_520.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_520.fa, have 566726 columns in 1120 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_521.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_521.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_521.fa, have 566849 columns in 1121 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_522.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_522.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_522.fa, have 566923 columns in 1122 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_523.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_523.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_523.fa, have 567098 columns in 1123 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_524.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_524.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_524.fa, have 567198 columns in 1124 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_525.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_525.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_525.fa, have 567262 columns in 1125 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_526.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_526.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_526.fa, have 567282 columns in 1126 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_527.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_527.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_527.fa, have 567606 columns in 1127 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_528.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_528.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_528.fa, have 567798 columns in 1128 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_529.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_529.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_529.fa, have 567868 columns in 1129 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_530.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_530.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_530.fa, have 568262 columns in 1130 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_531.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_531.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_531.fa, have 568516 columns in 1131 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_532.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_532.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_532.fa, have 568667 columns in 1132 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_533.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_533.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_533.fa, have 568746 columns in 1133 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_534.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_534.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_534.fa, have 570196 columns in 1134 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_535.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_535.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_535.fa, have 570306 columns in 1135 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_536.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_536.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_536.fa, have 570714 columns in 1136 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_537.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_537.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_537.fa, have 570785 columns in 1137 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_538.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_538.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_538.fa, have 571168 columns in 1138 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_539.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_539.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_539.fa, have 571390 columns in 1139 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_540.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_540.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_540.fa, have 571509 columns in 1140 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_541.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_541.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_541.fa, have 571589 columns in 1141 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_542.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_542.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_542.fa, have 572325 columns in 1142 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_543.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_543.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_543.fa, have 572455 columns in 1143 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_544.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_544.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_544.fa, have 572492 columns in 1144 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_545.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_545.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_545.fa, have 573458 columns in 1145 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_546.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_546.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_546.fa, have 575282 columns in 1146 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_547.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_547.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_547.fa, have 575527 columns in 1147 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_548.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_548.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_548.fa, have 576156 columns in 1148 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_549.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_549.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_549.fa, have 576750 columns in 1149 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_550.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_550.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_550.fa, have 577093 columns in 1150 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_551.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_551.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_551.fa, have 577240 columns in 1151 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_552.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_552.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_552.fa, have 577497 columns in 1152 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_553.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_553.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_553.fa, have 577795 columns in 1153 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_554.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_554.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_554.fa, have 577827 columns in 1154 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_555.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_555.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_555.fa, have 577905 columns in 1155 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_556.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_556.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_556.fa, have 577967 columns in 1156 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_557.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_557.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_557.fa, have 578295 columns in 1157 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_558.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_558.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_558.fa, have 578535 columns in 1158 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_559.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_559.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_559.fa, have 579911 columns in 1159 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_560.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_560.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_560.fa, have 580588 columns in 1160 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_561.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_561.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_561.fa, have 580811 columns in 1161 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_562.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_562.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_562.fa, have 580929 columns in 1162 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_563.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_563.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_563.fa, have 580985 columns in 1163 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_564.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_564.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_564.fa, have 581120 columns in 1164 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_565.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_565.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_565.fa, have 581138 columns in 1165 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_566.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_566.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_566.fa, have 581567 columns in 1166 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_567.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_567.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_567.fa, have 582489 columns in 1167 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_568.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_568.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_568.fa, have 582627 columns in 1168 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_569.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_569.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_569.fa, have 582738 columns in 1169 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_570.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_570.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_570.fa, have 582929 columns in 1170 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_571.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_571.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_571.fa, have 583071 columns in 1171 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_572.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_572.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_572.fa, have 583832 columns in 1172 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_573.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_573.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_573.fa, have 584268 columns in 1173 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_574.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_574.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_574.fa, have 584390 columns in 1174 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_575.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_575.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_575.fa, have 584713 columns in 1175 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_576.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_576.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_576.fa, have 584869 columns in 1176 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_577.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_577.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_577.fa, have 585991 columns in 1177 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_578.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_578.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_578.fa, have 586030 columns in 1178 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_579.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_579.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_579.fa, have 586627 columns in 1179 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_580.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_580.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_580.fa, have 587172 columns in 1180 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_581.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_581.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_581.fa, have 587494 columns in 1181 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_582.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_582.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_582.fa, have 589002 columns in 1182 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_583.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_583.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_583.fa, have 589096 columns in 1183 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_584.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_584.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_584.fa, have 589260 columns in 1184 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_585.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_585.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_585.fa, have 590018 columns in 1185 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_586.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_586.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_586.fa, have 590915 columns in 1186 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_587.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_587.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_587.fa, have 591070 columns in 1187 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_588.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_588.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_588.fa, have 591084 columns in 1188 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_589.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_589.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_589.fa, have 591187 columns in 1189 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_590.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_590.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_590.fa, have 592149 columns in 1190 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_591.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_591.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_591.fa, have 592207 columns in 1191 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_592.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_592.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_592.fa, have 592444 columns in 1192 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_593.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_593.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_593.fa, have 592637 columns in 1193 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_594.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_594.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_594.fa, have 593010 columns in 1194 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_595.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_595.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_595.fa, have 593082 columns in 1195 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_596.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_596.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_596.fa, have 594830 columns in 1196 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_597.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_597.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_597.fa, have 595298 columns in 1197 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_598.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_598.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_598.fa, have 595625 columns in 1198 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_599.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_599.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_599.fa, have 596609 columns in 1199 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_600.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_600.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_600.fa, have 596683 columns in 1200 chains # command:CPU_time= 2.30365 sec, elapsed time= 4.52623 sec) # command:# command:# reading script from file /projects/compbio/experiments/protein-predict/predict-2nd/testing/training-data/yeast-20pc-3.single-p-np # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR316W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR316W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR316W.fa, have 471 columns in 1 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR317W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR317W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR317W.fa, have 885 columns in 2 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR318W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR318W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR318W.fa, have 1253 columns in 3 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR320C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR320C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR320C.fa, have 1325 columns in 4 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR321W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR321W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR321W.fa, have 1706 columns in 5 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR322W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR322W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR322W.fa, have 2073 columns in 6 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR323C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR323C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR323C.fa, have 2588 columns in 7 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR324C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR324C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR324C.fa, have 3364 columns in 8 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR325W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR325W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR325W.fa, have 4399 columns in 9 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR326C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR326C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR326C.fa, have 5837 columns in 10 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR330W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR330W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR330W.fa, have 6337 columns in 11 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR334W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR334W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR334W.fa, have 7851 columns in 12 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR339C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR339C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR339C.fa, have 8040 columns in 13 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR341C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR341C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR341C.fa, have 8647 columns in 14 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR342C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR342C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR342C.fa, have 9217 columns in 15 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR343C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR343C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR343C.fa, have 9787 columns in 16 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR345C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR345C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR345C.fa, have 10354 columns in 17 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR346C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR346C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR346C.fa, have 10835 columns in 18 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR347W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR347W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR347W.fa, have 11156 columns in 19 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR349C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR349C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR349C.fa, have 11752 columns in 20 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR351W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR351W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR351W.fa, have 