PDB ID	CHAIN	SEQUENCE POSITION	SEQUENCE	S1 DISTANCE	S1 POSITION	S1 ASA	N1 DISTANCE	N1 DONOR	N1 ID	N1 POSITION	N1 ASA	O1 DISTANCE	O1 DONOR	O1 ID	O1 POSITION	O1 ASA	ASA	EP of S0	pKa of S0	CLASS	REF STRUCTURE	MOLECULE	OXIDANT	LIGAND	SOURCE	CLASSIFICATION	EC #
1A16	A	202	AMAHTRAMEKCRPGMFEYHLE	13.7	249	40.88	6.4	ARG	NH1	203	0.34	10	GLU	OE2	208	0	0	-16.461	10.86	0	2BWX,1WBQ	AMINOPEPTIDASE P		SH	E-COLI	PROLINE PEPTIDASE	3.4.11.9
1A16	A	240	NTIVGSGENGCILHYTENECE	12.9	249	40.88	9.5	ARG	NH1	404	0.7	7.4	GLU	OE1	237	26.04	0	-21.634	10.28	0	2BWX,1WBQ	AMINOPEPTIDASE P		SH	E-COLI	PROLINE PEPTIDASE	3.4.11.9
1A16	A	249	GCILHYTENECEMRDGDLVLI	12.9	240	0	7.4	ARG	NH2	252	21.45	4.4	GLU	OE1	208	0	41	-17.915	7.41	1	2BWX,1WBQ	AMINOPEPTIDASE P		SOH	E-COLI	PROLINE PEPTIDASE	3.4.11.9
1A16	A	263	DGDLVLIDAGCEYKGYAGDIT	21	202	0	8.9	ARG	NH1	186	10	8.3	ASP	OD2	408	0.37	0	-33.708	8.47	0	2BWX,1WBQ	AMINOPEPTIDASE P		SH	E-COLI	PROLINE PEPTIDASE	3.4.11.9
1A2L	A	30	PQVLEFFSFFCPHCYQFEEVL	3.5	33	0	5.4	HIS	NE2	32	29.84	10.1	GLU	OE2	24	0.19	6	-14.55	0.53	1	1A2M	DsbA	UNK	SS	E-COLI	OXIDOREDUCTASE	N/A
1A2L	A	33	LEFFSFFCPHCYQFEEVLHIS	3.5	30	6.39	7.8	HIS	NE2	60	0	6.6	GLU	OE2	24	0.19	0	-11.738	14.43	1	1A2M	DsbA		SS	E-COLI	OXIDOREDUCTASE	N/A
1ADO	A	72	LLTADDRVNPCIGGVILFHET	8.4	338	2.29	8.9	ARG	NH1	68	23.11	8.8	ASP	OD1	66	1.33	3	-24.777	8.71	1	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SS	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	134	TQGLDGLSERCAQYKKDGADF	4.1	177	0	7.1	ARG	NH1	133	0	8.7	GLU	OE1	132	5.34	0	-24.515	10.67	0	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SH	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	149	KDGADFAKWRCVLKIGEHTPS	12.2	177	0	9.7	ARG	NH1	148	40.01	7.4	GLU	OE2	165	11.47	0	-36.232	9.19	0	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SH	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	177	ANVLARYASICQQNGIVPIVE	4.1	134	0	9.1	ARG	NH1	133	0	10.3	ASP	OD2	109	1.31	0	-31.636	14.18	0	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SH	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	201	LPDGDHDLKRCQYVTEKVLAA	10.6	239	7.65	4.8	HIS	NE2	196	0.53	8.5	ASP	OD1	197	4.88	6	-24.258	8	1	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		?	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	239	KPNMVTPGHACTQKYSHEEIA	10.6	201	5.7	7.9	HIS	NE2	196	0.53	6.3	ASP	OD2	197	23.68	8	-23.051	7.3	0	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SH	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	289	ASINLNAINKCPLLKPWALTF	15.6	201	5.7	5.5	LYS	NZ	293	11.41	8.8	GLU	OE2	246	41.42	0	-12.867	5.59	0	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SH	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1ADO	A	338	VKRALANSLACQGKYTSSGQA	8.4	72	3.13	9.3	LYS	NZ	341	37.03	14.8	GLU	OE1	277	5.79	2	-32.045	8.05	1	M. Sethuraman,	D-FRUCTOSE 1,6-BISPHOSPHATE ALDOLASE		SS	ORYCTOLAGUS CUNICULUS	LYASE	4.1.2.13
1AO6	A	34	LIAFAQYLQQCPFEDHVKLVN	11.3	91	0	4.5	HIS	NE2	39	0.12	4.1	ASP	OD2	38	13.42	0.2	-30.814	9.23	1	E.G. DeMaster	SERUM ALBUMIN	NO	SOH	HOMO SAPIENS	CARRIER PROTEIN
1AV8	A	196	LRELKKKLYLCLMSVNALEAI	11.5	272	0.74	7.8	LYS	NZ	192	3.77	9	ASP	OD1	158	15.5	0	-38.966	11.8	0	1MRR	RIBONUCLEOTIDE REDUCTASE R2		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1AV8	A	214	EAIRFYVSFACSFAFAERELM	10.9	305	6.98	10.2	HIS	NE2	71	0	8.7	GLU	OE1	283	0.37	0	-39.426	12.06	0	1MRR	RIBONUCLEOTIDE REDUCTASE R2		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1AV8	A	268	DPEMAEIAEECKQECYDLFVQ	5.7	272	0.74	3.9	LYS	NZ	191	4.84	4.3	GLU	OE1	271	17.3	4	-21.64	9.59	1	1MRR	RIBONUCLEOTIDE REDUCTASE R2		SS	E-COLI	OXIDOREDUCTASE	1.17.4.1
1AV8	A	272	AEIAEECKQECYDLFVQAAQQ	5.7	268	4.42	7.6	LYS	NZ	269	10.45	7	GLU	OE1	271	17.3	1	-15.004	11.77	1	1MRR	RIBONUCLEOTIDE REDUCTASE R2		SS	E-COLI	OXIDOREDUCTASE	1.17.4.1
1AV8	A	305	SMIGLNKDILCQYVEYITNIR	10.9	214	0.26	5.1	LYS	NZ	301	21.98	6.3	ASP	OD1	302	31.54	7	-17.429	8.1	0	1MRR	RIBONUCLEOTIDE REDUCTASE R2		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1BMC	A	168	LPQYNILVGGCLVKSTSAKDL	?	?	?	3.8	ARG	NH2	91	0	4	ASP	OD2	90	0.65	5	-14.216	2.72	1	1BC2	METALLO-BETA-LACTAMASE		SOH	BACILLUS CEREUS	HYDROLASE	3.5.2.6
1BQI	A	25	PVKNQGSCGCCWAFSAVVTIE	6.2	24	0	5.8	HIS	NE2	159	0	7.9	ASP	OD1	158	0	15.2	-6.907	1.66	1	M. Xian et al.	PAPAIN	S-Nitrosothiol	SNO, intermol SS	Carica papaya	Hydrolase
