

PFRMAT RR
TARGET T0094
AUTHOR 7875-6238-4020
METHOD Prediction Made with CORNET: a Neural Network based method trained using Correlated Mutations, 
METHOD Sequence Conservation, Predicted Secondary structure of Proteins and Evolutionary Information. 
METHOD Authors Fariselli Piero, Olmea Osvaldo, Valencia Alfonso, Rita Casadio. 
METHOD This method is an extension of the two following methods 
METHOD Olmea O. and Valencia A. (1997) Fold. Des. 2: S25-32. 
METHOD Fariselli P and Casadio R. (1999) Prot. Engng 12:15-21 
MODEL  1
MEEVKKDVYS VWALPDEESE PRFKKLMEAL RSEFTGPRFV PHVTVAVSAY 
LTADEAKKMF ESACDGLKAY TATVDRVSTG TFFFQCVFLL LQTTPEVMEA 
GEHCKNHFNC STTTPYMPHL SLLYAELTEE EKKNAQEKAY TLDSSLDGLS 
FRLNRLALCK TDTEDKTLET WETVAVCNLN P 
46	175	0	8	0.948
43	74	0	8	0.946
11	176	0	8	0.932
43	72	0	8	0.928
11	47	0	8	0.923
72	174	0	8	0.92
74	174	0	8	0.919
13	50	0	8	0.919
8	43	0	8	0.918
45	72	0	8	0.918
45	74	0	8	0.918
45	77	0	8	0.915
49	176	0	8	0.915
45	174	0	8	0.91
13	47	0	8	0.909
44	175	0	8	0.905
51	69	0	8	0.901
46	177	0	8	0.9
69	168	0	8	0.9
47	176	0	8	0.899
43	174	0	8	0.899
12	46	0	8	0.894
11	43	0	8	0.892
72	171	0	8	0.892
43	51	0	8	0.891
12	76	0	8	0.891
4	69	0	8	0.891
11	77	0	8	0.89
77	168	0	8	0.888
14	51	0	8	0.887
13	77	0	8	0.886
72	168	0	8	0.886
12	175	0	8	0.884
46	72	0	8	0.884
44	73	0	8	0.884
44	173	0	8	0.883
45	176	0	8	0.883
47	74	0	8	0.882
13	49	0	8	0.879
44	75	0	8	0.876
47	72	0	8	0.876
8	77	0	8	0.876
45	175	0	8	0.872
151	176	0	8	0.872
13	45	0	8	0.871
49	70	0	8	0.87
72	142	0	8	0.869
53	72	0	8	0.868
8	45	0	8	0.868
46	173	0	8	0.866
8	176	0	8	0.866
13	176	0	8	0.866
46	74	0	8	0.865
72	175	0	8	0.864
43	77	0	8	0.864
48	73	0	8	0.864
44	177	0	8	0.863
75	173	0	8	0.863
46	174	0	8	0.862
49	72	0	8	0.862
11	49	0	8	0.861
46	73	0	8	0.861
72	177	0	8	0.859
47	77	0	8	0.859
46	75	0	8	0.859
42	177	0	8	0.859
10	44	0	8	0.857
43	175	0	8	0.857
51	168	0	8	0.857
73	173	0	8	0.857
13	74	0	8	0.856
51	74	0	8	0.855
51	72	0	8	0.854
69	170	0	8	0.854
151	158	0	8	0.854
8	72	0	8	0.853
51	77	0	8	0.853
74	176	0	8	0.852
9	72	0	8	0.852
71	170	0	8	0.852
48	173	0	8	0.851
13	168	0	8	0.851
46	171	0	8	0.851
49	77	0	8	0.851
86	177	0	8	0.851
47	170	0	8	0.85
71	176	0	8	0.849
75	170	0	8	0.849
13	40	0	8	0.848
69	171	0	8	0.848
45	173	0	8	0.848