12616 columns in 21 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR353W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR353W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR353W.fa, have 12935 columns in 22 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR356W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR356W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR356W.fa, have 13879 columns in 23 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR358W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR358W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR358W.fa, have 14436 columns in 24 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR364C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR364C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR364C.fa, have 14891 columns in 25 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR365C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR365C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR365C.fa, have 15519 columns in 26 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR369C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR369C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR369C.fa, have 16373 columns in 27 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR375C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR375C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR375C.fa, have 16829 columns in 28 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR376W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR376W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR376W.fa, have 17322 columns in 29 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR378C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR378C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR378C.fa, have 17408 columns in 30 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR379W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR379W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR379W.fa, have 18417 columns in 31 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR380W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR380W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR380W.fa, have 19052 columns in 32 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR381W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR381W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR381W.fa, have 19278 columns in 33 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR382W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR382W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR382W.fa, have 19388 columns in 34 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR385W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR385W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR385W.fa, have 20230 columns in 35 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR388W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR388W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR388W.fa, have 20712 columns in 36 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR389W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR389W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR389W.fa, have 21366 columns in 37 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR390C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR390C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR390C.fa, have 22002 columns in 38 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR393W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR393W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR393W.fa, have 22458 columns in 39 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR394W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR394W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR394W.fa, have 22886 columns in 40 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR395W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR395W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR395W.fa, have 23830 columns in 41 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR397C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR397C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR397C.fa, have 23976 columns in 42 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR398W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR398W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR398W.fa, have 24619 columns in 43 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR399W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR399W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR399W.fa, have 24840 columns in 44 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR402C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR402C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR402C.fa, have 25329 columns in 45 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR404C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR404C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR404C.fa, have 25500 columns in 46 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR406W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR406W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR406W.fa, have 27029 columns in 47 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR409W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR409W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR409W.fa, have 27933 columns in 48 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR414C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR414C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR414C.fa, have 28295 columns in 49 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR418W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR418W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR418W.fa, have 28460 columns in 50 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR420W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR420W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR420W.fa, have 30262 columns in 51 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR421W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR421W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR421W.fa, have 31212 columns in 52 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR422C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR422C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR422C.fa, have 32027 columns in 53 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR423C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR423C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR423C.fa, have 32436 columns in 54 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR425W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR425W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR425W.fa, have 33061 columns in 55 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR429C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR429C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR429C.fa, have 33335 columns in 56 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR430C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR430C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR430C.fa, have 34324 columns in 57 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR432W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR432W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR432W.fa, have 34738 columns in 58 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR435C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR435C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR435C.fa, have 35066 columns in 59 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR436W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR436W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR436W.fa, have 35776 columns in 60 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR438W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR438W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR438W.fa, have 36146 columns in 61 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR439W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR439W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR439W.fa, have 36493 columns in 62 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR440W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR440W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR440W.fa, have 37075 columns in 63 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR441C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR441C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR441C.fa, have 37256 columns in 64 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR443C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR443C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR443C.fa, have 38676 columns in 65 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR446W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR446W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR446W.fa, have 38978 columns in 66 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR447C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR447C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR447C.fa, have 39114 columns in 67 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR448W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR448W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR448W.fa, have 39548 columns in 68 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR449C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR449C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR449C.fa, have 39988 columns in 69 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR450W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR450W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR450W.fa, have 40134 columns in 70 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR451C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR451C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR451C.fa, have 40487 columns in 71 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR456W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR456W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR456W.fa, have 41120 columns in 72 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR457W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR457W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR457W.fa, have 44388 columns in 73 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR458C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR458C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR458C.fa, have 45051 columns in 74 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR459C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR459C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR459C.fa, have 45425 columns in 75 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR460W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR460W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR460W.fa, have 45746 columns in 76 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR461W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR461W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR461W.fa, have 45782 columns in 77 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR463W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR463W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR463W.fa, have 46301 columns in 78 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR464W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR464W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR464W.fa, have 47736 columns in 79 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR466W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR466W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR466W.fa, have 48634 columns in 80 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR468C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR468C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR468C.fa, have 48858 columns in 81 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR471W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR471W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR471W.fa, have 48994 columns in 82 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR475C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR475C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR475C.fa, have 49870 columns in 83 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR477W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR477W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR477W.fa, have 50503 columns in 84 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR479C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR479C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR479C.fa, have 51057 columns in 85 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR480W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR480W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR480W.fa, have 51380 columns in 86 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR484W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR484W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR484W.fa, have 52021 columns in 87 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR485C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR485C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR485C.fa, have 52816 columns in 88 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR486C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR486C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR486C.fa, have 53045 columns in 89 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR490C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR490C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR490C.fa, have 53811 columns in 90 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR492W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR492W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR492W.fa, have 54127 columns in 91 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR494W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR494W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR494W.fa, have 54488 columns in 92 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR495C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR495C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR495C.fa, have 55499 columns in 93 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR496C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR496C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR496C.fa, have 56155 columns in 94 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR497C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR497C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR497C.fa, have 56739 columns in 95 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR498C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR498C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR498C.fa, have 57122 columns in 96 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR500C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR500C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR500C.fa, have 57210 columns in 97 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR501W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR501W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR501W.fa, have 57731 columns in 98 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR502C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR502C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR502C.fa, have 58115 columns in 99 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR503C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR503C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR503C.fa, have 58389 columns in 100 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR505C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR505C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR505C.fa, have 59230 columns in 101 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR507C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR507C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR507C.fa, have 60372 columns in 102 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR508C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR508C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR508C.fa, have 61035 columns in 103 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR513W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR513W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR513W.fa, have 61178 columns in 104 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR515W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR515W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR515W.fa, have 61625 columns in 105 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR518W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR518W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR518W.fa, have 62142 columns in 106 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR519W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR519W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR519W.fa, have 62277 columns in 107 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR522C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR522C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR522C.fa, have 62779 columns in 108 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR523C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR523C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR523C.fa, have 63269 columns in 109 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR524C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR524C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR524C.fa, have 63751 columns in 110 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR527W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR527W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR527W.fa, have 64190 columns in 111 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR528W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR528W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR528W.fa, have 64613 columns in 112 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR533C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR533C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR533C.fa, have 64850 columns in 113 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR534C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR534C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR534C.fa, have 65378 columns in 114 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR536W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR536W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR536W.fa, have 65947 columns in 115 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR545W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR545W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YDR545W.fa, have 67743 columns in 116 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL005C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL005C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL005C.fa, have 68025 columns in 117 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL006W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL006W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL006W.fa, have 68360 columns in 118 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL009C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL009C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL009C.fa, have 68641 columns in 119 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL011W.fa, have 69345 columns in 120 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL013W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL013W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL013W.fa, have 69923 columns in 121 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL015W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL015W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL015W.fa, have 70474 columns in 122 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL019C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL019C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL019C.fa, have 70741 columns in 123 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL022W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL022W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL022W.fa, have 72200 columns in 124 