1BZH	A	32	DIRHEASDFPCRVAKLPKNKN	16.4	215	3.88	8	ARG	NH1	257	0	6.1	ASP	OD1	53	0.11	2	-37.989	9.65	0	1OET	HUMAN PTP1B		SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1BZH	A	92	ILTQGPLPNTCGHFWEMVWEQ	7.4	121	0	7.3	ARG	NH2	45	2.42	8.4	ASP	OD1	137	6.68	6	-26.444	10.31	0	1OET	HUMAN PTP1B		SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1BZH	A	121	NRVMEKGSLKCAQYWPQKEEK	7.4	92	6.26	4.3	HIS	NE2	214	0	8.9	GLU	OE2	115	0	0	-21.992	10.47	0	1OET	HUMAN PTP1B		SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1BZH	A	215	SPEHGPVVVHCSAGIGRSGTF	9.2	226	0	5	ARG	NH1	221	14.4	7.7	GLU	OE1	115	0.85	4	8.135	1.51	1	1OET	HUMAN PTP1B		SOH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1BZH	A	226	SAGIGRSGTFCLADTCLLLMD	9.2	215	3.88	9.5	ARG	NH2	79	0.87	6.6	ASP	OD2	229	0	0	-22.039	12.76	0	1OET	HUMAN PTP1B		SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1BZH	A	231	RSGTFCLADTCLLLMDKRKDP	11	226	0	8.5	ARG	NH2	238	22.61	7.7	ASP	OD1	245	0.53	0	-13.271	11.68	0	1OET	HUMAN PTP1B		SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1C25	A	384	NLIKEFVIIDCRYPYEYEGGH	5.9	430	0.71	7.5	HIS	NE2	429	0	6.3	ASP	OD1	383	0	0	-27.572	11.03	1	Kenji Tamura, Eileen C. Southwick, Jeffrey Kerns, Katherine Rosi, Brian I. Carr, Craig Wilcox, and John S. Lazo. Cdc25 Inhibition and Cell Cycle Arrest by a Synthetic Thioalkyl Vitamin K Analogue. CANCER RESEARCH 60, 1317–1325, March 1, 2000	CDC25A		SS	HOMO SAPIENS	Hydrolase	3.1.3.48
1C25	A	430	DGKRVIVVFHCEFSSERGPRM	5.9	384	0	6.9	ARG	NH1	436	26.55	3.8	GLU	OE1	431	1.64	0.7	2.981	6.02	1	Kenji Tamura, Eileen C. Southwick, Jeffrey Kerns, Katherine Rosi, Brian I. Carr, Craig Wilcox, and John S. Lazo. Cdc25 Inhibition and Cell Cycle Arrest by a Synthetic Thioalkyl Vitamin K Analogue. CANCER RESEARCH 60, 1317–1325, March 1, 2000	CDC25A		SS	HOMO SAPIENS	Hydrolase	3.1.3.48
1C25	A	441	EFSSERGPRMCRYVRERDRLG	9	384	0	6.9	ARG	NH2	445	1.47	7.9	ASP	OD2	355	18.02	3.1	-19.447	11.26	0	Kenji Tamura, Eileen C. Southwick, Jeffrey Kerns, Katherine Rosi, Brian I. Carr, Craig Wilcox, and John S. Lazo. Cdc25 Inhibition and Cell Cycle Arrest by a Synthetic Thioalkyl Vitamin K Analogue. CANCER RESEARCH 60, 1317–1325, March 1, 2000	CDC25A		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1C25	A	476	KGGYKEFFMKCQSYCEPPSYR	7.3	480	0	7.6	LYS	NZ	475	27.5	6	GLU	OE2	362	8.35	10.1	-17.34	9.14	0	Kenji Tamura, Eileen C. Southwick, Jeffrey Kerns, Katherine Rosi, Brian I. Carr, Craig Wilcox, and John S. Lazo. Cdc25 Inhibition and Cell Cycle Arrest by a Synthetic Thioalkyl Vitamin K Analogue. CANCER RESEARCH 60, 1317–1325, March 1, 2000	CDC25A		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1C25	A	480	KEFFMKCQSYCEPPSYRPMHH	7.3	476	10.14	8.1	ARG	NH2	385	0	9	ASP	OD2	383	0	0	-31.11	8.61	0	Kenji Tamura, Eileen C. Southwick, Jeffrey Kerns, Katherine Rosi, Brian I. Carr, Craig Wilcox, and John S. Lazo. Cdc25 Inhibition and Cell Cycle Arrest by a Synthetic Thioalkyl Vitamin K Analogue. CANCER RESEARCH 60, 1317–1325, March 1, 2000	CDC25A		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1CGK	A	30	LAIGTANPANCVEQSTYPDFY	14.2	60	0	6.9	ARG	NH2	67	41.37	3.9	GLU	OE2	32	9.79	12	-22.728	8.76	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	60	TELKEKFQRMCDKSMIKRRYM	14.2	30	11.99	5.1	ARG	NH2	68	0	6.6	ASP	OD1	61	13.88	0	-27.732	9.79	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	84	EEILKENPNVCEYMAPSLDAR	16	60	0	8.1	ARG	NH2	94	0.49	8.8	GLU	OE2	85	27.27	3	-24.471	9.68	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	130	PKSKITHLIVCTTSGVDMPGA	4.2	190	0	10.2	ARG	NH2	172	5.81	4.9	GLU	OE2	192	0	0	-16.86	11.41	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	164	VKRYMMYQQGCFAGGTVLRLA	7.9	341	0	3.6	HIS	NE2	303	0	7.2	GLU	OE2	192	0	18	-17.507	4.66	1	1D6I	CHALCONE SYNTHASE		SOOH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	190	NNKGARVLVVCSEVTAVTFRG	4.2	130	0.02	11.2	HIS	NE2	303	0	6.2	GLU	OE2	192	0	0	-16.943	13.64	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CGK	A	341	LSEYGNMSSACVLFILDEMRK	7.9	164	18.15	5.3	HIS	NE2	303	0	9.4	GLU	OE2	192	0	0	-14.604	4.7	0	1D6I	CHALCONE SYNTHASE		SH	MEDICAGO SATIVA	TRASNFERASE	2.3.1.74
1CL0	A	105	RLNGDNGEYTCDALIIATGAS	19.5	303	21.21	7.4	HIS	NE2	5	10.24	7.2	ASP	OD1	106	18.15	0	-20.793	9.8	0	1TDE	THIOREDOXIN REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.6.4.5
1CL0	A	135	EAFKGRGVSACATCDGFFYRN	3.1	138	26.32	6.7	HIS	NE2	245	8.79	5.2	GLU	OE2	160	0.85	14	-23.721	5.34	1	1TDE	THIOREDOXIN REDUCTASE		SS	E-COLI	OXIDOREDUCTASE	1.6.4.5
1CL0	A	138	KGRGVSACATCDGFFYRNQKV	3.1	135	13.94	8.9	HIS	NE2	245	8.79	5.4	ASP	OD2	139	8.37	26	-23.565	16.95	1	1TDE	THIOREDOXIN REDUCTASE		SS	E-COLI	OXIDOREDUCTASE	1.6.4.5
1CL0	A	303	RQAITSAGTGCMAALDAERYL	19.5	105	0	8	ARG	NH2	311	39.15	9	ASP	OD1	308	4.82	21	-37.022	8.79	0	1TDE	THIOREDOXIN REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.6.4.5