10	46	0	8	0.847
43	142	0	8	0.847
8	174	0	8	0.847
9	43	0	8	0.847
159	177	0	8	0.846
9	46	0	8	0.845
13	174	0	8	0.844
13	167	0	8	0.844
48	76	0	8	0.843
73	175	0	8	0.843
43	176	0	8	0.843
158	176	0	8	0.842
168	175	0	8	0.842
11	50	0	8	0.842
53	142	0	8	0.842
40	51	0	8	0.841
12	47	0	8	0.841
43	69	0	8	0.84
11	40	0	8	0.84
49	74	0	8	0.84
46	70	0	8	0.84
48	170	0	8	0.84
10	175	0	8	0.839
13	171	0	8	0.839
53	74	0	8	0.839
71	173	0	8	0.838
51	176	0	8	0.838
69	176	0	8	0.837
8	47	0	8	0.837
9	76	0	8	0.836
10	48	0	8	0.835
74	167	0	8	0.835
51	171	0	8	0.834
12	43	0	8	0.834
86	110	0	8	0.834
47	174	0	8	0.833
142	168	0	8	0.833
47	173	0	8	0.833
70	177	0	8	0.832
149	176	0	8	0.832
8	51	0	8	0.832
13	51	0	8	0.831
9	175	0	8	0.831
72	176	0	8	0.83
13	43	0	8	0.829
47	175	0	8	0.829
73	177	0	8	0.829
45	73	0	8	0.828
77	171	0	8	0.827
46	168	0	8	0.827
74	168	0	8	0.825
43	53	0	8	0.824
10	73	0	8	0.824
42	171	0	8	0.824
43	71	0	8	0.824
69	174	0	8	0.823
48	175	0	8	0.823
77	142	0	8	0.823
8	50	0	8	0.823
13	69	0	8	0.822
50	69	0	8	0.821
9	45	0	8	0.821
49	158	0	8	0.821
13	141	0	8	0.821
9	70	0	8	0.82
13	46	0	8	0.819
51	174	0	8	0.819
48	71	0	8	0.818
12	177	0	8	0.818
87	149	0	8	0.817
142	174	0	8	0.817
53	77	0	8	0.817
12	50	0	8	0.817
87	142	0	8	0.816
51	142	0	8	0.816
12	44	0	8	0.816
10	173	0	8	0.816
4	13	0	8	0.815
46	77	0	8	0.815
75	175	0	8	0.814
74	171	0	8	0.814
12	48	0	8	0.814
45	70	0	8	0.814
50	74	0	8	0.813
45	71	0	8	0.813
70	142	0	8	0.812
9	50	0	8	0.812
47	73	0	8	0.812
47	70	0	8	0.812
74	142	0	8	0.811
11	170	0	8	0.811
12	72	0	8	0.81
12	73	0	8	0.81
8	40	0	8	0.81
70	168	0	8	0.81
12	70	0	8	0.809
43	76	0	8	0.809
47	71	0	8	0.809
87	153	0	8	0.809
13	71	0	8	0.809
46	176	0	8	0.809
51	167	0	8	0.808
9	47	0	8	0.808
87	158	0	8	0.808
43	173	0	8	0.808
64	86	0	8	0.808
139	168	0	8	0.808
13	72	0	8	0.807
13	89	0	8	0.806
50	76	0	8	0.806
74	175	0	8	0.806
49	174	0	8	0.806
77	151	0	8	0.805
49	168	0	8	0.805
14	69	0	8	0.805
27	69	0	8	0.805
13	70	0	8	0.805
12	45	0	8	0.804
49	170	0	8	0.803
52	170	0	8	0.803
8	74	0	8	0.803
77	87	0	8	0.802
110	159	0	8	0.802
47	151	0	8	0.802
4	14	0	8	0.802
12	42	0	8	0.801
13	175	0	8	0.8
44	72	0	8	0.8
13	73	0	8	0.8
15	167	0	8	0.8
67	74	0	8	0.799
51	139	0	8	0.799
63	176	0	8	0.799
91	176	0	8	0.799
44	74	0	8	0.799
49	69	0	8	0.799
87	176	0	8	0.798