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL026W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL026W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL026W.fa, have 72326 columns in 125 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL027W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL027W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL027W.fa, have 72486 columns in 126 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL029C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL029C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL029C.fa, have 72798 columns in 127 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL031W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL031W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL031W.fa, have 74013 columns in 128 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL034W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL034W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL034W.fa, have 74170 columns in 129 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL036C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL036C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL036C.fa, have 74670 columns in 130 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL037C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL037C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL037C.fa, have 75068 columns in 131 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL039C.fa, have 75181 columns in 132 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL040W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL040W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL040W.fa, have 75648 columns in 133 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL041W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL041W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL041W.fa, have 76143 columns in 134 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL042W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL042W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL042W.fa, have 76661 columns in 135 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL043W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL043W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL043W.fa, have 77617 columns in 136 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL047C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL047C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL047C.fa, have 78087 columns in 137 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL049W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL049W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL049W.fa, have 78207 columns in 138 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL056W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL056W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL056W.fa, have 78608 columns in 139 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL060C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL060C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL060C.fa, have 79243 columns in 140 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL061C.fa, have 80243 columns in 141 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL063C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL063C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL063C.fa, have 80833 columns in 142 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL064C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL064C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL064C.fa, have 81313 columns in 143 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL065W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL065W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL065W.fa, have 81941 columns in 144 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL066W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL066W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL066W.fa, have 82120 columns in 145 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL069C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL069C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL069C.fa, have 82684 columns in 146 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL071W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL071W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YEL071W.fa, have 83180 columns in 147 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER002W.fa, have 83411 columns in 148 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER004W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER004W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER004W.fa, have 83642 columns in 149 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER006W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER006W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER006W.fa, have 84162 columns in 150 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER007W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER007W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER007W.fa, have 84680 columns in 151 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER008C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER008C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER008C.fa, have 86016 columns in 152 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER011W.fa, have 86270 columns in 153 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER012W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER012W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER012W.fa, have 86468 columns in 154 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER013W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER013W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER013W.fa, have 87613 columns in 155 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER015W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER015W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER015W.fa, have 88357 columns in 156 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER017C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER017C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER017C.fa, have 89118 columns in 157 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER022W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER022W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER022W.fa, have 89805 columns in 158 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER025W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER025W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER025W.fa, have 90332 columns in 159 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER027C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER027C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER027C.fa, have 90749 columns in 160 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER028C.fa, have 91143 columns in 161 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER029C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER029C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER029C.fa, have 91339 columns in 162 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER030W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER030W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER030W.fa, have 91492 columns in 163 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER032W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER032W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER032W.fa, have 92368 columns in 164 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER033C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER033C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER033C.fa, have 93444 columns in 165 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER036C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER036C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER036C.fa, have 94054 columns in 166 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER038C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER038C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER038C.fa, have 94518 columns in 167 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER040W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER040W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER040W.fa, have 95248 columns in 168 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER041W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER041W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER041W.fa, have 96007 columns in 169 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER043C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER043C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER043C.fa, have 96456 columns in 170 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER045C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER045C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER045C.fa, have 96945 columns in 171 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER047C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER047C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER047C.fa, have 97842 columns in 172 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER048C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER048C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER048C.fa, have 98233 columns in 173 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER053C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER053C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER053C.fa, have 98533 columns in 174 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER054C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER054C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER054C.fa, have 99081 columns in 175 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER059W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER059W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER059W.fa, have 99501 columns in 176 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER061C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER061C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER061C.fa, have 99943 columns in 177 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER065C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER065C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER065C.fa, have 100500 columns in 178 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER068W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER068W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER068W.fa, have 101087 columns in 179 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER072W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER072W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER072W.fa, have 101216 columns in 180 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER073W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER073W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER073W.fa, have 101736 columns in 181 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER075C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER075C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER075C.fa, have 102664 columns in 182 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER081W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER081W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER081W.fa, have 103133 columns in 183 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER082C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER082C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER082C.fa, have 103687 columns in 184 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER086W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER086W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER086W.fa, have 104263 columns in 185 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER088C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER088C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER088C.fa, have 104933 columns in 186 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER089C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER089C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER089C.fa, have 105397 columns in 187 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER090W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER090W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER090W.fa, have 105904 columns in 188 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER092W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER092W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER092W.fa, have 106029 columns in 189 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER093C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER093C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER093C.fa, have 107459 columns in 190 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER094C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER094C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER094C.fa, have 107664 columns in 191 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER095W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER095W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER095W.fa, have 108064 columns in 192 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER096W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER096W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER096W.fa, have 108576 columns in 193 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER098W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER098W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER098W.fa, have 109330 columns in 194 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER107C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER107C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER107C.fa, have 109695 columns in 195 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER110C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER110C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER110C.fa, have 110808 columns in 196 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER111C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER111C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER111C.fa, have 111901 columns in 197 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER112W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER112W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER112W.fa, have 112088 columns in 198 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER114C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER114C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER114C.fa, have 113128 columns in 199 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER116C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER116C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER116C.fa, have 113402 columns in 200 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER118C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER118C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER118C.fa, have 113769 columns in 201 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER119C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER119C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER119C.fa, have 114217 columns in 202 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER120W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER120W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER120W.fa, have 114461 columns in 203 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER122C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER122C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER122C.fa, have 114954 columns in 204 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER123W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER123W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER123W.fa, have 115478 columns in 205 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER124C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER124C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER124C.fa, have 116051 columns in 206 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER125W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER125W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER125W.fa, have 116860 columns in 207 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER127W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER127W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER127W.fa, have 117217 columns in 208 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER129W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER129W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER129W.fa, have 118359 columns in 209 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER132C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER132C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER132C.fa, have 120112 columns in 210 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER133W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER133W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER133W.fa, have 120424 columns in 211 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER136W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER136W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER136W.fa, have 120875 columns in 212 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER144C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER144C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER144C.fa, have 121680 columns in 213 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER146W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER146W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER146W.fa, have 121773 columns in 214 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER149C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER149C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER149C.fa, have 122193 columns in 215 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER150W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER150W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER150W.fa, have 122341 columns in 216 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER151C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER151C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER151C.fa, have 123253 columns in 217 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER155C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER155C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER155C.fa, have 125420 columns in 218 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER159C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER159C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER159C.fa, have 125562 columns in 219 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER161C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER161C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER161C.fa, have 125895 columns in 220 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER162C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER162C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER162C.fa, have 126649 columns in 221 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER164W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER164W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER164W.fa, have 128117 columns in 222 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER165W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER165W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER165W.fa, have 128694 columns in 223 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER166W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER166W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER166W.fa, have 130265 columns in 224 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER167W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER167W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER167W.fa, have 131116 columns in 225 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER168C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER168C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER168C.fa, have 131662 columns in 226 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER169W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER169W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER169W.fa, have 132458 columns in 227 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER171W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER171W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER171W.fa, have 133236 columns in 228 