1CRU	A	338	QDTYNYNDPTCGEMTYICWPT	2.9	345	4.4	7.1	LYS	NZ	377	1.02	6.1	ASP	OD2	335	22.3	0	-35.43	9.66	1	1C9U	SOLUBLE QUINOPROTEIN GLUCOSE DEHYDROGENASE		SS	ACINETOBACTER CALCOACETICUS	OXIDOREDUCTASE	1.1.99.17
1CRU	A	345	DPTCGEMTYICWPTVAPSSAY	2.9	338	0	6.5	ARG	NH1	378	5.96	3.3	ASP	OD2	335	22.3	4	-26.982	12.27	1	1C9U	SOLUBLE QUINOPROTEIN GLUCOSE DEHYDROGENASE		SS	ACINETOBACTER CALCOACETICUS	OXIDOREDUCTASE	1.1.99.17
1CW3	A	19	PAPNQQPEVFCNQIFINNEWH	10.2	49	0.07	9.8	LYS	NZ	209	41.49	9.6	GLU	OE2	210	12.27	1	-24.962	10.1	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	49	TVNPSTGEVICQVAEGDKEDV	10.2	19	1.41	14.1	ARG	NH2	34	30.14	7.4	ASP	OD2	109	0.34	0	-34.999	9.89	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	128	YLVDLDMVLKCLRYYAGWADK	13.7	302	18.77	10.1	LYS	NZ	178	0.3	8.5	GLU	OE1	476	0.42	0	-46.501	12.32	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	162	SYTRHEPVGVCGQIIPWNFPL	14.8	128	0	6.7	LYS	NZ	240	0.4	7.3	ASP	OD2	239	1.2	0	-16.732	11.98	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	301	HFALFFNQGQCCCAGSRTFVQ	3.2	303	0	8.9	LYS	NZ	112	0.04	4.3	ASP	OD1	457	0	1	-23.473	14.39	1	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	302	FALFFNQGQCCCAGSRTFVQE	4.4	303	0	10.1	LYS	NZ	178	0.3	6.2	GLU	OE1	268	1.31	19	-32.316	11.02	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	303	ALFFNQGQCCCAGSRTFVQED	3.2	301	0.9	11.7	LYS	NZ	112	0.04	3.4	ASP	OD1	457	0	0	-29.655	19.07	1	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	369	TGKQEGAKLLCGGGIAADRGY	20	301	0.9	6.4	LYS	NZ	327	46.46	12.6	GLU	OE1	340	3.37	1	-13.1	8.84	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1CW3	A	455	ALQAGTVWVNCYDVFGAQSPF	11.4	303	0	14.8	LYS	NZ	127	41.59	9.2	ASP	OD1	457	0	20	-20.09	10.37	0	1AG8	MITOCHONDRIAL ALDEHYDE DEHYDROGENASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.3
1D5R	A	71	HKNHYKIYNLCAERHYDTAKF	6.1	124	4.28	4.5	ARG	NH2	130	0.99	6	GLU	OE2	73	1.4	2.5	-8.384	4.15	1	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SS	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	83	ERHYDTAKFNCRVAQYPFEDH	15.1	71	2.52	9	ARG	NH1	84	19.88	7.6	ASP	OD1	58	4.89	0	-27.41	8.84	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	105	PPQLELIKPFCEDLDQWLSED	10.3	136	0	5.5	HIS	NE2	141	10.82	8.2	GLU	OE1	106	20.68	0	-26.778	10.92	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	124	EDDNHVAAIHCKAGKGRTGVM	6.1	71	2.52	5.2	ARG	NH2	130	0.99	7.2	ASP	OD2	92	7.59	4.3	13.732	0.72	1	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SS	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	136	AGKGRTGVMICAYLLHRGKFL	10.3	105	0	7.9	ARG	NH1	172	15.79	8.5	ASP	OD2	153	14.56	0	-27.637	10.6	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	211	ETIPMFSGGTCNPQFVVCQLK	19.7	218	24.43	7	HIS	NE2	259	0	9.9	ASP	OD2	268	7.7	0	-15.338	10.34	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	218	GGTCNPQFVVCQLKVKIYSSN	15.8	250	19.72	6	LYS	NZ	254	35	6.6	GLU	OE1	256	18.39	24.4	-20.913	9	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1D5R	A	250	YFEFPQPLPVCGDIKVEFFHK	15.8	218	24.43	11	ARG	NH2	189	59.25	8.6	GLU	OE2	99	36.12	19.7	-21.398	9	0	C. Yu, S. Li,	PHOSPHOINOSITIDE PHOSPHOTASE PTEN	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48
1DBF	A	75	LSGWQYVPVTCMQEMDVTGGL	13.4	88	0	5.8	ARG	NH2	63	20.46	12.1	GLU	OE2	17	5.96	2	-9.246	10.61	1	1FNJ	CHORISMATE MUTASE		SOH	BACILLUS SUBTILIS	ISOMERASE	5.4.99.5
1DBF	A	88	EMDVTGGLKKCIRVMMTVQTD	13.4	75	1.6	3.4	ARG	NH1	90	0.12	6.5	GLU	OE2	78	12.67	0	-10.659	7.49	0	1FNJ	CHORISMATE MUTASE		SH	BACILLUS SUBTILIS	ISOMERASE	5.4.99.5
1DE2	A	14	VYGYDSNIHKCVYCDNAKRLL	4.6	17	15.53	7.8	LYS	NZ	13	32.53	4.8	ASP	OD1	8	0.42	18	-48.226	8.46	1	1DE1	GLUTAREDOXIN		SS	BACTERIOPHAGE T4	ELECTRON TRANSPORT	N/A
1DE2	A	17	YDSNIHKCVYCDNAKRLLTVK	4.6	14	17.93	6.4	LYS	NZ	21	48.57	2.9	ASP	OD1	8	0.42	16	-23.174	10.19	1	1DE1	GLUTAREDOXIN		SS	BACTERIOPHAGE T4	ELECTRON TRANSPORT	N/A
1DEL	A	55	GVFAANTDYPCLTRKEFEGID	19.9	88	0	12.9	LYS	NZ	59	46.95	7.2	GLU	OE1	60	0	58	-39.884	9	1	1DEK	DEOXYNUCLEOSIDE MONOPHOSPHATE KINASE		SOOOH	BACTERIOPHAGE T4	PHOSPHOTRANSFERASE	2.7.4.13
1DEL	A	88	EVITIMEQAFCYLNGKSPIKG	19.9	55	57.68	12.1	LYS	NZ	107	19.31	4.4	GLU	OE1	108	6.41	0	-28.037	10.69	0	1DEK	DEOXYNUCLEOSIDE MONOPHOSPHATE KINASE		SH	BACTERIOPHAGE T4	PHOSPHOTRANSFERASE	2.7.4.13
1DLU	A	89	EATAWGMNQLCGSGLRAVALG	5.7	378	0.35	4.1	HIS	NE2	348	0.95	9	GLU	OE1	117	0	9	-6.769	6.26	1	1OU6	BIOSYNTHETIC THIOLASE		SOH	ZOOGLOEA RAMIGEA	TRANSFERASE	2.3.1.9
