T0642.t2k.100-30-stride-ebghtl

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1i2kA	269	5.03e-01		e.17.1.1
2i53A	258	5.69e-01		a.74.1.1
				a.74.1.1
1e3dB	542	5.95e-01	1h2rL	e.18.1.1
2frvB	536	7.36e-01	1h2rL	e.18.1.1
1jlvA	209	1.18e+00		a.45.1.1
				c.47.1.5
2fmyA	220	1.30e+00
1txvA	452	1.59e+00
2qmcA	377	1.60e+00
2vdrA	452	1.80e+00
1oltA	457	1.94e+00		c.1.28.2
1et0A	269	2.00e+00	1et0A	e.17.1.1
1dzlA	505	2.68e+00	1dzlA	b.121.6.1
2nqoA	376	2.81e+00		d.153.1.6
1h2aL	567	3.05e+00	1h2rL	e.18.1.1
1h2rL	534	3.48e+00	1h2rL	e.18.1.1
2acvA	463	3.55e+00		c.87.1.10
1nf1A	333	4.10e+00	1nf1A	a.116.1.2
1tw9A	206	4.41e+00		a.45.1.1
				c.47.1.5
1xeaA	323	4.59e+00		c.2.1.3
				d.81.1.5
3do7A	296	4.76e+00
2zuvA	759	4.90e+00
1ypxA	375	5.64e+00
1frvB	536	5.68e+00	1h2rL	e.18.1.1
1wuiL	534	5.76e+00		e.18.1.1
1ubkL	534	5.91e+00		e.18.1.1
3bevA	274	6.18e+00
2yzsA	315	6.75e+00
2kuaA	170	6.82e+00
3eh2A	766	7.36e+00
2o4vA	411	7.41e+00
3abaA	403	7.43e+00
2db0A	253	7.80e+00
2i5iA	263	8.56e+00		c.6.2.8
1pujA	282	8.96e+00		c.37.1.8
1ez4A	318	9.21e+00		c.2.1.5
				d.162.1.1
2ijmA	281	9.59e+00		d.144.1.7
1dcoA	104	9.87e+00	1dcpA	d.74.1.1
1gqiA	708	1.01e+01		c.1.8.10
				d.92.2.2
3bxjA	507	1.02e+01
1wozA	177	1.05e+01
2a8aA	439	1.06e+01
1xiwB	79	1.06e+01		b.1.1.4
2a97A	439	1.09e+01
1sgoA	139	1.11e+01		d.82.3.1
3kucB	81	1.19e+01
2px2A	269	1.21e+01
2p4dA	172	1.27e+01
3e5jA	403	1.28e+01
1t8hA	277	1.29e+01		d.194.1.2
3gy9A	150	1.32e+01
3gthA	337	1.41e+01
1pg4A	652	1.42e+01		e.23.1.1
1ru0A	105	1.44e+01		d.74.1.1
2rfvA	398	1.46e+01
2pm7A	399	1.47e+01
2wk6A	482	1.48e+01
1y4iA	398	1.52e+01		c.67.1.3
3h3xQ	549	1.53e+01
2e56A	144	1.55e+01
1iknA	286	1.62e+01	1a3qA	b.1.18.1
				b.2.5.3
3gtxA	339	1.67e+01
2z4tA	514	1.77e+01
1qvtA	194	1.78e+01		a.4.1.9
				a.121.1.1
1tit	98	1.80e+01	1tit
2jesA	503	1.82e+01
1guaB	81	1.84e+01	1c1yB	d.15.1.5
2qklA	127	1.86e+01
3btiA	188	1.89e+01		a.4.1.9
				a.121.1.1
1jt6A	188	1.89e+01		a.4.1.9
				a.121.1.1
1qupA	222	1.94e+01	1qupA	b.1.8.1
				d.58.17.1
3fdhA	499	1.99e+01
3ilhA	146	2.12e+01
1ah7	245	2.13e+01	1ah7
1ah7A	245	2.13e+01		a.124.1.1
3gtfA	337	2.15e+01
3dclA	284	2.16e+01
3gtiA	337	2.17e+01
1u55A	188	2.18e+01		d.278.1.1
2phjA	251	2.19e+01
3gmeA	549	2.22e+01
3g87A	394	2.23e+01
1p49A	562	2.37e+01		c.76.1.2
1yviA	149	2.38e+01		a.24.10.2
1aym1	285	2.40e+01	1aym1
2igvA	173	2.41e+01		b.62.1.1
2q4fA	149	2.42e+01		a.24.10.2
2x2dB	165	2.42e+01
1edg	380	2.46e+01	1edg
1edgA	380	2.46e+01		c.1.8.3

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
3ir4A	218	2.47e+01
2b69A	343	2.47e+01		c.2.1.2
3kudB	81	2.48e+01
3ipqA	283	2.51e+01
1tu7A	208	2.53e+01		a.45.1.1
				c.47.1.5
1mp8A	281	2.55e+01		d.144.1.7
3dnhA	258	2.56e+01
2x10A	545	2.60e+01
1yndA	165	2.62e+01		b.62.1.1
3ksyA	1049	2.69e+01
2oerA	214	2.70e+01
2bemA	170	2.70e+01		b.1.18.2
2zc1A	333	2.72e+01
3md7A	293	2.72e+01
1vppV	102	2.77e+01	1vpfA	g.17.1.1
3cc6A	281	2.80e+01
3k1qI	639	2.89e+01
3cdjA	559	2.95e+01
1a22B	238	3.03e+01	1axiB	b.1.2.1
				b.1.2.1
3lahA	188	3.10e+01
2w5yA	192	3.14e+01
3gu2A	336	3.15e+01
1nfiA	301	3.22e+01	1a3qA	b.1.18.1
				b.2.5.3
2es4D	332	3.22e+01		a.137.15.1
1vkxA	273	3.24e+01	1a3qA	b.1.18.1
				b.2.5.3
2qugA	394	3.27e+01
2wqkA	251	3.29e+01
3exaA	322	3.33e+01
1rh2F	165	3.34e+01	1rh2F	a.26.1.3
1awqA	164	3.35e+01	2cpl	b.62.1.1
2gwdA	449	3.36e+01
1b26A	416	3.43e+01	1hwyA	c.2.1.7
				c.58.1.1
2raaA	204	3.46e+01
1ydxA	406	3.54e+01		d.287.1.2
				d.287.1.2
3k0mA	165	3.55e+01
1ldnA	316	3.62e+01	1hyhA	c.2.1.5
				d.162.1.1
3br2A	194	3.65e+01
1uouA	474	3.66e+01		a.46.2.1
				c.27.1.1
				d.41.3.1
3pga1	337	3.68e+01	4pgaA
1sb2A	133	3.71e+01		d.169.1.1
1waaA	93	3.73e+01
1c1yB	77	3.75e+01	1c1yB	d.15.1.5
1awsA	164	3.76e+01	2cpl	b.62.1.1
3hf2A	482	3.76e+01
3canA	182	3.85e+01
3gu1A	337	3.88e+01
3dliA	240	3.88e+01
1amuA	563	3.90e+01	1amuA	e.23.1.1

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.