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER172C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER172C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER172C.fa, have 135399 columns in 229 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER176W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER176W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER176W.fa, have 136520 columns in 230 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER179W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER179W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER179W.fa, have 136854 columns in 231 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER190W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER190W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YER190W.fa, have 138535 columns in 232 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL001W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL001W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL001W.fa, have 138977 columns in 233 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL002C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL002C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL002C.fa, have 139583 columns in 234 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL003C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL003C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL003C.fa, have 140461 columns in 235 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL004W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL004W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL004W.fa, have 141289 columns in 236 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL005W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL005W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL005W.fa, have 141504 columns in 237 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL008W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL008W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL008W.fa, have 142729 columns in 238 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL009W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL009W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL009W.fa, have 143508 columns in 239 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL011W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL011W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL011W.fa, have 144054 columns in 240 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL013C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL013C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL013C.fa, have 144746 columns in 241 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL016C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL016C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL016C.fa, have 145257 columns in 242 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL018C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL018C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL018C.fa, have 145756 columns in 243 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL020C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL020C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL020C.fa, have 145878 columns in 244 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL021W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL021W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL021W.fa, have 146388 columns in 245 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL022C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL022C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL022C.fa, have 146891 columns in 246 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL023W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL023W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL023W.fa, have 147687 columns in 247 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL024C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL024C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL024C.fa, have 148519 columns in 248 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL028C.fa, have 148808 columns in 249 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL029C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL029C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL029C.fa, have 149176 columns in 250 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL033C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL033C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL033C.fa, have 150946 columns in 251 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL037W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL037W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL037W.fa, have 151403 columns in 252 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL038C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL038C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL038C.fa, have 151609 columns in 253 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL039C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL039C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL039C.fa, have 151984 columns in 254 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL047W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL047W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL047W.fa, have 152698 columns in 255 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL048C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL048C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL048C.fa, have 153143 columns in 256 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL049W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL049W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL049W.fa, have 153766 columns in 257 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL050C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL050C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL050C.fa, have 154624 columns in 258 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL053W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL053W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL053W.fa, have 155215 columns in 259 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL055W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL055W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL055W.fa, have 155773 columns in 260 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL059W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL059W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL059W.fa, have 156071 columns in 261 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL060C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL060C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL060C.fa, have 156293 columns in 262 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL062W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL062W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFL062W.fa, have 156672 columns in 263 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR002W.fa, have 157511 columns in 264 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR004W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR004W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR004W.fa, have 157817 columns in 265 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR007W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR007W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR007W.fa, have 158170 columns in 266 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR009W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR009W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR009W.fa, have 158922 columns in 267 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR010W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR010W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR010W.fa, have 159421 columns in 268 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR013W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR013W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR013W.fa, have 160208 columns in 269 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR014C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR014C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR014C.fa, have 160654 columns in 270 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR015C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR015C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR015C.fa, have 161362 columns in 271 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR016C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR016C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR016C.fa, have 162595 columns in 272 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR019W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR019W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR019W.fa, have 164873 columns in 273 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR021W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR021W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR021W.fa, have 165373 columns in 274 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR022W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR022W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR022W.fa, have 166106 columns in 275 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR023W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR023W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR023W.fa, have 166717 columns in 276 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR024C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR024C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR024C.fa, have 167168 columns in 277 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR028C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR028C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR028C.fa, have 167719 columns in 278 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR029W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR029W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR029W.fa, have 168397 columns in 279 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR030W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR030W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR030W.fa, have 169432 columns in 280 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR031C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR031C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR031C.fa, have 170602 columns in 281 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR037C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR037C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR037C.fa, have 171159 columns in 282 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR040W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR040W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR040W.fa, have 172161 columns in 283 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR041C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR041C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR041C.fa, have 172456 columns in 284 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR044C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR044C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR044C.fa, have 172937 columns in 285 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR046C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR046C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR046C.fa, have 173298 columns in 286 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR048W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR048W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR048W.fa, have 173960 columns in 287 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR050C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR050C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR050C.fa, have 174226 columns in 288 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR051C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR051C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR051C.fa, have 174772 columns in 289 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR053C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR053C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YFR053C.fa, have 175257 columns in 290 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL001C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL001C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL001C.fa, have 175606 columns in 291 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL002W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL002W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL002W.fa, have 175822 columns in 292 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL003C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL003C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL003C.fa, have 176388 columns in 293 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL005C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL005C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL005C.fa, have 176667 columns in 294 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL006W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL006W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL006W.fa, have 177840 columns in 295 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL008C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL008C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL008C.fa, have 178758 columns in 296 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL011C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL011C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL011C.fa, have 179010 columns in 297 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL012W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL012W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL012W.fa, have 179483 columns in 298 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL013C.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL013C.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL013C.fa, have 180551 columns in 299 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL014W.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL014W.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/true_seqs/YGL014W.fa, have 181439 columns in 300 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_601.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_601.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_601.fa, have 181519 columns in 301 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_602.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_602.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_602.fa, have 181643 columns in 302 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_603.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_603.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_603.fa, have 181937 columns in 303 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_604.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_604.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_604.fa, have 182137 columns in 304 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_605.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_605.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_605.fa, have 182588 columns in 305 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_606.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_606.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_606.fa, have 182855 columns in 306 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_607.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_607.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_607.fa, have 182906 columns in 307 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_608.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_608.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_608.fa, have 183285 columns in 308 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_609.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_609.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_609.fa, have 188228 columns in 309 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_610.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_610.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_610.fa, have 188334 columns in 310 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_611.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_611.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_611.fa, have 188564 columns in 311 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_612.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_612.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_612.fa, have 188908 columns in 312 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_613.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_613.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_613.fa, have 189005 columns in 313 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_614.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_614.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_614.fa, have 189182 columns in 314 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_615.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_615.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_615.fa, have 189689 columns in 315 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_616.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_616.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_616.fa, have 190646 columns in 316 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_617.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_617.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_617.fa, have 190672 columns in 317 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_618.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_618.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_618.fa, have 190885 columns in 318 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_619.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_619.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_619.fa, have 190937 columns in 319 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_620.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_620.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_620.fa, have 194232 columns in 320 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_621.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_621.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_621.fa, have 194411 columns in 321 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_622.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_622.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_622.fa, have 194497 columns in 322 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_623.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_623.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_623.fa, have 194570 columns in 323 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_624.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_624.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_624.fa, have 194745 columns in 324 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_625.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_625.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_625.fa, have 195359 columns in 325 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_626.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_626.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_626.fa, have 195902 columns in 326 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_627.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_627.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_627.fa, have 196100 columns in 327 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_628.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_628.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_628.fa, have 196558 columns in 328 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_629.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_629.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_629.fa, have 196589 columns in 329 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_630.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_630.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_630.fa, have 196930 columns in 330 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_631.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_631.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_631.fa, have 196981 columns in 331 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_632.