1DLU	A	125	GMESMSMAPHCAHLRGGVKMG	19.3	89	9.32	8.9	HIS	NE2	124	19.44	5.7	ASP	OD2	146	22.21	29	-45.031	11.58	0	1OU6	BIOSYNTHETIC THIOLASE		SH	ZOOGLOEA RAMIGEA	TRANSFERASE	2.3.1.9
1DLU	A	324	EANEAFAAQACAVNKDLGWDP	12.4	378	0.35	5.3	LYS	NZ	328	4.14	4.6	GLU	OE2	174	11.85	7	-16.609	9.14	0	1OU6	BIOSYNTHETIC THIOLASE		SH	ZOOGLOEA RAMIGEA	TRANSFERASE	2.3.1.9
1DLU	A	378	RGARKGLATLCIGGGMGVAMC	5.7	89	9.32	6.5	HIS	NE2	348	0.95	11.1	GLU	OE1	317	0	0	-23.615	12.56	0	1OU6	BIOSYNTHETIC THIOLASE		SH	ZOOGLOEA RAMIGEA	TRANSFERASE	2.3.1.9
1DLU	A	388	CIGGGMGVAMCIESL------	17.6	378	0.35	9.3	LYS	NZ	372	16.51	9.6	ASP	OD2	309	9.62	0	-17.813	9.44	0	1OU6	BIOSYNTHETIC THIOLASE		SH	ZOOGLOEA RAMIGEA	TRANSFERASE	2.3.1.9
1EGR	A	11	MQTVIFGRSGCPYCVRAKDLA	4.6	14	0	5	ARG	NH1	8	7.94	8.3	GLU	OE1	57	5.16	20.8	-12.103	9	1	N. Foloppe et	GLUTAREDOXIN		SS	ESCHERICHIA CO	ELECTRON TRANSPORT
1EGR	A	14	VIFGRSGCPYCVRAKDLAEKL	4.6	11	20.75	6.9	ARG	NH1	8	7.94	8	ASP	OD1	37	0	0	-11.948	7.4	1	N. Foloppe et	GLUTAREDOXIN		SS	ESCHERICHIA CO	ELECTRON TRANSPORT
1ERT	A	32	LVVVDFSATWCGPCKMIKPFF	3.9	35	0	8.3	LYS	NZ	36	37.86	9.2	ASP	OD1	26	0.09	13	-19.052	6.44	1	1ERU	HUMAN THIOREDOXIN		SS	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1ERT	A	35	VDFSATWCGPCKMIKPFFHSL	3.9	32	13.4	9	LYS	NZ	36	37.86	5.5	ASP	OD1	26	0.09	0	-31.626	8.56	1	1ERU	HUMAN THIOREDOXIN		SS	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1ERT	A	62	VIFLEVDVDDCQDVASECEVK	9.8	69	14.63	10.8	LYS	NZ	8	22.38	4.7	GLU	OE1	6	7.32	2	-36.749	9	0	1ERU	HUMAN THIOREDOXIN		SH	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1ERT	A	69	VDDCQDVASECEVKCMPTFQF	9.8	62	1.67	6.8	LYS	NZ	85	23.61	6.9	GLU	OE1	68	12.6	15	-33.674	9.52	0	1ERU	HUMAN THIOREDOXIN		SH	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1ERT	A	73	QDVASECEVKCMPTFQFFKKG	9.1	32	13.4	7.6	LYS	NZ	72	24.77	8.5	GLU	OE2	88	12.95	56	-17.661	9	0	1ERU	HUMAN THIOREDOXIN		SH	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1ESQ	A	9	--MDAQSAAKCLTAVRRHSPL	9.9	208	0	10	LYS	NZ	8	30.56	4.1	GLU	OE2	211	22.79	12	-21.163	9.6	0	1EKK	HYDROXYETHYLTHIAZOLE KINASE		SH	BACILLUS SUBTILIS	TRANSFERASE	2.7.1.50
1ESQ	A	198	KLLTKVTGAGCLLTSVVGAFC	16.2	208	0	5.9	ARG	NH2	121	7.9	4.5	ASP	OD2	94	0.01	9	-25.237	10.36	1	1EKK	HYDROXYETHYLTHIAZOLE KINASE		SOOH	BACILLUS SUBTILIS	TRANSFERASE	2.7.1.50
1ESQ	A	208	CLLTSVVGAFCAVEENPLFAA	9.9	9	12.13	13.5	ARG	NH2	121	7.9	9	GLU	OE1	211	11.37	0	-31.012	11.5	0	1EKK	HYDROXYETHYLTHIAZOLE KINASE		SH	BACILLUS SUBTILIS	TRANSFERASE	2.7.1.50
1F5A	A	36	ISLAAPKETDCLLTQKLVETL	16.6	257	0.91	12	LYS	NZ	41	24.92	7.5	GLU	OE1	33	39.11	60	-23.562	9	1	1Q79	POLY(A) POLYMERASE		SOOH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	118	HTKGADIDALCVAPRHVDRSD	10.8	204	1.42	9.5	ARG	NH1	126	0.41	10.8	ASP	OD2	128	0.68	0	-21.254	11.86	0	1Q79	POLY(A) POLYMERASE		SH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	160	EEAFVPVIKLCFDGIEIDILF	19.1	118	0	6.3	ARG	NH2	147	0.9	4.9	GLU	OE1	165	26.43	30	-18.479	8.16	0	1Q79	POLY(A) POLYMERASE		SH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	197	DSLLKNLDIRCIRSLNGCRVT	11	118	0	4.3	ARG	NH2	126	0	5.3	ASP	OD1	194	0	5	-0.41	2.99	1	1Q79	POLY(A) POLYMERASE		SOOH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	204	DIRCIRSLNGCRVTDEILHLV	10.8	118	0	7.9	ARG	NH1	104	20.97	8	ASP	OD1	208	9.08	1	-22.709	10.81	0	1Q79	POLY(A) POLYMERASE		SH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	257	GVSWALVARTCQLYPNAIAST	16.6	36	60.16	10.9	ARG	NH2	255	0.45	11.2	ASP	OD1	218	17.75	1	-17.417	11.18	0	1Q79	POLY(A) POLYMERASE		SH	BOS TAURUS	TRANSFERASE	2.7.7.19
1F5A	A	293	NPVLLKQPEECNLNLPVWDPR	16.9	197	4.72	3.9	LYS	NZ	191	8.6	4.8	ASP	OD2	187	25.05	18	-20.584	8.87	0	1Q79	POLY(A) POLYMERASE		SH	BOS TAURUS	TRANSFERASE	2.7.7.19
1FPZ	A	39	ISWLSLSRVNCSQFLGLCALP	11.7	129	4.84	4.4	LYS	NZ	131	9.13	14.2	ASP	OD2	160	13.53	7.2	-10.923	6.83	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 12		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	46	RVNCSQFLGLCALPGCKFKDV	9.2	140	0.01	5.6	HIS	NE2	139	0	8.3	ASP	OD2	63	0	2.8	-17.916	11.4	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 10		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	51	QFLGLCALPGCKFKDVRRNVQ	8	79	0	8.9	ARG	NH1	58	26.06	8.2	GLU	OE1	83	0.04	2.2	-35.56	9.03	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 8		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	70	VQKDTEELKSCGIQDIFVFCT	10.4	46	2.84	5.5	LYS	NZ	135	27.9	4.4	GLU	OE1	66	25.99	34.2	-24.515	9.07	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 11		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	79	SCGIQDIFVFCTRGELSKYRV	5.4	140	0.01	4.5	ARG	NH2	146	2.14	3.8	GLU	OE1	83	