T0412.t2k.w0.5

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1yspA	181	1.83e-31
1mkmA	249	1.98e-30		a.4.5.33
				d.110.2.2
2o99A	182	2.76e-27		d.110.2.2
1td5A	202	2.81e-27		d.110.2.2
1tf1A	198	3.62e-26		d.110.2.2
1ysqA	193	1.02e-24
2ia2A	265	2.11e-24
2g7uA	257	2.18e-23
2o0yA	260	1.03e-20
3bjnA	165	2.99e-20
1y3hA	307	6.38e-01
1u0tA	307	6.38e-01		e.52.1.1
2pjhB	193	8.96e-01
1vmkA	277	1.10e+00		c.56.2.1
2ciwA	299	2.06e+00		a.39.3.1
				a.39.3.1
1e32A	458	2.51e+00	1e32A	b.52.2.3
				c.37.1.20
				d.31.1.1
1j49A	333	2.63e+00		c.2.1.4
				c.23.12.1
1j4aA	333	2.65e+00		c.2.1.4
				c.23.12.1
1yt3A	375	3.39e+00		a.60.8.3
				a.60.8.3
				c.55.3.5
2v5hA	321	3.48e+00
2fx0A	201	4.23e+00		a.4.1.9
				a.121.1.1
2dgyA	111	4.34e+00
1mg7A	417	4.60e+00		d.14.1.6
				d.58.26.6
2jj7A	186	4.75e+00
1mqeA	207	5.27e+00		d.113.1.1
2zc8A	369	5.33e+00
1xxfC	142	6.09e+00		b.16.1.1
1izmA	184	6.11e+00		a.199.1.1
1r7rA	816	6.16e+00		b.52.2.3
				c.37.1.20
				c.37.1.20
				d.31.1.1
3cf2A	806	6.20e+00
2abyA	146	6.24e+00
1i78A	297	6.36e+00		f.4.4.1
2pa8L	92	6.72e+00
1a8pA	258	8.23e+00		b.43.4.2
				c.25.1.1
1vr4A	103	8.45e+00		d.230.5.1
1xxdC	142	8.50e+00		b.16.1.1
1xx9C	142	8.69e+00		b.16.1.1
2gtcA	111	8.92e+00
1id0A	152	1.05e+01		d.122.1.3
1zwmA	177	1.18e+01
1e2tA	284	1.22e+01	1e2tA	d.3.1.5
1wdwB	385	1.24e+01		c.79.1.1
1v8zA	388	1.26e+01		c.79.1.1
1wubA	178	1.27e+01		b.61.6.1
1fyaA	193	1.32e+01	1derA	c.8.5.1
1gc1L	213	1.33e+01	8fabA	b.1.1.1
				b.1.1.2
1g9mL	214	1.33e+01	32c2A	b.1.1.1
				b.1.1.2
2mysB	166	1.34e+01	1wdcB	a.39.1.5
1dvwA	18	1.35e+01		j.109.1.1
2p90A	319	1.36e+01
1x42A	232	1.40e+01		c.108.1.1
2i8lA	156	1.43e+01
2e85A	159	1.44e+01
2ny1C	214	1.45e+01		b.1.1.1
				b.1.1.2
1mxgA	435	1.46e+01		b.71.1.1
				c.1.8.1
2edzA	114	1.46e+01
1v5iB	76	1.59e+01
1uz5A	402	1.60e+01		b.85.6.1
				b.103.1.1
				c.57.1.2
1gl8A	104	1.61e+01		c.47.1.1
2r6uA	148	1.61e+01
2pukC	106	1.62e+01
1fb6A	105	1.63e+01	1thx	c.47.1.1
1itpA	77	1.69e+01		d.58.3.2
2qk1A	249	1.73e+01
1svdM	110	1.80e+01		d.73.1.1
1yt5A	258	1.82e+01
2bmxA	195	1.88e+01		c.47.1.10
2qmoA	220	1.92e+01
1n47A	233	1.94e+01		b.29.1.1
1sq5A	308	2.00e+01		c.37.1.6
2d9aA	60	2.01e+01
1esmA	316	2.02e+01	1esmA	c.37.1.6
2ra4A	76	2.05e+01
1wu7A	434	2.16e+01		c.51.1.1
				d.104.1.1
2a6hA	315	2.22e+01		d.74.3.1
				d.181.1.1
1nktA	922	2.22e+01		a.162.1.1
				a.172.1.1
				c.37.1.19

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
				c.37.1.19
2opaA	61	2.24e+01
1sluA	142	2.28e+01	1sluA	b.16.1.1
2omeA	336	2.29e+01
2d0iA	333	2.30e+01
2qkwB	321	2.33e+01
1poiA	317	2.37e+01	1poiA	c.124.1.2
2ap2A	115	2.41e+01	8fabA	b.1.1.1
2qxyA	142	2.41e+01
1tx2A	297	2.45e+01		c.1.21.1
1roeA	97	2.46e+01		d.15.4.1
2f6qA	280	2.47e+01		c.14.1.3
2i5uA	83	2.53e+01
1wfxA	186	2.57e+01		d.166.1.5
2dfaA	250	2.70e+01		c.6.2.5
1ug1A	92	2.73e+01		b.34.2.1
1dceB	331	2.74e+01	1dceB	a.102.4.3
1fpsA	348	2.83e+01		a.128.1.1
1v5dA	386	2.84e+01		a.102.1.2
1ubxA	367	2.96e+01		a.128.1.1
1oelA	547	3.00e+01	1derA	a.129.1.1
				c.8.5.1
				d.56.1.1
1grlA	548	3.00e+01		a.129.1.1
				c.8.5.1
				d.56.1.1
2gbsA	145	3.02e+01		b.122.1.8
2rfoA	651	3.02e+01
2qx5A	661	3.05e+01
2av5A	120	3.07e+01
1ubyA	367	3.08e+01		a.128.1.1
4rubS	123	3.12e+01	1rboC	d.73.1.1
1vbiA	344	3.16e+01
1frgL	217	3.18e+01	8fabA	b.1.1.1
				b.1.1.2
2f8yA	223	3.24e+01
1ap2A	113	3.24e+01	8fabA	b.1.1.1
1mvuA	114	3.31e+01		b.1.1.1
2pceA	386	3.46e+01
2f8xK	256	3.47e+01
2hhiA	204	3.49e+01
3rubS	123	3.51e+01	1rboC	d.73.1.1
1k7jA	206	3.52e+01		d.115.1.1
1fmjA	351	3.63e+01		c.37.1.5
2aexA	346	3.67e+01
1zg2A	107	3.76e+01
2qdxA	257	3.77e+01
2dgdA	223	3.77e+01
2ns7A	208	3.81e+01
2q02A	272	3.87e+01
1iurA	88	3.89e+01		a.2.3.1

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.