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_632.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_632.fa, have 197186 columns in 332 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_633.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_633.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_633.fa, have 197362 columns in 333 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_634.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_634.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_634.fa, have 197702 columns in 334 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_635.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_635.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_635.fa, have 197770 columns in 335 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_636.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_636.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_636.fa, have 197943 columns in 336 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_637.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_637.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_637.fa, have 198350 columns in 337 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_638.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_638.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_638.fa, have 198586 columns in 338 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_639.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_639.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_639.fa, have 199285 columns in 339 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_640.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_640.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_640.fa, have 199389 columns in 340 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_641.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_641.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_641.fa, have 199515 columns in 341 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_642.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_642.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_642.fa, have 199659 columns in 342 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_643.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_643.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_643.fa, have 199965 columns in 343 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_644.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_644.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_644.fa, have 200176 columns in 344 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_645.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_645.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_645.fa, have 200326 columns in 345 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_646.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_646.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_646.fa, have 200672 columns in 346 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_647.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_647.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_647.fa, have 200749 columns in 347 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_648.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_648.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_648.fa, have 201059 columns in 348 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_649.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_649.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_649.fa, have 201568 columns in 349 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_650.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_650.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_650.fa, have 201767 columns in 350 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_651.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_651.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_651.fa, have 201883 columns in 351 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_652.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_652.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_652.fa, have 201913 columns in 352 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_653.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_653.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_653.fa, have 202574 columns in 353 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_654.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_654.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_654.fa, have 202963 columns in 354 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_655.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_655.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_655.fa, have 203249 columns in 355 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_656.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_656.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_656.fa, have 203352 columns in 356 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_657.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_657.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_657.fa, have 203901 columns in 357 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_658.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_658.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_658.fa, have 204291 columns in 358 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_659.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_659.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_659.fa, have 204423 columns in 359 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_660.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_660.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_660.fa, have 204526 columns in 360 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_661.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_661.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_661.fa, have 205250 columns in 361 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_662.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_662.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_662.fa, have 206027 columns in 362 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_663.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_663.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_663.fa, have 206323 columns in 363 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_664.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_664.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_664.fa, have 206793 columns in 364 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_665.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_665.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_665.fa, have 206956 columns in 365 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_666.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_666.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_666.fa, have 207201 columns in 366 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_667.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_667.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_667.fa, have 207351 columns in 367 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_668.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_668.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_668.fa, have 207460 columns in 368 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_669.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_669.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_669.fa, have 207708 columns in 369 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_670.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_670.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_670.fa, have 207989 columns in 370 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_671.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_671.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_671.fa, have 208646 columns in 371 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_672.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_672.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_672.fa, have 208787 columns in 372 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_673.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_673.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_673.fa, have 208945 columns in 373 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_674.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_674.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_674.fa, have 209037 columns in 374 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_675.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_675.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_675.fa, have 210683 columns in 375 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_676.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_676.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_676.fa, have 210846 columns in 376 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_677.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_677.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_677.fa, have 212672 columns in 377 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_678.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_678.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_678.fa, have 212770 columns in 378 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_679.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_679.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_679.fa, have 213364 columns in 379 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_680.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_680.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_680.fa, have 213461 columns in 380 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_681.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_681.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_681.fa, have 213506 columns in 381 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_682.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_682.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_682.fa, have 213546 columns in 382 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_683.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_683.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_683.fa, have 213911 columns in 383 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_684.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_684.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_684.fa, have 214175 columns in 384 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_685.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_685.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_685.fa, have 214990 columns in 385 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_686.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_686.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_686.fa, have 215290 columns in 386 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_687.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_687.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_687.fa, have 215861 columns in 387 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_688.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_688.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_688.fa, have 215954 columns in 388 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_689.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_689.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_689.fa, have 216032 columns in 389 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_690.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_690.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_690.fa, have 217108 columns in 390 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_691.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_691.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_691.fa, have 217272 columns in 391 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_692.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_692.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_692.fa, have 217953 columns in 392 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_693.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_693.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_693.fa, have 218106 columns in 393 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_694.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_694.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_694.fa, have 218189 columns in 394 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_695.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_695.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_695.fa, have 218361 columns in 395 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_696.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_696.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_696.fa, have 218475 columns in 396 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_697.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_697.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_697.fa, have 218719 columns in 397 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_698.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_698.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_698.fa, have 219701 columns in 398 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_699.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_699.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_699.fa, have 220056 columns in 399 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_700.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_700.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_700.fa, have 220274 columns in 400 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_701.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_701.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_701.fa, have 220887 columns in 401 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_702.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_702.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_702.fa, have 220983 columns in 402 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_703.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_703.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_703.fa, have 221103 columns in 403 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_704.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_704.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_704.fa, have 221602 columns in 404 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_705.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_705.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_705.fa, have 221845 columns in 405 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_706.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_706.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_706.fa, have 222123 columns in 406 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_707.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_707.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_707.fa, have 222225 columns in 407 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_708.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_708.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_708.fa, have 222389 columns in 408 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_709.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_709.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_709.fa, have 222952 columns in 409 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_710.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_710.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_710.fa, have 223062 columns in 410 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_711.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_711.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_711.fa, have 223276 columns in 411 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_712.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_712.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_712.fa, have 223349 columns in 412 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_713.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_713.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_713.fa, have 223414 columns in 413 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_714.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_714.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_714.fa, have 223535 columns in 414 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_715.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_715.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_715.fa, have 223708 columns in 415 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_716.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_716.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_716.fa, have 223940 columns in 416 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_717.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_717.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_717.fa, have 227137 columns in 417 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_718.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_718.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_718.fa, have 227643 columns in 418 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_719.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_719.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_719.fa, have 228037 columns in 419 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_720.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_720.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_720.fa, have 228208 columns in 420 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_721.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_721.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_721.fa, have 228614 columns in 421 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_722.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_722.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_722.fa, have 229218 columns in 422 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_723.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_723.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_723.fa, have 229296 columns in 423 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_724.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_724.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_724.fa, have 229361 columns in 424 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_725.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_725.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_725.fa, have 229620 columns in 425 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_726.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_726.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_726.fa, have 230123 columns in 426 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_727.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_727.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_727.fa, have 230385 columns in 427 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_728.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_728.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_728.fa, have 231226 columns in 428 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_729.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_729.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_729.fa, have 231399 columns in 429 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_730.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_730.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_730.fa, have 232574 columns in 430 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_731.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_731.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_731.fa, have 235990 columns in 431 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_732.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_732.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_732.fa, have 236565 columns in 432 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_733.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_733.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_733.fa, have 236675 columns in 433 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_734.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_734.