0.04	0	-17.393	9.43	1	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 5		SS	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	99	VPNLLDLYQQCGIITHHHPIA	11.7	70	34.18	6.2	LYS	NZ	68	30.22	3.7	GLU	OE1	65	9.04	22.9	-17.69	9.26	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 13		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	119	ADGGTPDIASCCEIMEELTTC	4.2	153	0.4	8.1	LYS	NZ	195	16.35	7.9	ASP	OD1	115	0.23	0.4	-28.272	9.94	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 3		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	120	DGGTPDIASCCEIMEELTTCL	7	119	0.39	4	HIS	NE2	199	12.97	3.3	GLU	OE2	124	19.77	10.3	-22.262	8.54	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 7		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	129	CCEIMEELTTCLKNYRKTLIH	11.7	39	7.16	4.2	HIS	NE2	104	0	3.3	ASP	OD2	74	7.56	4.8	-31.431	6.02	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 14		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	140	LKNYRKTLIHCYGGLGRSCLV	5.4	79	0	4.5	ARG	NH2	146	2.14	6.8	GLU	OE2	83	0.35	0	-19.058	4.12	1	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 6		SS	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	148	IHCYGGLGRSCLVAACLLLYL	8.2	140	0.01	6.6	ARG	NH2	175	29.96	11.1	ASP	OD2	173	20.11	0	-15.227	7.83	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 9		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FPZ	A	153	GLGRSCLVAACLLLYLSDTIS	4.2	119	0.39	8.7	LYS	NZ	195	16.35	10.5	GLU	OE1	191	19.45	0.4	-20.211	13.48	0	L.N. Johnson, et al. Structural studies with inhibitors of the cell cycle regulatory kinase cyclin-dependent protein kinase 2. Pharmacology & Therapeutics Volume 93, Issues 2-3, February-March 2002, Pages 113-124	CYCLIN-DEPENDENT KINASE INHIBITOR 4		SH	HOMO SAPIENS	Hydrolase	3.1.3.48
1FTN	A	16	KKLVIVGDGACGKTCLLIVNS	5.1	83	0	4.1	LYS	NZ	18	5.3	6.8	ASP	OD1	13	2.4	0	-10.725	7.73	1	Heo J, Biochem 2006	RhoA		SS	HOMO SAPIENS	PROTO ONCOGENE	N/A
1FTN	A	20	IVGDGACGKTCLLIVNSKDQF	10.3	16	0	7.9	LYS	NZ	118	32.06	8.6	GLU	OE1	32	14.84	17	-13.67	9.34	1	Heo J, Biochem 2006	RhoA		SS	HOMO SAPIENS	PROTO ONCOGENE	N/A
1FTN	A	83	SYPDTDVILMCFSIDSPDSLE	5.1	16	0	7.1	LYS	NZ	18	5.3	8.4	ASP	OD1	59	0	0	-25.413	13.17	0	Heo J, Biochem 2006	RhoA		SH	HOMO SAPIENS	PROTO ONCOGENE	N/A
1FTN	A	107	EKWTPEVKHFCPNVPIILVGN	14.3	83	0	7.8	LYS	NZ	7	3.08	8.4	GLU	OE2	102	0	2	-21.887	9.33	0	Heo J, Biochem 2006	RhoA		SH	HOMO SAPIENS	PROTO ONCOGENE	N/A
1FTN	A	159	NRIGAFGYMECSAKTKDGVRE	7	83	0	7.2	LYS	NZ	119	2.18	8.2	ASP	OD1	120	2.28	0	-19.335	10.9	0	Heo J, Biochem 2006	RhoA		SH	HOMO SAPIENS	PROTO ONCOGENE	N/A
1GU9	A	130	WSFAVSAINGCSHCLVAHEHT	3.5	133	3.82	6.7	ARG	NH1	86	20.94	11.6	ASP	OD1	96	1.99	0	-2.144	2.2	1	A. Koshkin et	ALKYLHYDROPEROXIDASE D		SS	MYCOBACTERIUM TUBERCULOSIS	OXIDOREDUCTASE
1GU9	A	133	AVSAINGCSHCLVAHEHTLRT	3.5	130	0.04	5.2	HIS	NE2	137	13.26	9.7	GLU	OE2	118	0.55	3.8	-14.167	11.09	1	A. Koshkin et	ALKYLHYDROPEROXIDASE D		SS	MYCOBACTERIUM TUBERCULOSIS	OXIDOREDUCTASE
1GXF	A	53	PPFFSALGGTCVNVGCVPKKL	4.1	58	28.26	9.6	LYS	NZ	61	14.57	10.4	ASP	OD2	327	15.68	20	-0.434	6.46	1	1AOG	TRYPANOTHIONE REDUCTASE		SS	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	58	ALGGTCVNVGCVPKKLMVTGA	4.1	53	20.02	5.8	LYS	NZ	61	14.57	8.4	GLU	OE1	203	2.59	28	-0.359	1.87	1	1AOG	TRYPANOTHIONE REDUCTASE		SS	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	176	HMPNIPGIEHCISSNEAFYLP	10.1	221	0.37	7.9	HIS	NE2	175	12.32	8	GLU	OE1	174	14.79	0	-0.048	9.73	0	1AOG	TRYPANOTHIONE REDUCTASE		SH	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	221	YKPKDGQVTLCYRGEMILRGF	10.1	176	0	10.1	LYS	NZ	275	32.1	7.5	GLU	OE1	254	0.11	0	-0.113	10.61	0	1AOG	TRYPANOTHIONE REDUCTASE		SH	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	375	AVFSIPPIGTCGLIEEVASKR	9.4	444	43.76	8.5	HIS	NE2	428	0	10.2	ASP	OD2	358	10.83	0	-0.055	11.42	0	1AOG	TRYPANOTHIONE REDUCTASE		SH	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	444	APEIIQGIGICLKLNAKISDF	8.5	469	22.25	11.4	ARG	NH2	361	10.11	8.1	ASP	OD2	453	3.18	44	-0.046	11.59	0	1AOG	TRYPANOTHIONE REDUCTASE		SH	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1GXF	A	469	GVHPTSAEELCSMRTPSYYYV	8.5	444	43.76	7.6	ARG	NH2	472	22.14	7.8	GLU	OE1	466	10.05	22	-0.067	10.71	0	1AOG	TRYPANOTHIONE REDUCTASE		SH	TRYPANOSOMA CRUZI	OXIDOREDUCTASE	1.6.4.8
