T0507.template-lib

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
1cozA	127	2.265e-14	1cozA	c.26.1.2
1f9aA	165	9.971e-12	1f9aA	c.26.1.3
1qjcA	158	1.137e-09	1b6tA	c.26.1.3
1od6A	156	6.624e-09		c.26.1.3
1ej2A	168	9.106e-09	1f9aA	c.26.1.3
1hybA	162	1.635e-08	1f9aA	c.26.1.3
1mrzA	267	8.963e-08		b.43.5.1
				c.26.1.3
1m8jA	168	5.834e-07		c.26.1.3
1tfuA	158	1.505e-06		c.26.1.3
1lw7A	345	5.226e-05		c.26.1.3
				c.37.1.1
1k4mA	214	1.063e-04		c.26.1.3
1b6tA	158	1.266e-04	1b6tA	c.26.1.3
2h29A	189	1.549e-04
1yumA	213	5.500e-04
1kamA	181	2.781e-03		c.26.1.3
1nuuA	214	1.706e-02		c.26.1.3
1edtA	266	2.607e-02		c.1.8.5
1kkuA	217	8.621e-02		c.26.1.3
2qjtA	341	1.910e-01
1kqnA	233	3.123e-01		c.26.1.3
2qjoA	333	3.141e-01
1ihoA	283	4.485e-01	1ihoA	c.26.1.4
1v8fA	277	7.943e-01		c.26.1.4
1n2eA	289	1.016e+00		c.26.1.4
2a84A	278	1.061e+00		c.26.1.4
3kinB	118	1.191e+00	3kinB
1auvA	293	1.302e+00	1auvA	c.30.1.5
				d.142.1.3
1c93A	266	2.119e+00	2ebn	c.1.8.5
1l9xA	289	2.339e+00		c.23.16.1
2c5aA	364	2.874e+00		c.2.1.2
2yy7A	313	2.885e+00
1z7bA	335	3.147e+00		c.2.1.2
1i27A	74	3.664e+00	1i27A	a.4.5.30
1s4cA	151	4.826e+00		b.82.2.7
2eq7C	38	5.432e+00
1eq2A	274	5.705e+00	1eq2A	c.2.1.2
1bsvA	318	6.281e+00	1bsvA	c.2.1.2
2hi1A	326	6.363e+00
1e6uA	316	6.517e+00	1bsvA	c.2.1.2
2c7yA	392	6.716e+00
2q1sA	337	6.795e+00
2oarA	126	7.046e+00		f.16.1.1
1v86A	96	7.103e+00		d.15.1.1
2kinB	101	7.272e+00	3kinB
3co4A	312	7.729e+00
2db1A	119	8.161e+00
2ebn	286	8.417e+00	2ebn
2p4hX	311	8.468e+00
1e7rA	315	8.479e+00	1bsvA	c.2.1.2
2ebnA	286	8.519e+00		c.1.8.5
2hvmA	274	8.758e+00		c.1.8.5
1sb8A	342	8.808e+00		c.2.1.2
1bwsA	315	9.407e+00	1bsvA	c.2.1.2
2b82A	212	9.867e+00		c.108.1.12
1zjcA	414	9.869e+00		e.60.1.1
2pk3A	310	1.195e+01
2p5yA	312	1.203e+01
1cnv	284	1.206e+01	1cnv
2q7eA	259	1.240e+01
2zceA	256	1.280e+01
2couA	110	1.361e+01
1g2rA	95	1.370e+01	1g2rA	d.192.1.1
2dsmA	73	1.373e+01
2c29D	325	1.378e+01
1y1pA	343	1.385e+01		c.2.1.2
2bllA	331	1.409e+01		c.2.1.2
1gw9A	385	1.509e+01		c.1.15.3
2b3nA	156	1.536e+01		d.38.1.4
1wfyA	105	1.542e+01		d.15.1.5
1ebdC	42	1.545e+01	1ebdC	a.9.1.1
2b69A	313	1.625e+01		c.2.1.2
2gsjA	272	1.634e+01
1u9jA	333	1.683e+01		c.2.1.2
2hglA	103	1.705e+01
2pi6A	362	1.718e+01
2hrzA	343	1.743e+01
1m3kA	393	1.784e+01		c.95.1.1
				c.95.1.1
1zx8A	128	1.799e+01		b.62.1.3
1r17A	322	1.807e+01		b.2.3.4
				b.2.3.4
1ak0A	265	1.839e+01		a.124.1.2
1m4tA	391	1.912e+01		c.95.1.1
				c.95.1.1
2fr1A	457	1.971e+01		c.2.1.2
				c.2.1.2
2z1mA	339	1.974e+01
1et1A	35	2.068e+01	1hpy	j.15.1.1
1wl4A	395	2.172e+01
1r6xA	387	2.191e+01		b.122.1.3
				c.26.1.5
1rpnA	322	2.283e+01		c.2.1.2
1oc2A	347	2.288e+01		c.2.1.2
1wxaA	117	2.364e+01		d.15.1.5
1yrtA	352	2.386e+01
1sppB	113	2.441e+01	1sfp	b.23.1.1
1r1mA	141	2.598e+01		d.79.7.1

Sequence_ID	Length	Evalue	FSSP-rep	SCOP_domain
2fomB	151	2.686e+01		b.47.1.3
1wdkC	391	2.815e+01		c.95.1.1
				c.95.1.1
1konA	234	2.959e+01		e.39.1.1
2btfA	375	2.967e+01	1yagA	c.55.1.1
				c.55.1.1
1gpmA	502	2.984e+01	1gpmA	c.23.16.1
				c.26.2.1
				d.52.2.1
1ygyA	528	3.011e+01		c.2.1.4
				c.23.12.1
				d.58.18.1
				d.81.2.2
1narA	290	3.019e+01		c.1.8.5
1i24A	393	3.271e+01		c.2.1.2
1wjnA	98	3.408e+01		d.15.1.1
1rp3A	236	3.464e+01		a.4.13.1
				a.4.13.2
				a.177.1.1
1l0oC	58	3.472e+01		a.4.13.2
2pzhA	135	3.605e+01
1eokA	283	3.639e+01	1eokA	c.1.8.5
1n7hA	332	3.646e+01		c.2.1.2
1sfpA	112	3.674e+01		b.23.1.1
1fvyA	32	3.736e+01	1fvyA	j.15.1.1
1wlgA	294	3.765e+01		b.152.1.1
1vaoA	551	3.783e+01	1qltA	d.58.32.1
				d.145.1.1
1w9pA	396	3.870e+01		c.1.8.5
				d.26.3.1
1g8fA	511	3.873e+01	1g8fA	b.122.1.3
				c.26.1.5
				c.37.1.15
1tzpA	241	3.885e+01		d.65.1.3
1z53A	294	3.930e+01		a.93.1.1
1qg0A	297	3.989e+01	1fnc	b.43.4.2
				c.25.1.1

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.