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_734.fa, have 236915 columns in 434 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_735.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_735.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_735.fa, have 238555 columns in 435 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_736.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_736.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_736.fa, have 238617 columns in 436 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_737.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_737.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_737.fa, have 238822 columns in 437 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_738.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_738.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_738.fa, have 238919 columns in 438 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_739.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_739.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_739.fa, have 239230 columns in 439 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_740.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_740.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_740.fa, have 239284 columns in 440 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_741.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_741.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_741.fa, have 239519 columns in 441 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_742.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_742.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_742.fa, have 239923 columns in 442 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_743.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_743.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_743.fa, have 240891 columns in 443 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_744.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_744.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_744.fa, have 240924 columns in 444 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_745.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_745.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_745.fa, have 241223 columns in 445 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_746.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_746.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_746.fa, have 241299 columns in 446 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_747.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_747.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_747.fa, have 241428 columns in 447 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_748.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_748.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_748.fa, have 242034 columns in 448 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_749.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_749.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_749.fa, have 242523 columns in 449 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_750.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_750.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_750.fa, have 242910 columns in 450 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_751.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_751.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_751.fa, have 242998 columns in 451 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_752.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_752.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_752.fa, have 243133 columns in 452 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_753.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_753.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_753.fa, have 243440 columns in 453 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_754.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_754.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_754.fa, have 244045 columns in 454 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_755.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_755.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_755.fa, have 244133 columns in 455 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_756.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_756.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_756.fa, have 244209 columns in 456 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_757.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_757.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_757.fa, have 244395 columns in 457 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_758.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_758.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_758.fa, have 244510 columns in 458 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_759.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_759.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_759.fa, have 244617 columns in 459 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_760.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_760.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_760.fa, have 244770 columns in 460 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_761.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_761.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_761.fa, have 245133 columns in 461 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_762.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_762.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_762.fa, have 245255 columns in 462 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_763.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_763.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_763.fa, have 245320 columns in 463 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_764.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_764.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_764.fa, have 245380 columns in 464 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_765.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_765.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_765.fa, have 245437 columns in 465 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_766.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_766.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_766.fa, have 245598 columns in 466 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_767.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_767.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_767.fa, have 245753 columns in 467 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_768.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_768.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_768.fa, have 246254 columns in 468 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_769.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_769.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_769.fa, have 246370 columns in 469 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_770.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_770.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_770.fa, have 246530 columns in 470 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_771.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_771.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_771.fa, have 247052 columns in 471 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_772.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_772.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_772.fa, have 247551 columns in 472 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_773.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_773.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_773.fa, have 247838 columns in 473 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_774.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_774.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_774.fa, have 247918 columns in 474 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_775.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_775.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_775.fa, have 249000 columns in 475 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_776.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_776.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_776.fa, have 249025 columns in 476 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_777.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_777.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_777.fa, have 249156 columns in 477 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_778.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_778.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_778.fa, have 249211 columns in 478 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_779.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_779.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_779.fa, have 249487 columns in 479 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_780.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_780.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_780.fa, have 249636 columns in 480 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_781.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_781.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_781.fa, have 250844 columns in 481 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_782.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_782.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_782.fa, have 251254 columns in 482 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_783.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_783.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_783.fa, have 251406 columns in 483 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_784.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_784.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_784.fa, have 252331 columns in 484 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_785.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_785.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_785.fa, have 252567 columns in 485 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_786.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_786.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_786.fa, have 252724 columns in 486 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_787.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_787.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_787.fa, have 252846 columns in 487 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_788.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_788.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_788.fa, have 253114 columns in 488 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_789.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_789.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_789.fa, have 253572 columns in 489 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_790.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_790.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_790.fa, have 253650 columns in 490 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_791.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_791.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_791.fa, have 254193 columns in 491 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_792.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_792.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_792.fa, have 254310 columns in 492 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_793.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_793.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_793.fa, have 254615 columns in 493 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_794.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_794.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_794.fa, have 254828 columns in 494 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_795.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_795.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_795.fa, have 254885 columns in 495 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_796.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_796.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_796.fa, have 254919 columns in 496 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_797.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_797.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_797.fa, have 255034 columns in 497 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_798.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_798.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_798.fa, have 255091 columns in 498 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_799.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_799.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_799.fa, have 255405 columns in 499 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_800.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_800.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_800.fa, have 256039 columns in 500 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_801.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_801.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_801.fa, have 256179 columns in 501 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_802.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_802.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_802.fa, have 256707 columns in 502 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_803.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_803.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_803.fa, have 256852 columns in 503 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_804.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_804.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_804.fa, have 257301 columns in 504 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_805.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_805.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_805.fa, have 257695 columns in 505 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_806.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_806.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_806.fa, have 258513 columns in 506 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_807.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_807.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_807.fa, have 259529 columns in 507 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_808.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_808.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_808.fa, have 259566 columns in 508 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_809.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_809.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_809.fa, have 259674 columns in 509 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_810.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_810.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_810.fa, have 260134 columns in 510 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_811.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_811.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_811.fa, have 260331 columns in 511 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_812.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_812.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_812.fa, have 260765 columns in 512 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_813.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_813.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_813.fa, have 261083 columns in 513 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_814.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_814.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_814.fa, have 261226 columns in 514 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_815.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_815.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_815.fa, have 261595 columns in 515 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_816.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_816.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_816.fa, have 263017 columns in 516 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_817.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_817.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_817.fa, have 263559 columns in 517 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_818.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_818.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_818.fa, have 263637 columns in 518 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_819.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_819.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_819.fa, have 263946 columns in 519 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_820.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_820.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_820.fa, have 264980 columns in 520 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_821.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_821.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_821.fa, have 265138 columns in 521 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_822.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_822.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_822.fa, have 265369 columns in 522 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_823.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_823.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_823.fa, have 265840 columns in 523 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_824.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_824.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_824.fa, have 265947 columns in 524 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_825.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_825.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_825.fa, have 266168 columns in 525 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_826.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_826.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_826.fa, have 266313 columns in 526 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_827.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_827.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_827.fa, have 266609 columns in 527 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_828.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_828.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_828.fa, have 266815 columns in 528 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_829.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_829.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_829.fa, have 266964 columns in 529 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_830.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_830.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_830.fa, have 269583 columns in 530 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_831.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_831.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_831.fa, have 269752 columns in 531 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_832.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_832.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_832.fa, have 271609 columns in 532 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_833.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_833.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_833.fa, have 271898 columns in 533 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_834.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_834.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_834.fa, have 272095 columns in 534 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_835.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_835.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_835.fa, have 272213 columns in 535 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_836.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_836.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_836.fa, have 272245 columns in 536 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_837.