1HL3	A	27	PLVALLDGRDCTVEMPILKDV	9.4	43	1.45	6.6	ARG	NH2	317	0	4.9	GLU	OE1	30	0	2	-28.519	10.89	1	1HKU	C-TERMINAL BINDING PROTEIN 3		SOH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	43	ILKDVATVAFCDAQSTQEIHE	9.4	27	1.72	8.1	HIS	NE2	52	22.46	9.1	ASP	OD1	44	14.55	1	-20.655	7.54	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	107	KSAGDLGIAVCNVPAASVEET	4.7	339	0.22	7.5	ARG	NH1	326	0	3.3	GLU	OE2	323	0.17	0	-39.961	15.15	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	123	SVEETADSTLCHILNLYRRTT	13	221	0.11	5.8	HIS	NE2	124	5.3	9.2	ASP	OD1	119	13.82	53	-26.718	7.91	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	221	TLQDLLFHSDCVTLHCGLNEH	13	123	53.39	8.6	HIS	NE2	225	0	7.5	GLU	OE1	164	7.68	0	-19.309	11.78	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	226	LFHSDCVTLHCGLNEHNHHLI	14.3	221	0.11	9.2	HIS	NE2	225	0	7.9	ASP	OD2	193	10.96	1	-28.722	9.51	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	301	GPLKDAPNLICTPHAAWYSEQ	13.7	123	53.39	3.7	HIS	NE2	281	0	7.8	GLU	OE2	261	0.71	0	-49.849	4.21	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HL3	A	339	TGRIPDSLKNCVNKDHLT---	4.7	107	0	6.3	LYS	NZ	342	32.41	6.9	GLU	OE2	323	0.17	0	-17.167	5.61	0	1HKU	C-TERMINAL BINDING PROTEIN 3		SH	RATTUS NORVEGICUS	TRANSCRIPTION CO REPRESOR	N/A
1HN9	A	92	SATHAFPSAACQIQSMLGIKG	8.9	103	0.84	12	HIS	NE2	85	31.25	7	ASP	OD1	107	0	38	-36.322	8.97	0	1MZS	BETA-KETOACYL-ACYL CARRIER PROTEIN SYNTHASE III		SH	E-COLI	TRANSFERASE	2.3.1.41
1HN9	A	103	QIQSMLGIKGCPAFDVAAACA	8.9	92	37.83	11	LYS	NZ	70	18.98	10.5	ASP	OD2	71	6.14	1	-41.465	10.66	0	1MZS	BETA-KETOACYL-ACYL CARRIER PROTEIN SYNTHASE III		SH	E-COLI	TRANSFERASE	2.3.1.41
1HN9	A	112	GCPAFDVAAACAGFTYALSVA	10.1	146	0.12	4	HIS	NE2	244	0	6.6	ASP	OD2	140	0.06	9	-29.812	6.96	1	1MZS	BETA-KETOACYL-ACYL CARRIER PROTEIN SYNTHASE III		SOOOH	E-COLI	TRANSFERASE	2.3.1.41
1HN9	A	146	VVGSDVLARTCDPTDRGTIII	10.1	112	8.9	6.9	ARG	NH2	17	0.77	6.7	ASP	OD2	150	5.73	0	-21.117	10.36	0	1MZS	BETA-KETOACYL-ACYL CARRIER PROTEIN SYNTHASE III		SH	E-COLI	TRANSFERASE	2.3.1.41
1HN9	A	282	HGNTSAASVPCALDEAVRDGR	12.8	112	8.9	6.1	HIS	NE2	272	6.93	6.8	ASP	OD1	285	5.61	0	-24.886	10.94	0	1MZS	BETA-KETOACYL-ACYL CARRIER PROTEIN SYNTHASE III		SH	E-COLI	TRANSFERASE	2.3.1.41
1HW7	A	141	VGLEGDTLAACLEDYFMRSEQ	38.4	232	29.92	6.6	LYS	NZ	107	18.71	5.2	ASP	OD2	144	9.31	0	-14.352	7.16	0	S. Barbirz, U.	HSP3 HEAT SHOCK	HOOH	SH	E-COLI	CHAPERONE	N/A
1HW7	A	232	VYDPQDVEFKCTC--------	3.5	234	57.32	10.7	LYS	NZ	231	45.9	10.4	GLU	OE2	229	30.28	30	-16.415	6.31	1	S. Barbirz, U.	HSP3 HEAT SHOCK	HOOH	SS	E-COLI	CHAPERONE	N/A
1HW7	A	234	DPQDVEFKCTC----------	3.5	232	29.92	13.4	LYS	NZ	231	45.9	13.8	GLU	OE2	229	30.28	57	-14.384	7.86	1	S. Barbirz, U.	HSP3 HEAT SHOCK	HOOH	SS	E-COLI	CHAPERONE	N/A
1I69	A	199	EKLLMLEDGHCLRDQAMGFCF	19	208	67.52	5.4	ARG	NH1	266	0	7.2	ASP	OD2	202	7.99	2	-12.575	7.18	1	1I6A	OXYR	HOOH	SS	E-COLI	TRANSCRIPTION	N/A
1I69	A	208	HCLRDQAMGFCFDTHFRATSL	19	199	1.54	11.8	LYS	NZ	190	25.05	13.9	ASP	OD1	202	20.13	68	-21.469	8.3	1	1I6A	OXYR	HOOH	SS	E-COLI	TRANSCRIPTION	N/A
1I9S	A	13	--KIPPRWLNCPRRGQPVAGR	8	193	6.61	3.7	ARG	NH2	160	0	10.3	ASP	OD2	196	13.76	1	-7.119	6.29	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	91	KEGIKYIKLQCKGHGECPTTE	8.5	126	6.86	5.2	ARG	NH1	132	12.29	8.6	ASP	OD1	66	0	0	-8.359	8.76	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	97	IKLQCKGHGECPTTENTETFI	9.8	91	0	3.9	ARG	NH2	176	11.35	5.1	GLU	OE2	172	2.91	15	-20.645	6.99	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	110	TENTETFIRLCERFPELIGVH	11.3	91	0	6.7	ARG	NH2	23	7.37	9.3	GLU	OE1	111	12.52	0	-17.007	10.44	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	126	ERFPELIGVHCTHGFNRTGFL	8.5	91	0	6.9	ARG	NH1	132	12.29	8.4	ASP	OD1	66	0	7	10.951	1.62	1	1I9T	RNA TRIPHOSPHATASE		SOH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	138	HGFNRTGFLICAFLVEKMDWS	12.2	97	15.05	11.5	ARG	NH1	176	0.12	10.6	GLU	OE1	150	7.51	0	-15.134	11.26	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1I9S	A	193	APPPPVLPDWCFEDED-----	8	13	0.74	5.8	ARG	NH1	9	8.07	8.3	ASP	OD1	191	32.09	7	-9.122	8.64	0	1I9T	RNA TRIPHOSPHATASE		SH	MUS MUSCULUS	HYDROLASE	3.1.3.33
1JC0	A	70	WPTLVTTLVQCFSRYPDHMKR	17.6	204	41	6.9	LYS	NZ	85	0.1	7.8	ASP	OD1	82	0	0	-12.514	10.88	0	1JC1	GREEN FLUORESCENT PROTEIN		SH	AEQUOREA VICTORIA	LUMINSCENT PROTEIN	N/A
1JC0	A	147	LGHKLEYNYNCHNVYIMADKQ	3.4	204	41	7.6	HIS	NE2	148	0	9.6	GLU	OE1	222	9.26	35	-15.51	9.14	1	1JC1	GREEN FLUORESCENT PROTEIN		SS	AEQUOREA VICTORIA	LUMINSCENT PROTEIN	N/A
1JC0	A	204	LLPDNHYLSTCSALSKDPNEK	3.4	147	35.28	9.9	HIS	NE2	148	0	8.7	GLU	OE2	222	9.48	41	-29.142	9.07	1	1JC1	GREEN FLUORESCENT PROTEIN		SS	AEQUOREA VICTORIA	LUMINSCENT PROTEIN	N/A
