T0621.t2k.100-30-stride-ebghtl

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
2ox7A	155	1.86e+00		b.172.1.1
2vw2A	697	3.05e+00
2jkbA	686	3.06e+00
1d3yA	301	3.07e+00	1d3yA	e.12.1.1
3hhsB	684	3.30e+00
1han	297	4.44e+00	1han
2h62C	129	4.56e+00		g.7.1.3
2prdA	174	4.63e+00		b.40.5.1
1lkdA	297	4.99e+00		d.32.1.3
				d.32.1.3
1dykA	394	5.04e+00	1dykA	b.29.1.4
				b.29.1.4
1rewC	135	6.91e+00		g.7.1.3
1i0rA	169	7.21e+00	1i0rA	b.45.1.2
3d60A	314	7.48e+00
3cu9A	314	7.56e+00
3d61A	314	7.64e+00
2nnrA	110	7.64e+00		b.1.26.1
2ecuA	149	8.16e+00
1v9kA	228	8.24e+00		d.265.1.3
1xpiA	231	8.31e+00
2htaA	309	8.32e+00
1spiA	358	8.32e+00	1frpA	e.7.1.1
2pr5A	132	8.79e+00
1kyaA	499	8.99e+00		b.6.1.3
				b.6.1.3
				b.6.1.3
1h4gA	207	9.02e+00		b.29.1.11
1yt5A	258	9.20e+00
1rh1A	511	9.53e+00		b.110.1.1
				f.1.1.1
3gyrA	612	9.78e+00
3ebtA	132	9.98e+00		d.17.4.9
2axoA	270	1.01e+01		c.47.1.19
1ah1	129	1.09e+01	1ah1
2h7wA	131	1.09e+01		b.1.26.1
1olmA	403	1.11e+01		a.5.3.1
				b.132.1.1
				c.13.1.1
1mzyA	333	1.11e+01		b.6.1.3
				b.6.1.3
1wl7A	312	1.12e+01		b.67.2.1
1kopA	223	1.12e+01	2cba	b.74.1.1
1xj4A	119	1.14e+01		d.110.3.2
3divA	499	1.18e+01
2vv6A	119	1.20e+01
2h62A	114	1.27e+01		g.17.1.2
1vyfA	135	1.28e+01		b.60.1.2
1cid	177	1.30e+01	1cid
1cidA	177	1.30e+01		b.1.1.1
				b.1.1.3
1kjlA	146	1.31e+01		b.29.1.3
2h5uA	499	1.33e+01
3hqfA	181	1.36e+01
3mjqA	126	1.39e+01
2x44D	131	1.40e+01
2nn8A	138	1.52e+01		b.29.1.3
3m2lA	294	1.53e+01
1v10A	521	1.54e+01		b.6.1.3
				b.6.1.3
				b.6.1.3
3m4dA	293	1.56e+01
1an7A	136	1.63e+01	1seiA	d.140.1.1
2w47A	144	1.64e+01
2cfmA	561	1.66e+01
2k46A	190	1.66e+01
1a3k	137	1.66e+01	1a3k
1lswA	131	1.73e+01		d.110.3.2
3fpxA	499	1.76e+01
2w1wA	146	1.79e+01
2qt6A	498	1.82e+01
1y7wA	291	1.84e+01
2hrgA	496	1.88e+01
3kptA	355	1.90e+01
3eesA	153	1.94e+01
3f9sA	146	1.98e+01
1drmA	131	2.00e+01	1drmA	d.110.3.2
1itwA	741	2.00e+01		c.77.1.2
2q5wE	149	2.01e+01
2achA	360	2.02e+01	1c8oA	e.1.1.1
2wdxA	523	2.10e+01
1r6vA	671	2.12e+01		c.41.1.1
1d2iA	223	2.16e+01	1d2iA	c.52.1.5
1dfmA	223	2.17e+01	1d2iA	c.52.1.5
3c8cA	240	2.28e+01
1t5eA	360	2.34e+01		f.46.1.1
2e8yA	718	2.35e+01
3ff0A	163	2.39e+01
3dj1A	124	2.40e+01
2f2aB	483	2.42e+01		a.182.1.2
				d.128.1.5
3i4qA	176	2.45e+01
1x88A	359	2.52e+01		c.37.1.9
1fvuA	133	2.54e+01	1ixxB	d.169.1.1
1j5pA	253	2.55e+01		c.2.1.3
				d.81.1.3
1i8lC	126	2.55e+01	1ah1	b.1.1.1
3d5yA	314	2.56e+01
1kkhA	317	2.56e+01		d.14.1.5
				d.58.26.3

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
3kd8A	399	2.57e+01
2w5nA	367	2.58e+01
1q0bA	367	2.59e+01		c.37.1.9
1iuqA	367	2.62e+01		c.112.1.1
2vveA	254	2.67e+01
3gc3A	385	2.69e+01
3f8yA	187	2.74e+01
1xqbA	247	2.75e+01		e.56.1.1
2b3gA	123	2.80e+01		b.40.4.3
3m3rA	293	2.81e+01
3cerA	343	2.90e+01
2vvdA	177	2.90e+01
1mh0A	287	2.91e+01		b.47.1.2
2zs6B	420	3.05e+01
1ew0A	130	3.06e+01	1drmA	d.110.3.2
3d80A	186	3.07e+01
2vbuA	136	3.10e+01		b.43.5.2
2fx7H	228	3.17e+01		b.1.1.1
				b.1.1.2
2e56A	144	3.17e+01
2ccvA	101	3.17e+01		b.154.1.1
3fq3A	197	3.20e+01
1qbeA	132	3.21e+01	1qbeA	d.85.1.1
2bgzA	299	3.25e+01
2zuxA	591	3.26e+01
1gskA	513	3.30e+01		b.6.1.3
				b.6.1.3
				b.6.1.3
2qv7A	337	3.33e+01		e.52.1.2
1kiuB	279	3.34e+01		b.2.3.2
				b.2.3.2
1bxwA	172	3.37e+01	1bxwA	f.4.1.1
3bx7C	124	3.37e+01
1twlA	186	3.40e+01		b.40.5.1
3k86A	185	3.40e+01
2z8rA	591	3.41e+01
1ln1A	214	3.43e+01		d.129.3.2
1d2oA	187	3.53e+01	1d2oA	b.3.5.1
				b.3.5.1
3ebyA	163	3.57e+01		d.17.4.4
2aqqA	164	3.60e+01
1ltlA	279	3.64e+01		b.40.4.11
3g7mA	151	3.70e+01
3hbkA	245	3.71e+01
1k30A	368	3.75e+01		c.112.1.1
1dunA	134	3.76e+01		b.85.4.1
1gydB	315	3.82e+01		b.67.2.1
1na6A	404	3.86e+01		b.142.1.1
				c.52.1.22
1nciA	110	3.88e+01	1edhA	b.1.6.1
3f8zA	187	3.94e+01

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.