T0514.t2k.100-30-stride-ebghtl

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
2ny1B	184	1.27e-01		b.1.1.1
				b.1.1.3
1dlcA	584	1.78e-01		b.18.1.3
				b.77.2.1
				f.1.3.1
3cbnA	151	2.56e-01
1cdy	178	6.49e-01	1cdy
1um5H	217	3.82e+00		b.1.1.1
				b.1.1.2
2rmpA	361	4.21e+00	2rmpA	b.50.1.2
1rloA	271	4.57e+00		c.108.1.10
1rlmA	271	5.33e+00		c.108.1.10
2f4wA	187	5.62e+00		d.20.1.1
2hzqA	174	5.82e+00
1iwmA	186	5.83e+00		b.125.1.2
1d2eA	397	5.91e+00	1efcA	b.43.3.1
				b.44.1.1
				c.37.1.8
1yudA	170	6.05e+00		b.82.1.16
2aqjA	538	6.37e+00
2hf2A	283	6.66e+00
1pzdA	322	7.17e+00		b.1.10.3
				d.105.1.2
1c5cH	215	7.97e+00	1igtB	b.1.1.1
				b.1.1.2
2re7A	134	8.24e+00
2uxyA	341	8.36e+00
1xtmA	175	8.86e+00
2ifsA	169	8.96e+00
1qfjA	232	9.00e+00	1qfjA	b.43.4.2
				c.25.1.1
2i24N	121	9.03e+00
1b88A	114	9.17e+00	1tcrA	b.1.1.1
1ub9A	100	9.60e+00		a.4.5.28
2obtA	327	1.03e+01
2e27L	119	1.07e+01
1uj6A	227	1.12e+01		c.124.1.4
				d.58.40.1
2dyuA	334	1.19e+01
2z00A	426	1.22e+01
1x3cA	73	1.25e+01		g.37.1.1
1v0aA	178	1.30e+01		b.18.1.30
1kb5A	115	1.31e+01	1tvdA	b.1.1.1
1rypH	205	1.33e+01		d.153.1.4
2j5uA	255	1.36e+01
1w6tA	444	1.37e+01		c.1.11.1
				d.54.1.1
1led	243	1.41e+01	1led
1ledA	243	1.41e+01		b.29.1.1
3c0fB	91	1.45e+01
1ifrA	121	1.49e+01		b.1.16.1
1xtlA	175	1.50e+01
3cnqP	80	1.50e+01
1dt9A	437	1.55e+01	1dt9A	c.55.4.2
				d.79.3.2
				d.91.1.1
2i5fA	109	1.56e+01
1ywhA	313	1.64e+01
1mkeA	152	1.66e+01		b.55.1.4
1usrA	454	1.68e+01		b.68.1.1
2ntiA	249	1.68e+01
2r0hA	164	1.68e+01
2j59M	168	1.80e+01
1vih	71	1.98e+01	1vih
1namB	113	2.01e+01		b.1.1.1
1lxjA	104	2.01e+01		d.58.48.1
1y8xA	160	2.02e+01		d.20.1.1
3cswA	285	2.03e+01
1ru0A	105	2.13e+01		d.74.1.1
1jj2A	239	2.15e+01	1rl2A	b.34.5.3
				b.40.4.5
1ogiA	303	2.29e+01		b.43.4.2
				c.25.1.1
2qklA	127	2.31e+01
2cfxA	144	2.32e+01		a.4.5.32
				d.58.4.2
1qftA	175	2.33e+01	1qftA	b.60.1.1
2aukA	190	2.35e+01
1uzxA	169	2.36e+01		d.20.1.2
1go2A	304	2.37e+01		b.43.4.2
				c.25.1.1
1r4xA	275	2.38e+01		b.1.10.3
				d.105.1.2
2bmwA	304	2.46e+01		b.43.4.2
				c.25.1.1
1fx5A	242	2.49e+01	1led	b.29.1.1
2ix2A	249	2.49e+01
1ft9A	222	2.50e+01	1ft9A	a.4.5.4
				b.82.3.1
1pj5A	830	2.51e+01		b.44.2.1
				c.3.1.2
				d.16.1.5
				d.250.1.1
1yh2A	175	2.60e+01		d.20.1.1
3c99A	432	2.64e+01
2yzqA	282	2.65e+01
1eysH	259	2.67e+01	6prcH	b.41.1.1
				f.23.10.1
2o8mA	200	2.72e+01
1ex2A	189	2.72e+01	1ex2A	c.51.4.2