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_837.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_837.fa, have 272416 columns in 537 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_838.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_838.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_838.fa, have 272469 columns in 538 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_839.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_839.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_839.fa, have 272520 columns in 539 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_840.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_840.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_840.fa, have 272694 columns in 540 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_841.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_841.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_841.fa, have 273194 columns in 541 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_842.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_842.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_842.fa, have 273347 columns in 542 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_843.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_843.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_843.fa, have 274780 columns in 543 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_844.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_844.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_844.fa, have 275110 columns in 544 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_845.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_845.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_845.fa, have 275384 columns in 545 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_846.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_846.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_846.fa, have 275460 columns in 546 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_847.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_847.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_847.fa, have 275518 columns in 547 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_848.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_848.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_848.fa, have 277311 columns in 548 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_849.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_849.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_849.fa, have 277409 columns in 549 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_850.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_850.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_850.fa, have 277584 columns in 550 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_851.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_851.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_851.fa, have 277664 columns in 551 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_852.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_852.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_852.fa, have 277733 columns in 552 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_853.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_853.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_853.fa, have 277935 columns in 553 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_854.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_854.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_854.fa, have 278529 columns in 554 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_855.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_855.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_855.fa, have 279036 columns in 555 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_856.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_856.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_856.fa, have 280304 columns in 556 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_857.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_857.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_857.fa, have 280514 columns in 557 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_858.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_858.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_858.fa, have 280622 columns in 558 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_859.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_859.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_859.fa, have 280957 columns in 559 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_860.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_860.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_860.fa, have 281170 columns in 560 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_861.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_861.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_861.fa, have 281295 columns in 561 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_862.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_862.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_862.fa, have 281754 columns in 562 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_863.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_863.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_863.fa, have 282766 columns in 563 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_864.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_864.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_864.fa, have 282811 columns in 564 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_865.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_865.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_865.fa, have 282913 columns in 565 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_866.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_866.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_866.fa, have 283026 columns in 566 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_867.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_867.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_867.fa, have 283732 columns in 567 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_868.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_868.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_868.fa, have 284017 columns in 568 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_869.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_869.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_869.fa, have 284552 columns in 569 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_870.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_870.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_870.fa, have 284648 columns in 570 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_871.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_871.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_871.fa, have 284908 columns in 571 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_872.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_872.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_872.fa, have 285054 columns in 572 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_873.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_873.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_873.fa, have 285438 columns in 573 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_874.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_874.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_874.fa, have 285577 columns in 574 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_875.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_875.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_875.fa, have 285623 columns in 575 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_876.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_876.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_876.fa, have 285671 columns in 576 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_877.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_877.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_877.fa, have 286038 columns in 577 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_878.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_878.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_878.fa, have 286527 columns in 578 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_879.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_879.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_879.fa, have 286941 columns in 579 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_880.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_880.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_880.fa, have 287160 columns in 580 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_881.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_881.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_881.fa, have 287321 columns in 581 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_882.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_882.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_882.fa, have 287656 columns in 582 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_883.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_883.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_883.fa, have 287709 columns in 583 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_884.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_884.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_884.fa, have 287855 columns in 584 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_885.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_885.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_885.fa, have 287880 columns in 585 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_886.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_886.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_886.fa, have 288240 columns in 586 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_887.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_887.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_887.fa, have 288680 columns in 587 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_888.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_888.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_888.fa, have 288728 columns in 588 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_889.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_889.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_889.fa, have 289437 columns in 589 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_890.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_890.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_890.fa, have 289576 columns in 590 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_891.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_891.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_891.fa, have 289643 columns in 591 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_892.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_892.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_892.fa, have 289817 columns in 592 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_893.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_893.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_893.fa, have 289911 columns in 593 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_894.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_894.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_894.fa, have 290172 columns in 594 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_895.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_895.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_895.fa, have 290356 columns in 595 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_896.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_896.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_896.fa, have 292072 columns in 596 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_897.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_897.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_897.fa, have 292156 columns in 597 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_898.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_898.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_898.fa, have 292311 columns in 598 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_899.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_899.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_899.fa, have 292648 columns in 599 chains # Reading Input A2M format from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_900.fa # Reading sequence for layer 4 from /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_900.p-np # After reading /projects/compbio/usr/josue/vibrChol1/small_proteins/testing/p-np-single/ran_seqs/rseq_900.fa, have 292692 columns in 600 chains # command:CPU_time= 3.43048 sec, elapsed time= 6.7724 sec) # command:# ReportNetQualityForCrossTrainTo quality-reports/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.train ok. # command:# Training Net with 5 estimation cycles. WARNING: BackgroundProbs for p-np not read in before initializing network. Setting BackgroundProbs for p-np based on training set Epoch: 1 0.982128 cross_bits=0.967247 objective=0.857867 new best Epoch: 2 0.982795 cross_bits=0.967201 objective=0.857913 new best Epoch: 3 0.981974 cross_bits=0.967182 objective=0.857931 new best, reshuffling Epoch: 4 0.983409 cross_bits=0.971963 objective=0.853151 worse network rejected, reshuffling Epoch: 5 0.983051 cross_bits=0.976644 objective=0.848469 reset to old best (0.857931), reshuffling # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 880.921 sec, elapsed time= 884.416 sec) # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 5 estimation cycles. Epoch: 6 0.969087 cross_bits=0.99641 objective=0.828703 worse network accepted, reshuffling Epoch: 7 0.9792 cross_bits=0.985412 objective=0.839702 improvement accepted Epoch: 8 0.978618 cross_bits=0.985279 objective=0.839835 improvement accepted, reshuffling Epoch: 9 0.982309 cross_bits=0.967736 objective=0.857378 improvement accepted, reshuffling Epoch: 10 0.979816 cross_bits=0.965456 objective=0.859657 new best # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 1812.67 sec, elapsed time= 1816.31 sec) # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 5 estimation cycles. Epoch: 11 0.979231 cross_bits=0.970396 objective=0.854718 worse network accepted, reshuffling Epoch: 12 0.981712 cross_bits=0.964907 objective=0.860206 new best Epoch: 13 0.981777 cross_bits=0.964907 objective=0.860207 new best Epoch: 14 0.981645 cross_bits=0.964907 objective=0.860207 new best Epoch: 15 0.98152 cross_bits=0.964906 objective=0.860208 new best # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 2744.61 sec, elapsed time= 2748.38 sec) # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 5 estimation cycles. Epoch: 16 0.976139 cross_bits=0.968181 objective=0.856932 worse network accepted, reshuffling Epoch: 17 0.981681 cross_bits=0.976926 objective=0.848188 worse network rejected, reshuffling Epoch: 18 0.969552 cross_bits=0.965361 objective=0.859753 improvement accepted Epoch: 19 0.969655 cross_bits=0.965352 objective=0.859762 improvement accepted Epoch: 20 0.969595 cross_bits=0.965338 objective=0.859776 reset to old best (0.860209), reshuffling # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 3677.68 sec, elapsed time= 3681.62 sec) # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 50 estimation cycles. Epoch: 21 0.979375 cross_bits=0.978751 objective=0.846363 worse network rejected, reshuffling Epoch: 22 0.979343 cross_bits=0.968927 objective=0.856187 worse network rejected, reshuffling Epoch: 23 0.977931 cross_bits=0.973067 objective=0.852047 worse network rejected, reshuffling Epoch: 24 0.97595 cross_bits=0.966174 objective=0.85894 worse network accepted, reshuffling Epoch: 25 0.978685 cross_bits=0.966175 objective=0.858939 worse network accepted, reshuffling Epoch: 26 0.981375 cross_bits=0.968391 objective=0.856723 worse network rejected, reshuffling Epoch: 27 0.977949 cross_bits=0.996276 objective=0.591108 worse network rejected, reshuffling Epoch: 28 0.974816 cross_bits=0.96714 objective=0.857974 worse network rejected, reshuffling Epoch: 29 0.975509 cross_bits=0.965205 objective=0.859909 improvement accepted Epoch: 30 0.975557 cross_bits=0.965212 objective=0.859902 worse network accepted, reshuffling Epoch: 31 0.980362 cross_bits=0.967033 objective=0.858081 worse network accepted, reshuffling Epoch: 32 0.973142 cross_bits=0.971741 objective=0.853373 worse network accepted, reshuffling Epoch: 33 0.977194 cross_bits=0.976088 objective=0.849026 worse network rejected, reshuffling Epoch: 34 0.974023 cross_bits=0.991978 objective=0.833135 worse network rejected, reshuffling Epoch: 35 0.97237 cross_bits=0.968532 objective=0.856581 improvement accepted, reshuffling Epoch: 36 0.976769 cross_bits=0.969469 objective=0.855645 worse network accepted, reshuffling Epoch: 37 0.979121 cross_bits=0.972637 objective=0.852477 worse network accepted, reshuffling Epoch: 38 0.974879 cross_bits=0.9664 objective=0.858714 improvement accepted Epoch: 39 0.975047 cross_bits=0.966396 objective=0.858718 improvement accepted Epoch: 40 0.974982 cross_bits=0.966381 objective=0.858733 improvement accepted Epoch: 41 0.974917 cross_bits=0.966365 objective=0.858748 improvement accepted Epoch: 42 0.974851 cross_bits=0.96635 objective=0.858764 improvement accepted Epoch: 43 0.974784 cross_bits=0.966335 objective=0.858779 improvement accepted, reshuffling Epoch: 44 0.977061 cross_bits=0.970477 objective=0.854637 worse network accepted, reshuffling Epoch: 45 0.975221 cross_bits=0.969035 objective=0.856079 improvement accepted, reshuffling Epoch: 46 0.976847 cross_bits=0.965105 objective=0.860009 improvement accepted Epoch: 47 0.976741 cross_bits=0.9651 objective=0.860014 improvement accepted, reshuffling Epoch: 48 0.96865 cross_bits=0.992316 objective=0.831466 worse network rejected, reshuffling Epoch: 49 0.974342 cross_bits=0.964965 objective=0.860149 improvement accepted, reshuffling Epoch: 50 0.973535 cross_bits=0.986261 objective=0.838853 worse network accepted, reshuffling Epoch: 51 0.974783 cross_bits=0.971777 objective=0.853337 improvement accepted Epoch: 52 0.975115 cross_bits=0.971775 objective=0.853339 improvement accepted Epoch: 53 0.975042 cross_bits=0.971771 objective=0.853343 improvement accepted Epoch: 54 0.97497 cross_bits=0.971766 objective=0.853348 improvement accepted Epoch: 55 0.974898 cross_bits=0.971759 objective=0.853355 improvement accepted Epoch: 56 0.974828 cross_bits=0.971751 objective=0.853363 improvement accepted, reshuffling Epoch: 57 0.976871 cross_bits=0.966133 objective=0.85898 improvement accepted Epoch: 58 0.976512 cross_bits=0.966127 objective=0.858987 improvement accepted, reshuffling Epoch: 59 0.96747 cross_bits=0.967413 objective=0.857701 worse network rejected, reshuffling Epoch: 60 0.971394 cross_bits=0.965222 objective=0.859892 reset to old best (0.86021), reshuffling Epoch: 61 0.971522 cross_bits=0.99702 objective=0.828093 worse network rejected, reshuffling Epoch: 62 0.975228 cross_bits=0.976446 objective=0.848668 worse network rejected, reshuffling Epoch: 63 0.97177 cross_bits=0.973904 objective=0.85121 worse network rejected, reshuffling Epoch: 64 0.971929 cross_bits=0.97305 objective=0.852064 worse network accepted, reshuffling Epoch: 65 0.97416 cross_bits=0.965908 objective=0.859206 improvement accepted, reshuffling Epoch: 66 0.974282 cross_bits=0.978632 objective=0.846481 worse network rejected, reshuffling Epoch: 67 0.966142 cross_bits=0.97707 objective=0.848044 worse network rejected, reshuffling Epoch: 68 0.975396 cross_bits=0.964861 objective=0.860253 new best, reshuffling Epoch: 69 0.970723 cross_bits=0.970871 objective=0.854243 worse network rejected, reshuffling Epoch: 70 0.974131 cross_bits=0.970407 objective=0.854707 reset to old best (0.860253), reshuffling # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 11986.6 sec, elapsed time= 11990.9 sec) # command:# Network initialization done # command:# Training Net with 50 estimation cycles. Epoch: 71 0.972978 cross_bits=0.970276 objective=0.854838 worse network accepted, reshuffling Epoch: 72 0.974615 cross_bits=0.968806 objective=0.856308 improvement accepted Epoch: 73 0.97457 cross_bits=0.968778 objective=0.856335 improvement accepted Epoch: 74 0.974511 cross_bits=0.968745 objective=0.856369 improvement accepted, reshuffling Epoch: 75 0.973559 cross_bits=0.96486 objective=0.860254 new best Epoch: 76 0.973049 cross_bits=0.964858 