14	141	0	8	0.798
46	76	0	8	0.798
12	173	0	8	0.798
90	174	0	8	0.798
64	159	0	8	0.798
168	179	0	8	0.798
77	146	0	8	0.797
12	49	0	8	0.797
11	158	0	8	0.797
74	169	0	8	0.797
77	174	0	8	0.795
4	139	0	8	0.795
50	70	0	8	0.795
9	49	0	8	0.794
73	170	0	8	0.794
53	168	0	8	0.793
11	45	0	8	0.793
9	174	0	8	0.793
110	177	0	8	0.793
168	177	0	8	0.793
4	51	0	8	0.793
9	177	0	8	0.791
63	87	0	8	0.791
8	71	0	8	0.791
70	171	0	8	0.791
158	168	0	8	0.791
48	70	0	8	0.791
42	75	0	8	0.791
45	172	0	8	0.79
11	73	0	8	0.789
49	87	0	8	0.789
8	69	0	8	0.789
44	76	0	8	0.789
39	46	0	8	0.789
43	70	0	8	0.788
8	39	0	8	0.788
142	149	0	8	0.788
13	178	0	8	0.788
46	69	0	8	0.787
72	173	0	8	0.786
50	175	0	8	0.786
48	75	0	8	0.786
89	149	0	8	0.786
9	74	0	8	0.786
142	156	0	8	0.785
11	70	0	8	0.785
91	151	0	8	0.784
142	171	0	8	0.784
49	171	0	8	0.784
91	174	0	8	0.783
141	167	0	8	0.783
50	72	0	8	0.783
12	74	0	8	0.783
70	170	0	8	0.783
44	174	0	8	0.781
168	176	0	8	0.781
76	175	0	8	0.781
10	75	0	8	0.781
53	167	0	8	0.781
49	73	0	8	0.781
30	176	0	8	0.78
14	49	0	8	0.78
45	87	0	8	0.78
159	170	0	8	0.78
64	104	0	8	0.78
14	168	0	8	0.78
56	69	0	8	0.779
139	170	0	8	0.779
51	175	0	8	0.779
72	80	0	8	0.779
120	142	0	8	0.779
70	175	0	8	0.778
51	87	0	8	0.778
13	142	0	8	0.778
9	73	0	8	0.778
159	167	0	8	0.777
11	89	0	8	0.776
43	146	0	8	0.776
9	171	0	8	0.776
8	70	0	8	0.775
12	174	0	8	0.775
158	179	0	8	0.775
53	82	0	8	0.774
13	42	0	8	0.774
11	71	0	8	0.774
153	168	0	8	0.774
77	141	0	8	0.774
43	170	0	8	0.773
9	75	0	8	0.773
72	82	0	8	0.773
47	69	0	8	0.773
53	80	0	8	0.773
41	170	0	8	0.772
70	146	0	8	0.772
47	171	0	8	0.772
42	110	0	8	0.772
14	43	0	8	0.772
53	174	0	8	0.772
8	49	0	8	0.772
142	167	0	8	0.771
50	177	0	8	0.771
4	167	0	8	0.771
47	168	0	8	0.771
50	170	0	8	0.771
13	177	0	8	0.77
77	179	0	8	0.77
104	177	0	8	0.77
71	178	0	8	0.77
53	149	0	8	0.769
49	149	0	8	0.769
43	73	0	8	0.769
9	44	0	8	0.767
125	139	0	8	0.767
40	72	0	8	0.767
157	174	0	8	0.767
49	110	0	8	0.767
14	50	0	8	0.767
48	172	0	8	0.767
30	97	0	8	0.766
8	167	0	8	0.766
123	174	0	8	0.766
120	146	0	8	0.766
39	175	0	8	0.765
43	87	0	8	0.765
43	177	0	8	0.765
13	179	0	8	0.765
44	78	0	8	0.765
89	174	0	8	0.765
91	157	0	8	0.765
45	170	0	8	0.764
42	168	0	8	0.764
77	176	0	8	0.764
11	174	0	8	0.763
9	176	0	8	0.763
END