1JQD	A	31	RFLNHSTEHQCMQEFMDKKLP	12.3	217	10.94	10.1	LYS	NZ	39	42.55	5.9	GLU	OE1	34	33.22	1	-21.562	9.66	0	2AOT	HISTAMINE METHYLTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1JQD	A	82	SKVQAQYPGVCINNEVVEPSA	32.1	31	1.01	6.5	LYS	NZ	112	47.45	6.4	GLU	OE2	53	20.33	62	-19.246	8.74	1	2AOT	HISTAMINE METHYLTRANSFERASE		SOH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1JQD	A	196	YGSRFPQDDLCQYITSDDLTQ	13.5	248	13.91	16.4	LYS	NZ	184	35.24	7.4	ASP	OD1	193	8.4	28	-21.15	9.98	0	2AOT	HISTAMINE METHYLTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1JQD	A	217	MLDNLGLKYECYDLLSTMDIS	12.3	31	1.01	12.2	LYS	NZ	39	42.55	4.2	ASP	OD2	219	1.83	11	-16.662	10.94	1	2AOT	HISTAMINE METHYLTRANSFERASE		SOH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1JQD	A	229	DLLSTMDISDCFIDGNENGDL	15.5	248	13.91	7.5	ARG	NH2	259	26.04	7.1	ASP	OD1	238	3.26	0	-26.513	10.62	0	2AOT	HISTAMINE METHYLTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1JQD	A	248	DLLWDFLTETCNFNATAPPDL	13.5	196	27.91	4.9	LYS	NZ	14	14.78	6	ASP	OD1	242	5.36	14	-26.136	9.07	1	2AOT	HISTAMINE METHYLTRANSFERASE		SOH	HOMO SAPIENS	TRANSFERASE	2.1.1.8
1K3I	A	18	AISRNNWAVTCDSAQSGNECN	3.8	27	0	10.1	HIS	NE2	53	0	5.5	ASP	OD1	19	0	8	-20.432	8.17	1	1GOF	GALACTOSE OXIDASE PRECURSOR		SS	FUSARIUM SPP	OXIDOREDUCTASE	1.1.3.9
1K3I	A	27	TCDSAQSGNECNKAIDGNKDT	3.8	18	7.91	11.1	ARG	NH1	11	0	8.2	ASP	OD1	19	0	0	-29.415	11.91	1	1GOF	GALACTOSE OXIDASE PRECURSOR		SS	FUSARIUM SPP	OXIDOREDUCTASE	1.1.3.9
1K3I	A	383	SNRGVAPDAMCGNAVMYDAVK	16	515	0.63	4.4	HIS	NE2	334	0	8.4	ASP	OD2	324	0.04	1	-16.323	12.09	0	1GOF	GALACTOSE OXIDASE PRECURSOR		SH	FUSARIUM SPP	OXIDOREDUCTASE	1.1.3.9
1LJL	A	10	--DKKTIYFICTGNSCRSQMA	5.7	82	1.69	5.6	ARG	NH2	16	14.25	7.8	ASP	OD1	105	3.51	3	1.022	-0.42	1	1LK0	ARSENATE REDUCTASE		SS	STAPHYLOCOCCUS AUREUS	OXIDOREDUCTASE	1.97.1.5
1LJL	A	15	TIYFICTGNSCRSQMAEGWGK	6.8	10	3.34	7.2	ARG	NH2	16	14.25	5.4	ASP	OD1	105	3.51	2	-14.005	9.29	0	1LK0	ARSENATE REDUCTASE		SH	STAPHYLOCOCCUS AUREUS	OXIDOREDUCTASE	1.97.1.5
1LJL	A	82	LKQSDLVVTLCSDADNNCPIL	5.7	10	3.34	4.1	ARG	NH2	16	14.25	5.5	ASP	OD2	84	37.29	2	-17.524	1.76	1	1LK0	ARSENATE REDUCTASE		SS	STAPHYLOCOCCUS AUREUS	OXIDOREDUCTASE	1.97.1.5
1LJL	A	89	VTLCSDADNNCPILPPNVKKE	10.5	82	1.69	4.4	LYS	NZ	98	20.73	6.7	ASP	OD2	86	5.41	0	-20.153	9.2	0	1LK0	ARSENATE REDUCTASE		SH	STAPHYLOCOCCUS AUREUS	OXIDOREDUCTASE	1.97.1.5
1LOR	A	65	IIAEFRKRFGCRIIADFKVAD	22.2	84	0	3.9	ARG	NH2	35	32.2	6.8	ASP	OD1	39	11.93	0	-16.373	8.11	1	1LOQ	OROTIDINE MONOPHOSPHATE DECARBOXYLASE		SOH	METHANOBACTERIUM THERMOAUTOTROPHICUM	LYASE	4.1.1.23
1LOR	A	84	ADIPETNEKICRATFKAGADA	3.4	109	0	8.9	ARG	NH2	85	15.23	8.3	GLU	OE2	81	10.47	0	-34.406	12.46	0	1LOQ	OROTIDINE MONOPHOSPHATE DECARBOXYLASE		SH	METHANOBACTERIUM THERMOAUTOTROPHICUM	LYASE	4.1.1.23
1LOR	A	109	GFPGADSVRACLNVAEEMGRE	3.4	84	0	10.5	ARG	NH1	107	26.17	9.7	GLU	OE2	81	10.47	0	-16.002	9.67	0	1LOQ	OROTIDINE MONOPHOSPHATE DECARBOXYLASE		SH	METHANOBACTERIUM THERMOAUTOTROPHICUM	LYASE	4.1.1.23
1MMT	A	203	TLKSLYKTHACYEYNHIFPLL	5.3	334	1.4	9.3	LYS	NZ	341	21.99	3.7	GLU	OE1	205	1.18	0	-23.54	9.45	0	1TDW	PHENYLALANINE-4-HYDROXYLASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	217	NHIFPLLEKYCGFHEDNIPQL	7.6	237	19.54	9.2	HIS	NE2	220	17.53	7.4	ASP	OD2	229	18.28	1	-29.269	10.22	1	1TDW	PHENYLALANINE-4-HYDROXYLASE		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	237	LEDVSQFLQTCTGFRLRPVAG	7.6	217	0.76	10.3	ARG	NH1	261	14.88	9.4	ASP	OD1	296	31.17	20	-19.581	8.94	0	1TDW	PHENYLALANINE-4-HYDROXYLASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	265	LGGLAFRVFHCTQYIRHGSKP	10.9	284	0	9.2	HIS	NE2	290	2.92	4.5	GLU	OE1	286	4.08	0	-25.217	14.43	0	1TDW	PHENYLALANINE-4-HYDROXYLASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	284	KPMYTPEPDICHELLGHVPLF	10.9	265	0	4.7	ARG	NH2	270	2.63	3.5	ASP	OD1	282	0	0	-25.675	11.71	0	1TDW	PHENYLALANINE-4-HYDROXYLASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	334	IYWFTVEFGLCKQGDSIKAYG	5.3	203	0.08	9.3	LYS	NZ	341	21.99	5.6	GLU	OE1	205	1.18	1	-30.397	11.87	1	1TDW	PHENYLALANINE-4-HYDROXYLASE		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MMT	A	357	LLSSFGELQYCLSEKPKLLPL	10.4	334	1.4	6.5	HIS	NE2	201	11.75	7	GLU	OE1	353	0	0	-24.489	10.84	0	1TDW	PHENYLALANINE-4-HYDROXYLASE		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.14.16.1
1MR8	A	42	DDLKKLLETECPQYIRKKGAD	?	?	?	9.3	ARG	NH1	47	36.47	7.5	GLU	OE1	41	23.83	3.3	-39.317	10.42	1	T. Vogl et al.	MIGRATION INHIBITORY FACTOR-RELATED PROTEIN 8		intermol SS	HOMO SAPIENS	METAL TRANSPORT
1N2F	A	60	EQLFAAGYSACFIGAMKFVAG	3.6	124	0	10.6	ARG	NH2	131	0.02	17.1	ASP	OD2	26	33.29	16.3	-9.639	10.63	1	J. Lesniak, W.	ORGANIC HYDROPEROXIDE RESISTANCE PROTEIN	HOOH	SS	PSEUDOMONAS AERUGINOSA PAO1	OXIDOREDUCTASE