objective=0.860256 new best, reshuffling Epoch: 77 0.963063 cross_bits=0.992527 objective=0.825433 worse network rejected, reshuffling Epoch: 78 0.971907 cross_bits=0.975972 objective=0.849142 worse network accepted, reshuffling Epoch: 79 0.969419 cross_bits=0.969836 objective=0.855278 improvement accepted, reshuffling Epoch: 80 0.971079 cross_bits=0.96787 objective=0.857244 improvement accepted Epoch: 81 0.971008 cross_bits=0.967857 objective=0.857257 improvement accepted Epoch: 82 0.970977 cross_bits=0.967839 objective=0.857275 improvement accepted, reshuffling Epoch: 83 0.974069 cross_bits=0.965442 objective=0.859672 improvement accepted Epoch: 84 0.973789 cross_bits=0.965437 objective=0.859676 improvement accepted Epoch: 85 0.973726 cross_bits=0.965431 objective=0.859682 improvement accepted, reshuffling Epoch: 86 0.972803 cross_bits=0.968634 objective=0.856479 worse network accepted, reshuffling Epoch: 87 0.972027 cross_bits=0.965057 objective=0.860057 improvement accepted, reshuffling Epoch: 88 0.973293 cross_bits=0.964827 objective=0.860287 new best Epoch: 89 0.973218 cross_bits=0.964825 objective=0.860289 new best, reshuffling Epoch: 90 0.971892 cross_bits=0.968608 objective=0.856506 worse network rejected, reshuffling Epoch: 91 0.973303 cross_bits=0.971729 objective=0.853385 worse network accepted, reshuffling Epoch: 92 0.974093 cross_bits=0.96526 objective=0.859854 improvement accepted, reshuffling Epoch: 93 0.971333 cross_bits=0.964841 objective=0.860272 improvement accepted Epoch: 94 0.97133 cross_bits=0.964837 objective=0.860276 improvement accepted, reshuffling Epoch: 95 0.971141 cross_bits=0.975971 objective=0.849143 worse network rejected, reshuffling Epoch: 96 0.967681 cross_bits=0.973713 objective=0.851401 worse network rejected, reshuffling Epoch: 97 0.971099 cross_bits=0.966053 objective=0.859061 worse network accepted, reshuffling Epoch: 98 0.971784 cross_bits=0.968426 objective=0.856687 worse network accepted, reshuffling Epoch: 99 0.973855 cross_bits=0.965773 objective=0.85934 improvement accepted Epoch: 100 0.97335 cross_bits=0.965771 objective=0.859342 improvement accepted Epoch: 101 0.97329 cross_bits=0.96577 objective=0.859344 improvement accepted Epoch: 102 0.97323 cross_bits=0.965769 objective=0.859345 improvement accepted, reshuffling Epoch: 103 0.972346 cross_bits=0.964874 objective=0.860239 improvement accepted, reshuffling Epoch: 104 0.971546 cross_bits=0.965033 objective=0.860081 worse network accepted, reshuffling Epoch: 105 0.966913 cross_bits=0.967134 objective=0.85798 worse network accepted, reshuffling Epoch: 106 0.970082 cross_bits=0.964843 objective=0.860271 improvement accepted, reshuffling Epoch: 107 0.969963 cross_bits=0.96837 objective=0.856743 worse network rejected, reshuffling Epoch: 108 0.971364 cross_bits=0.970578 objective=0.854536 worse network rejected, reshuffling Epoch: 109 0.968993 cross_bits=0.964838 objective=0.860276 improvement accepted Epoch: 110 0.96897 cross_bits=0.964838 objective=0.860276 worse network accepted, reshuffling Epoch: 111 0.972119 cross_bits=0.964787 objective=0.860327 new best Epoch: 112 0.97206 cross_bits=0.964784 objective=0.86033 new best, reshuffling Epoch: 113 0.97185 cross_bits=0.964949 objective=0.860165 worse network accepted, reshuffling Epoch: 114 0.970233 cross_bits=0.965638 objective=0.859476 worse network rejected, reshuffling Epoch: 115 0.970367 cross_bits=0.966526 objective=0.858588 worse network accepted, reshuffling Epoch: 116 0.971689 cross_bits=0.965152 objective=0.859962 improvement accepted, reshuffling Epoch: 117 0.970041 cross_bits=0.968388 objective=0.856726 worse network rejected, reshuffling Epoch: 118 0.968868 cross_bits=0.97785 objective=0.847264 worse network accepted, reshuffling Epoch: 119 0.972561 cross_bits=0.965768 objective=0.859346 improvement accepted Epoch: 120 0.971247 cross_bits=0.965771 objective=0.859342 reset to old best (0.86033), reshuffling # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 20214 sec, elapsed time= 20219.4 sec) # command:# ReportNetQualityForTestTo quality-reports/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.120.test ok. # command:# Testing net yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # Network initialization done # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 50 estimation cycles. Epoch: 121 0.970095 cross_bits=0.968187 objective=0.856927 worse network accepted, reshuffling Epoch: 122 0.971407 cross_bits=0.964775 objective=0.860339 new best Epoch: 123 0.971383 cross_bits=0.964772 objective=0.860342 new best Epoch: 124 0.971339 cross_bits=0.964769 objective=0.860345 new best Epoch: 125 0.971295 cross_bits=0.964766 objective=0.860348 new best, reshuffling Epoch: 126 0.969646 cross_bits=0.967179 objective=0.857934 worse network accepted, reshuffling Epoch: 127 0.969005 cross_bits=0.966084 objective=0.85903 improvement accepted Epoch: 128 0.968648 cross_bits=0.966082 objective=0.859032 improvement accepted, reshuffling Epoch: 129 0.970103 cross_bits=0.96594 objective=0.859173 improvement accepted, reshuffling Epoch: 130 0.971155 cross_bits=0.964823 objective=0.860291 improvement accepted, reshuffling Epoch: 131 0.96904 cross_bits=0.965072 objective=0.860041 worse network accepted, reshuffling Epoch: 132 0.971376 cross_bits=0.964997 objective=0.860117 improvement accepted, reshuffling Epoch: 133 0.96931 cross_bits=0.965516 objective=0.859598 worse network accepted, reshuffling Epoch: 134 0.96921 cross_bits=0.965714 objective=0.8594 worse network accepted, reshuffling Epoch: 135 0.96442 cross_bits=0.971809 objective=0.853305 worse network accepted, reshuffling Epoch: 136 0.970702 cross_bits=0.96894 objective=0.856173 improvement accepted Epoch: 137 0.970442 cross_bits=0.968898 objective=0.856216 improvement accepted Epoch: 138 0.970411 cross_bits=0.968841 objective=0.856273 improvement accepted Epoch: 139 0.970378 cross_bits=0.968785 objective=0.856329 improvement accepted Epoch: 140 0.970346 cross_bits=0.968729 objective=0.856385 improvement accepted, reshuffling Epoch: 141 0.970092 cross_bits=0.964723 objective=0.860391 new best Epoch: 142 0.969127 cross_bits=0.964717 objective=0.860397 new best Epoch: 143 0.969105 cross_bits=0.964714 objective=0.8604 new best Epoch: 144 0.969086 cross_bits=0.964711 objective=0.860403 new best Epoch: 145 0.969067 cross_bits=0.964707 objective=0.860406 new best Epoch: 146 0.969048 cross_bits=0.964704 objective=0.86041 new best Epoch: 147 0.969028 cross_bits=0.964701 objective=0.860413 new best Epoch: 148 0.969009 cross_bits=0.964697 objective=0.860417 new best Epoch: 149 0.968989 cross_bits=0.964693 objective=0.86042 new best Epoch: 150 0.968969 cross_bits=0.96469 objective=0.860424 new best Epoch: 151 0.968948 cross_bits=0.964686 objective=0.860428 new best Epoch: 152 0.968928 cross_bits=0.964682 objective=0.860432 new best Epoch: 153 0.968907 cross_bits=0.964678 objective=0.860436 new best Epoch: 154 0.968887 cross_bits=0.964673 objective=0.86044 new best Epoch: 155 0.968866 cross_bits=0.964669 objective=0.860445 new best Epoch: 156 0.968845 cross_bits=0.964664 objective=0.860449 new best Epoch: 157 0.968823 cross_bits=0.96466 objective=0.860454 new best Epoch: 158 0.968802 cross_bits=0.964655 objective=0.860459 new best Epoch: 159 0.96878 cross_bits=0.96465 objective=0.860464 new best Epoch: 160 0.968758 cross_bits=0.964645 objective=0.860469 new best Epoch: 161 0.968736 cross_bits=0.96464 objective=0.860474 new best Epoch: 162 0.968714 cross_bits=0.964634 objective=0.86048 new best Epoch: 163 0.968691 cross_bits=0.964628 objective=0.860485 new best Epoch: 164 0.968669 cross_bits=0.964622 objective=0.860491 new best Epoch: 165 0.968646 cross_bits=0.964616 objective=0.860498 new best Epoch: 166 0.968623 cross_bits=0.96461 objective=0.860504 new best Epoch: 167 0.968599 cross_bits=0.964603 objective=0.860511 new best Epoch: 168 0.968575 cross_bits=0.964596 objective=0.860517 new best Epoch: 169 0.968551 cross_bits=0.964589 objective=0.860525 new best Epoch: 170 0.968527 cross_bits=0.964582 objective=0.860532 new best # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 28625.1 sec, elapsed time= 28631.8 sec) # command:# Network initialization done # command:# Training Net with 50 estimation cycles. Epoch: 171 0.966143 cross_bits=0.976079 objective=0.849035 worse network accepted, reshuffling Epoch: 172 0.969709 cross_bits=0.971182 objective=0.853932 improvement accepted, reshuffling Epoch: 173 0.969493 cross_bits=0.964491 objective=0.860623 new best Epoch: 174 0.969455 cross_bits=0.964487 objective=0.860627 new best Epoch: 175 0.969425 cross_bits=0.964474 objective=0.86064 new best, reshuffling Epoch: 176 0.968514 cross_bits=0.964898 objective=0.860216 worse network accepted, reshuffling Epoch: 177 0.968543 cross_bits=0.966618 objective=0.858496 worse network accepted, reshuffling Epoch: 178 0.968957 cross_bits=0.96556 objective=0.859554 improvement accepted, reshuffling Epoch: 179 0.965713 cross_bits=0.965578 objective=0.859536 worse network accepted, reshuffling Epoch: 180 0.968786 cross_bits=0.966521 objective=0.858593 worse network accepted, reshuffling Epoch: 181 0.969408 cross_bits=0.96479 objective=0.860323 improvement accepted Epoch: 182 0.969136 cross_bits=0.964765 objective=0.860349 improvement accepted Epoch: 183 0.969094 cross_bits=0.964751 objective=0.860362 improvement accepted, reshuffling Epoch: 184 0.967069 cross_bits=0.965399 objective=0.859715 worse network accepted, reshuffling Epoch: 185 0.967902 cross_bits=0.966515 objective=0.858599 worse network rejected, reshuffling Epoch: 186 0.964149 cross_bits=0.96546 objective=0.859654 worse network accepted, reshuffling Epoch: 187 0.964128 cross_bits=0.96984 objective=0.855274 worse network accepted, reshuffling Epoch: 188 0.963985 cross_bits=0.972141 objective=0.852972 worse network accepted, reshuffling Epoch: 189 0.970208 cross_bits=0.96427 objective=0.860844 new best Epoch: 190 0.968676 cross_bits=0.964249 objective=0.860864 new best Epoch: 191 0.968625 cross_bits=0.964232 objective=0.860882 new best Epoch: 192 0.968585 cross_bits=0.964214 objective=0.8609 new best Epoch: 193 0.968545 cross_bits=0.964196 objective=0.860918 new best, reshuffling Epoch: 194 0.967839 cross_bits=0.965832 objective=0.859282 worse network accepted, reshuffling Epoch: 195 0.968408 cross_bits=0.96445 objective=0.860664 improvement accepted, reshuffling Epoch: 196 0.968229 cross_bits=0.964255 objective=0.860858 improvement accepted, reshuffling Epoch: 197 0.968466 cross_bits=0.964503 objective=0.860611 worse network accepted, reshuffling Epoch: 198 0.968177 cross_bits=0.964578 objective=0.860536 worse network accepted, reshuffling Epoch: 199 0.968385 cross_bits=0.964864 objective=0.86025 worse network accepted, reshuffling Epoch: 200 0.968245 cross_bits=0.964987 objective=0.860127 worse network accepted, reshuffling Epoch: 201 0.966438 cross_bits=0.966004 objective=0.85911 worse network accepted, reshuffling Epoch: 202 0.968655 cross_bits=0.964027 objective=0.861087 new best Epoch: 203 0.968444 cross_bits=0.964013 objective=0.861101 new best Epoch: 204 0.968399 cross_bits=0.963986 objective=0.861128 new best Epoch: 205 0.968351 cross_bits=0.963957 objective=0.861156 new best Epoch: 206 0.968301 cross_bits=0.963929 objective=0.861185 new best Epoch: 207 0.968252 cross_bits=0.963899 objective=0.861215 new best Epoch: 208 0.968202 cross_bits=0.963869 objective=0.861245 new best Epoch: 209 0.968151 cross_bits=0.963838 objective=0.861276 new best Epoch: 210 0.9681 cross_bits=0.963806 objective=0.861307 new best Epoch: 211 0.968048 cross_bits=0.963774 objective=0.86134 new best Epoch: 212 0.967996 cross_bits=0.963741 objective=0.861372 new best Epoch: 213 0.967943 cross_bits=0.963708 objective=0.861406 new best Epoch: 214 0.967889 cross_bits=0.963673 objective=0.861441 new best Epoch: 215 0.967835 cross_bits=0.963638 objective=0.861476 new best, reshuffling Epoch: 216 0.967368 cross_bits=0.96433 objective=0.860784 worse network accepted, reshuffling Epoch: 217 0.96752 cross_bits=0.96368 objective=0.861434 improvement accepted Epoch: 218 0.967338 cross_bits=0.963632 objective=0.861482 new best Epoch: 219 0.967281 cross_bits=0.963593 objective=0.861521 new best Epoch: 220 0.967225 cross_bits=0.963553 objective=0.861561 new best # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 36898.1 sec, elapsed time= 36909.8 sec) # command:# ReportNetQualityForTestTo quality-reports/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.220.test ok. # command:# Testing net yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # Network initialization done # command:# Network initialization done # command:Equilibrating yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # command:# Training Net with 50 estimation cycles. Epoch: 221 0.965328 cross_bits=0.966063 objective=0.859051 worse network accepted, reshuffling Epoch: 222 0.967671 cross_bits=0.963388 objective=0.861726 new best Epoch: 223 0.967124 cross_bits=0.963335 objective=0.861779 new best Epoch: 224 0.96706 cross_bits=0.963293 objective=0.861821 new best Epoch: 225 0.967 cross_bits=0.96325 objective=0.861864 new best Epoch: 226 0.96694 cross_bits=0.963206 objective=0.861908 new best Epoch: 227 0.966879 cross_bits=0.963161 objective=0.861953 new best Epoch: 228 0.966816 cross_bits=0.963115 objective=0.861999 new best Epoch: 229 0.966754 cross_bits=0.963068 objective=0.862046 new best Epoch: 230 0.96669 cross_bits=0.96302 objective=0.862093 new best Epoch: 231 0.966626 cross_bits=0.962972 objective=0.862142 new best Epoch: 232 0.96656 cross_bits=0.962922 objective=0.862192 new best Epoch: 233 0.966495 cross_bits=0.962871 objective=0.862243 new best Epoch: 234 0.966428 cross_bits=0.962819 objective=0.862295 new best Epoch: 235 0.966361 cross_bits=0.962766 objective=0.862347 new best Epoch: 236 0.966293 cross_bits=0.962713 objective=0.862401 new best Epoch: 237 0.966224 cross_bits=0.962659 objective=0.862455 new best Epoch: 238 0.966155 cross_bits=0.962604 objective=0.86251 new best Epoch: 239 0.966086 cross_bits=0.962548 objective=0.862565 new best Epoch: 240 0.966016 cross_bits=0.962492 objective=0.862621 new best Epoch: 241 0.965946 cross_bits=0.962436 objective=0.862678 new best Epoch: 242 0.965875 cross_bits=0.962378 objective=0.862736 new best Epoch: 243 0.965804 cross_bits=0.96232 objective=0.862794 new best Epoch: 244 0.965732 cross_bits=0.962262 objective=0.862852 new best Epoch: 245 0.96566 cross_bits=0.962202 objective=0.862911 new best Epoch: 246 0.965588 cross_bits=0.962143 objective=0.862971 new best Epoch: 247 0.965515 cross_bits=0.962082 objective=0.863032 new best Epoch: 248 0.965442 cross_bits=0.962021 objective=0.863092 new best, reshuffling Epoch: 249 0.965271 cross_bits=0.962264 objective=0.86285 worse network accepted, reshuffling Epoch: 250 0.964751 cross_bits=0.962639 objective=0.862475 worse network accepted, reshuffling Epoch: 251 0.964253 cross_bits=0.963199 objective=0.861915 worse network accepted, reshuffling Epoch: 252 0.964579 cross_bits=0.961951 objective=0.863163 new best Epoch: 253 0.964342 cross_bits=0.961972 objective=0.863142 worse network accepted, reshuffling Epoch: 254 0.964521 cross_bits=0.961705 objective=0.863409 new best Epoch: 255 0.964351 cross_bits=0.961671 objective=0.863443 new best Epoch: 256 0.964281 cross_bits=0.961607 objective=0.863506 new best Epoch: 257 0.964209 cross_bits=0.961542 objective=0.863572 new best Epoch: 258 0.964137 cross_bits=0.961476 objective=0.863638 new best Epoch: 259 0.964066 cross_bits=0.96141 objective=0.863704 new best Epoch: 260 0.963993 cross_bits=0.961344 objective=0.86377 new best Epoch: 261 0.963921 cross_bits=0.961278 objective=0.863836 new best Epoch: 262 0.96385 cross_bits=0.961212 objective=0.863902 new best Epoch: 263 0.963778 cross_bits=0.961146 objective=0.863968 new best Epoch: 264 0.963707 cross_bits=0.961081 objective=0.864033 new best Epoch: 265 0.963635 cross_bits=0.961016 objective=0.864098 new best Epoch: 266 0.963565 cross_bits=0.960951 objective=0.864163 new best Epoch: 267 0.963494 cross_bits=0.960887 objective=0.864227 new best, reshuffling Epoch: 268 0.963641 cross_bits=0.960715 objective=0.864399 new best Epoch: 269 0.963485 cross_bits=0.96065 objective=0.864464 new best Epoch: 270 0.963411 cross_bits=0.960588 objective=0.864526 new best # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 45282.5 sec, elapsed time= 45300.3 sec) # command:# Network initialization done # command:# Training Net with 50 estimation cycles. Epoch: 271 0.963326 cross_bits=0.960544 objective=0.86457 new best Epoch: 272 0.96328 cross_bits=0.960483 objective=0.864631 new best Epoch: 273 0.963212 cross_bits=0.960422 objective=0.864692 new best Epoch: 274 0.963143 cross_bits=0.960361 objective=0.864752 new best, reshuffling Epoch: 275 0.963213 cross_bits=0.960594 objective=0.86452 worse network accepted, reshuffling Epoch: 276 0.962784 cross_bits=0.961858 objective=0.863256 worse network accepted, reshuffling Epoch: 277 0.962538 cross_bits=0.963757 objective=0.86093 worse network rejected, reshuffling Epoch: 278 0.963555 cross_bits=0.960422 objective=0.864692 improvement accepted Epoch: 279 0.963048 cross_bits=0.960308 objective=0.864806 new best Epoch: 280 0.962957 cross_bits=0.960246 objective=0.864868 new best Epoch: 281 0.962887 cross_bits=0.960188 objective=0.864926 new best Epoch: 282 0.962819 cross_bits=0.96013 objective=0.864984 new best Epoch: 283 0.962752 cross_bits=0.960073 objective=0.865041 new best Epoch: 284 0.962685 cross_bits=0.960016 objective=0.865098 new best Epoch: 285 0.962619 cross_bits=0.959959 objective=0.865155 new best Epoch: 286 0.962552 cross_bits=0.959903 objective=0.865211 new best Epoch: 287 0.962486 cross_bits=0.959847 objective=0.865267 new best Epoch: 288 0.96242 cross_bits=0.959791 objective=0.865323 new best Epoch: 289 0.962355 cross_bits=0.959736 objective=0.865378 new best Epoch: 290 0.96229 cross_bits=0.959681 objective=0.865433 new best Epoch: 291 0.962225 cross_bits=0.959626 objective=0.865488 new best Epoch: 292 0.96216 cross_bits=0.959572 objective=0.865542 new best, reshuffling Epoch: 293 0.962405 cross_bits=0.959448 objective=0.865665 new best Epoch: 294 0.962312 cross_bits=0.959389 objective=0.865724 new best Epoch: 295 0.962244 cross_bits=0.959336 objective=0.865778 new best, reshuffling Epoch: 296 0.960745 cross_bits=0.960999 objective=0.861345 worse network rejected, reshuffling Epoch: 297 0.962078 cross_bits=0.959145 objective=0.865969 new best Epoch: 298 0.961946 cross_bits=0.95911 objective=0.866003 new best Epoch: 299 0.961883 cross_bits=0.959057 objective=0.866057 new best Epoch: 300 0.961819 cross_bits=0.959002 objective=0.866112 new best Epoch: 301 0.961756 cross_bits=0.958947 objective=0.866167 new best Epoch: 302 0.961693 cross_bits=0.958892 objective=0.866221 new best Epoch: 303 0.96163 cross_bits=0.958838 objective=0.866276 new best Epoch: 304 0.961568 cross_bits=0.958784 objective=0.866329 new best Epoch: 305 0.961506 cross_bits=0.958731 objective=0.866383 new best Epoch: 306 0.961444 cross_bits=0.958678 objective=0.866436 new best Epoch: 307 0.961382 cross_bits=0.958625 objective=0.866489 new best Epoch: 308 0.961321 cross_bits=0.958572 objective=0.866542 new best, reshuffling Epoch: 309 0.959811 cross_bits=0.960022 objective=0.85684 worse network rejected, reshuffling Epoch: 310 0.960819 cross_bits=0.958692 objective=0.86587 worse network accepted, reshuffling Epoch: 311 0.961267 cross_bits=0.958851 objective=0.865366 worse network accepted, reshuffling Epoch: 312 0.961259 cross_bits=0.958562 objective=0.866001 improvement accepted, reshuffling Epoch: 313 0.960434 cross_bits=0.958344 objective=0.866533 improvement accepted Epoch: 314 0.960423 cross_bits=0.958302 objective=0.866575 new best Epoch: 315 0.960378 cross_bits=0.958254 objective=0.866623 new best Epoch: 316 0.960325 cross_bits=0.958206 objective=0.866671 new best Epoch: 317 0.960271 cross_bits=0.958157 objective=0.866722 new best Epoch: 318 0.960217 cross_bits=0.958109 objective=0.866645 worse network accepted, reshuffling Epoch: 319 0.960611 cross_bits=0.958053 objective=0.866504 worse network accepted, reshuffling Epoch: 320 0.959115 cross_bits=0.960165 objective=0.835805 reset to old best (0.866722), reshuffling # Network initialization done # command:# ReportNeuralNet networks/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net ok. # Network initialization done # Neural network printed. # command:CPU_time= 53564.7 sec, elapsed time= 53585.4 sec) # command:# ReportNetQualityForTestTo quality-reports/yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.test ok. # command:# Testing net yeast-20pc-single-G-3-13-7-13-9-13-11-tr12-p-np-from-empty.net # Network initialization done # command:# ReportTrainByChain given with no output file. # command:# ReportQvsPhatTo given with no output file. # command:# ReportUnitUsageTo given with no output file. # command:CPU_time= 53656.2 sec, elapsed time= 53676.9 sec) # command: