T0408.template-lib

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
2q0tA	259	1.033e-13
1vkeA	118	1.563e-13		a.152.1.2
3beyA	90	7.731e-11
2qeuA	133	3.621e-09
1p8cA	112	5.670e-09		a.152.1.2
1gu9A	173	7.588e-08		a.152.1.1
2ouwA	136	2.605e-05
1lw1A	176	8.060e-05		a.152.1.1
2prrA	191	1.902e-02
2cvlA	125	4.493e-01		d.79.1.1
1pzlA	228	4.846e-01		a.123.1.1
1qu9A	128	5.390e-01	1qu9A	d.79.1.1
2j7yA	227	5.763e-01		a.123.1.1
1a28A	252	6.132e-01	1a28A	a.123.1.1
1lliA	90	7.851e-01	1lmb3	a.35.1.2
1dkfA	218	7.964e-01	3erdA	a.123.1.1
2pfxA	192	8.114e-01
2uykA	128	8.117e-01
1ymtA	236	8.136e-01
1xiuA	222	9.822e-01
1pk5A	243	1.085e+00		a.123.1.1
1vccA	78	1.237e+00		d.121.1.1
2ax9A	239	1.275e+00		a.123.1.1
2ax8A	239	1.459e+00
2gmyA	148	1.618e+00		a.152.1.3
1lv2A	226	1.638e+00		a.123.1.1
2ijcA	144	1.650e+00		a.152.1.3
1yucA	241	1.689e+00
2ax6A	243	1.730e+00		a.123.1.1
2oieA	103	1.842e+00		a.204.1.2
2b33A	128	1.926e+00		d.79.1.1
1sqnA	249	2.073e+00		a.123.1.1
1l2iA	235	2.095e+00		a.123.1.1
2otmA	153	2.161e+00
1g5yA	229	2.187e+00	1lbd	a.123.1.1
1sr7A	250	2.241e+00		a.123.1.1
1x25A	127	2.247e+00		d.79.1.1
3ertA	247	2.406e+00	3erdA	a.123.1.1
1br2A	674	2.409e+00	1lvk	b.34.3.1
				c.37.1.9
2gpuA	223	2.425e+00		a.123.1.1
2q2kA	46	2.478e+00
2p1tA	212	2.519e+00
1qahA	133	2.527e+00		d.79.1.1
1s9pA	216	2.537e+00		a.123.1.1
2o4dA	145	2.542e+00		a.152.1.3
2aaxA	262	2.556e+00
1ie9A	256	2.844e+00	1db1A	a.123.1.1
1lmb3	88	2.890e+00	1lmb3
3erdA	246	3.100e+00	3erdA	a.123.1.1
1mvwA	841	3.103e+00		i.15.1.1
2oyoA	187	3.132e+00
3c1lA	183	3.251e+00
1lkxA	651	3.322e+00		c.37.1.9
2h79A	268	3.559e+00
1lvk	744	3.668e+00	1lvk
1d0yA	742	3.711e+00	1lvk	b.34.3.1
				c.37.1.9
1fcyA	237	3.746e+00	2lbd	a.123.1.1
2e2rA	228	4.081e+00
2croA	66	4.155e+00		a.35.1.2
1lbd	239	4.291e+00	1lbd
1oshA	217	4.389e+00		a.123.1.1
1w9iA	703	4.404e+00
1hg4A	241	4.438e+00	1lbd	a.123.1.1
1dqyA	284	4.818e+00	1dqyA	c.69.1.3
1jd1A	127	5.002e+00	1qu9A	d.79.1.1
1vmgA	84	5.082e+00		a.204.1.2
1upvA	233	5.182e+00		a.123.1.1
1y7yA	70	5.232e+00		a.35.1.3
1a73A	163	5.303e+00	1a73A	d.4.1.3
1evxA	163	5.303e+00	1a73A	d.4.1.3
1db1A	251	5.330e+00	1db1A	a.123.1.1
1qd9A	125	5.342e+00	1qu9A	d.79.1.1
1g2nA	247	5.368e+00	1lbd	a.123.1.1
1dqzA	281	5.661e+00	1dqyA	c.69.1.3
1dlyA	122	5.672e+00	1dlyA	a.1.1.1
2b5aA	78	5.680e+00		a.35.1.3
1xpcA	246	5.916e+00		a.123.1.1
1k4wA	245	5.934e+00		a.123.1.1
2bkhA	788	6.084e+00
1w7jA	753	6.103e+00		b.34.3.1
				c.37.1.9
1n46A	249	6.135e+00		a.123.1.1
1vcc	78	6.229e+00	1vcc
1qkmA	231	6.231e+00	3erdA	a.123.1.1
2fb6A	117	6.309e+00
1oniA	137	6.491e+00		d.79.1.1
2aclB	243	6.723e+00
451cA	83	6.872e+00		a.3.1.1
1zgyA	273	6.941e+00		a.123.1.1
1r69	64	7.140e+00	1r69
1utxA	67	7.334e+00		a.35.1.3
1nq7A	245	7.353e+00		a.123.1.1
2lbd	239	7.430e+00	2lbd
1r69A	64	7.446e+00		a.35.1.2
1fxxA	460	7.633e+00	1fxxA	c.55.3.5
1ve2A	223	7.870e+00		c.90.1.1
1t7rA	251	8.244e+00		a.123.1.1
1adrA	77	8.313e+00		a.35.1.2