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1gvhA	396	2.73e+01		a.1.1.2
				b.43.4.2
				c.25.1.5
2iw0A	254	2.75e+01		c.6.2.3
1o75A	415	2.75e+01		b.1.20.1
				b.1.20.1
				b.120.1.1
1zvhA	134	2.80e+01
1hqlA	257	2.80e+01		b.29.1.1
1exg	110	2.82e+01	1exg
1vjqA	79	2.84e+01		k.43.1.1
1fltX	95	2.85e+01	1fltX	b.1.1.4
1vkyA	347	2.89e+01		e.53.1.1
1u0qA	125	2.90e+01
1kgyA	181	2.91e+01		b.18.1.4
1tf6A	190	2.91e+01	1tf6A	g.37.1.1
				g.37.1.1
				g.37.1.1
				g.37.1.1
				g.37.1.1
				g.37.1.1
1qh0A	295	2.94e+01		b.43.4.2
				c.25.1.1
1e8tA	454	2.99e+01	1e8tA	b.68.1.1
2a13A	166	3.09e+01		b.60.1.8
2qh0A	138	3.18e+01
2a8jA	420	3.18e+01
2axwA	134	3.31e+01
1q2lA	939	3.36e+01		d.185.1.1
				d.185.1.1
				d.185.1.1
				d.185.1.1
1oi0A	124	3.41e+01		c.97.3.1
1pzsA	208	3.42e+01		b.1.8.1
1w34A	304	3.49e+01		b.43.4.2
				c.25.1.1
1mdaH	368	3.51e+01	2bbkH	b.69.2.1
1a34A	159	3.52e+01	1a34A	b.121.7.1
1y0yA	353	3.54e+01		b.49.3.1
				c.56.5.4
1egxA	115	3.58e+01	1evhA	b.55.1.4
2g47A	990	3.61e+01
1hl9A	449	3.62e+01		b.71.1.3
				c.1.8.11
2v3mA	131	3.62e+01
2bsaA	303	3.73e+01		b.43.4.2
				c.25.1.1
2fymA	431	3.74e+01		c.1.11.1
				d.54.1.1
1k0hA	117	3.85e+01		b.106.1.2
1n0xH	230	3.90e+01		b.1.1.1
				b.1.1.2
1fo0B	112	4.00e+01	1kb5B	b.1.1.1

Please cite the following papers:

Karplus, K. and Karchin, R. and Barrett, C. and Tu, S. and Cline, M. and Diekhans, M. and Grate, L. and Casper, J. and Hughey, R. ``What is the value added by human intervention in protein structure prediction?'' Proteins: Structure Function and Genetics 45(S5):86-91,2001
Karplus, K. and Karchin, R. and Draper, J. and Casper, J. and Mandel-Gutfreund, Y. and Diekhans, M. and Hughey, R. ``Combining local-structure, fold-recognition, and new-fold methods for protein structure prediction'' Proteins: Structure Function and Genetics53(S6):491-496,15 Oct 2003
Rachel Karchin, Melissa Cline, Yael Mandel-Gutfreund, and Kevin Karplus. ``Hidden Markov models that use predicted local structure for fold recognition: alphabets of backbone geometry.'' Proteins: Structure, Function, and Genetics, 51(4):504--514, June 2003.