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1zk7A	468	8.594e+00
1h99A	221	8.629e+00		a.142.1.1
				a.142.1.1
2gwxA	266	8.744e+00	2prgA	a.123.1.1
2ef8A	85	8.791e+00
2v26A	748	9.664e+00
2prgA	272	9.715e+00	2prgA	a.123.1.1
2akaA	765	9.920e+00
2q4pA	114	9.922e+00
1cuk	191	1.009e+01	1hjp
1pq9A	233	1.015e+01		a.123.1.1
2zgyA	321	1.023e+01
1i7gA	260	1.032e+01		a.123.1.1
2r1jL	67	1.038e+01
2cro	66	1.075e+01	1r69
1a52A	240	1.136e+01	3erdA	a.123.1.1
2fhzB	94	1.136e+01		d.243.1.2
1z8yI	32	1.202e+01
1xdiA	460	1.220e+01		c.3.1.5
				d.87.1.1
1ynrA	81	1.226e+01		a.3.1.1
3bs3A	63	1.249e+01
1kqfB	290	1.256e+01		d.58.1.5
				f.23.22.1
2yyuA	226	1.261e+01
1vin	253	1.275e+01	1vin
1nrlA	279	1.295e+01		a.123.1.1
2p54A	268	1.323e+01		a.123.1.1
1l2uA	225	1.370e+01		c.1.2.3
1n83A	252	1.388e+01		a.123.1.1
2nzzA	38	1.448e+01
1gesA	449	1.539e+01	3grs	c.3.1.5
				c.3.1.5
				d.87.1.1
1dlwA	117	1.555e+01	1dlyA	a.1.1.1
2eq6A	461	1.619e+01
2gkmA	128	1.624e+01
1zmdA	473	1.649e+01
1b0nA	104	1.650e+01	1b0nA	a.34.1.1
				a.35.1.3
3bhdA	212	1.722e+01
1zxkA	97	1.729e+01
1eyoA	31	1.806e+01		g.3.6.1
2q73A	91	1.815e+01
1g2yA	32	1.822e+01		a.34.2.1
1ejbA	169	1.956e+01	1rvv1	c.16.1.1
2oltA	215	1.991e+01
2qm8A	321	1.997e+01
2v6vA	136	2.022e+01
2fi0A	80	2.076e+01		a.248.1.1
3bpuA	87	2.113e+01
2a6cA	77	2.185e+01		a.35.1.13
1tp5A	116	2.230e+01		b.36.1.1
2v0vA	182	2.266e+01
1prgA	271	2.363e+01	2prgA	a.123.1.1
1hqkA	155	2.458e+01		c.16.1.1
1lp9E	195	2.468e+01		b.1.1.1
				b.1.1.2
2a8kA	95	2.475e+01		d.243.1.2
1zvnA	100	2.772e+01
1pf5A	131	2.788e+01		d.79.1.1
2qrwA	127	2.789e+01
2yquA	456	2.795e+01
1idrA	128	2.796e+01	1dlyA	a.1.1.1
2f31A	229	2.821e+01
1cbfA	240	2.826e+01		c.90.1.1
3ladA	473	2.859e+01	1lvl	c.3.1.5
				c.3.1.5
				d.87.1.1
1y9qA	179	2.868e+01		a.35.1.8
				b.82.1.15
1focA	129	2.958e+01	1c52	a.3.1.1
1n00A	319	3.072e+01		a.65.1.1
2eaqA	90	3.087e+01
1pjqA	449	3.095e+01		c.2.1.11
				c.90.1.1
				e.37.1.1
1nciA	103	3.116e+01	1edhA	b.1.6.1
3grs	462	3.132e+01	3grs
1c52	132	3.153e+01	1c52
2r2dA	277	3.193e+01
1ywlA	97	3.258e+01
2omzB	105	3.315e+01
1ebdA	456	3.397e+01	1lvl	c.3.1.5
				c.3.1.5
				d.87.1.1
1kz1A	151	3.409e+01		c.16.1.1
2he2A	103	3.411e+01
1obpA	159	3.417e+01	1obpA	b.60.1.1
1rrmA	386	3.460e+01		e.22.1.2
1mfgA	96	3.470e+01		b.36.1.1
1zowA	313	3.505e+01
1bj7A	151	3.571e+01		b.60.1.1
1lvlA	459	3.602e+01		c.3.1.5
				c.3.1.5
				d.87.1.1
1oj7A	391	3.605e+01		e.22.1.2
2bnxA	338	3.620e+01		a.118.1.23
1wf7A	104	3.622e+01		b.36.1.1
1zg2A	95	3.800e+01

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1uirA	310	3.808e+01		c.66.1.17
2ozfA	93	3.830e+01
1rvv1	155	3.836e+01	1rvv1
2dkzA	85	3.909e+01
1b8qA	128	3.912e+01	1qauA	b.36.1.1
2vjqA	428	3.922e+01
2j9wA	102	3.970e+01
2o07A	275	3.977e+01		c.66.1.17
1z1zA	130	3.981e+01		d.323.1.1

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.