1N2F	A	124	EALVAAAHQVCPYSNATRGNI	3.6	60	16.26	7.2	HIS	NE2	121	1.32	14.8	ASP	OD1	135	22.2	0	-9.685	6.94	1	J. Lesniak, W.	ORGANIC HYDROPEROXIDE RESISTANCE PROTEIN	HOOH	SS	PSEUDOMONAS AERUGINOSA PAO1	OXIDOREDUCTASE
1NHQ	A	42	EKGDFISFLSCGMQLYLEGKV	?	?	?	4.2	HIS	NE2	10	3	7.6	GLU	OE1	163	9.42	33	-19.822	6.18	1	1JOA	NADH PEROXIDASE		SOH	ENTEROCOCCUS FAECALIS	OXIDOREDUCTASE	1.11.1.1
1NTM	H	30	VREQCEQLEKCVKARERLELC	5.3	24	0	7.5	ARG	NH1	65	0.79	8	GLU	OE1	25	13.75	3	-24.508	8.53	0	1BCC	UBIQUINOL-CYTOCHROME C REDUCT		SH	BOS TAURUS	OXIDOREDUCTASE	1.10.2.2
1NTM	H	40	CVKARERLELCDERVSSRSQT	3.7	54	3.21	3.4	ARG	NH2	43	25.74	3.2	GLU	OE2	57	16.83	1	-28.426	8.76	1	1BCC	UBIQUINOL-CYTOCHROME C REDUCT		SS	BOS TAURUS	OXIDOREDUCTASE	1.10.2.2
1NTM	H	54	VSSRSQTEEDCTEELLDFLHA	3.7	40	0.46	6.9	ARG	NH2	43	25.74	3.9	ASP	OD1	41	24.93	3	-38.792	10.46	1	1BCC	UBIQUINOL-CYTOCHROME C REDUCT		SS	BOS TAURUS	OXIDOREDUCTASE	1.10.2.2
1O4B	A	44	RESETTKGAYCLSVSDFDNAK	11.5	97	0	3.3	ARG	NH1	34	4.29	8.3	GLU	OE1	37	28.5	9	-13.299	0.67	1	1O4C	PROTO-ONCOGENE TYROSINE-PROTEIN KINASE SRC		SOH	HOMO SAPIENS	SIGNALING PROTEIN	2.7.1.112
1O4B	A	97	AYYSKHADGLCHRLTTVCPT-	11.5	44	9.02	7.5	LYS	NZ	59	41.08	4.4	ASP	OD2	49	13.44	0	-23.509	8.25	0	1O4C	PROTO-ONCOGENE TYROSINE-PROTEIN KINASE SRC		SH	HOMO SAPIENS	SIGNALING PROTEIN	2.7.1.112
1O4B	A	104	DGLCHRLTTVCPT--------	12.7	97	0	8.6	ARG	NH2	19	26.17	8.5	GLU	OE1	16	10.08	0	-26.022	9.28	0	1O4C	PROTO-ONCOGENE TYROSINE-PROTEIN KINASE SRC		SH	HOMO SAPIENS	SIGNALING PROTEIN	2.7.1.112
1OKG	A	33	DHLAEYRIVDCRYSLKIKDHG	4.9	100	0	8.5	ARG	NH1	57	1.17	6.5	ASP	OD1	32	0.36	0	-23.934	11	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	87	PLPPAEFIDWCANGAGELPVL	9.8	100	0	11.7	ARG	NH2	29	8.66	9.4	ASP	OD1	85	28.27	3.3	-50.776	10.59	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	100	ANGAGELPVLCYDDECGAGGC	4.9	33	0	12.2	HIS	NE2	10	0	8.9	ASP	OD2	102	0.79	0	-41.341	13.54	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	105	ELPVLCYDDECGAGGCRLWWL	7.6	111	0	9.5	LYS	NZ	221	31.65	6.7	ASP	OD1	102	0	0	-16.835	8.57	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	111	CYDDECGAGGCRLWWLNSLGA	7.2	260	0	10.1	HIS	NE2	213	0.08	6.3	ASP	OD2	102	0.79	0	-15.462	12.56	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	134	AYVINGGFQACKAAGLEESGE	10.6	105	0	8.8	ARG	NH2	34	0	8.8	ASP	OD2	32	0	2.4	-26.975	10.68	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	247	HNITVVQADLCSFVFSGSGVT	14.9	260	0	5.3	HIS	NE2	164	0	2.9	ASP	OD2	245	0.3	17.1	-13.003	7.68	1	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SOH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	260	FVFSGSGVTACINIALVHHLG	6.3	278	0	5.4	ARG	NH1	112	0	9.9	ASP	OD2	102	0.79	0	-35.677	12.01	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	278	HLGLGHPYLYCGSWSEYSGLF	6.3	260	0	3.4	ARG	NH1	112	0	8.3	GLU	OE2	283	2.2	0	-13.688	7.99	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OKG	A	303	PIRSIIDDYGCQQTPSLGDNP	24.6	278	0	7.7	ARG	NH1	289	23.91	10.5	ASP	OD2	299	28.99	14.8	-13.976	8.92	0	N. Nagahara, A	POSSIBLE 3-MERCAPTOPYRUVATE SULFURTRANSFERASE	HOOH or tetrathionate	SH	LEISHMANIA MAJOR	TRANSFERASE	2.8.1.2
1OOA	A	59	KQRGFRFRYVCEGPSHGGLPG	19.2	116	0	8.2	LYS	NZ	146	31.38	5.4	GLU	OE2	60	3.94	44	-25.976	10.44	0	1NFK	NFKB		SH	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	85	NKKSYPQVKICNYVGPAKVIV	18.9	121	1.4	5.2	LYS	NZ	83	48.67	10.9	ASP	OD1	129	6.37	9	-30.24	8.51	0	1NFK	NFKB		SH	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	116	LHAHSLVGKHCEDGVCTVTAG	4	121	1.4	8.9	HIS	NE2	115	31.26	9.7	GLU	OE1	117	30.65	0	-33.629	9.93	1	1NFK	NFKB		SS	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	121	LVGKHCEDGVCTVTAGPKDMV	4	116	0	7.3	HIS	NE2	115	31.26	10.8	GLU	OE1	117	30.65	1	-22.271	12.42	1	1NFK	NFKB		SS	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	159	ETLEARMTEACIRGYNPGLLV	20.5	116	0	10.5	HIS	NE2	170	15.89	7.1	GLU	OE1	190	0.26	0	-34.606	10.2	0	1NFK	NFKB		SH	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	259	KIVRMDRTAGCVTGGEEIYLL	25.2	270	0	8.5	LYS	NZ	315	23.12	5.1	GLU	OE2	264	19.98	11	-13.517	5.16	0	1NFK	NFKB		SH	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1OOA	A	270	VTGGEEIYLLCDKVQKDDIQI	25.2	259	11.17	10.2	HIS	NE2	304	25.88	7.1	ASP	OD1	271	20.97	0	-32.338	10.52	0	1NFK	NFKB		SH	MUS MUSCULUS	TRANSCRIPTION/RNA	N/A
1ORB	A	63	PGASFFDIEECRDKASPYEVM	13.5	254	0	7.6	LYS	NZ	66	27.07	8.7	GLU	OE2	62	15.47	1	-16.23	10.45	0	2ORA	CARBOXYMETHYLATED RHODANESE		SH	BOS TAURUS	SULFURTRANSFERASE	2.8.1.1
1ORB	A	247	VDLTKPLIATCRKGVTACHIA	9.2	254	0	6.3	ARG	NH2	186	10.03	4.4	ASP	OD1	180	0	9	-11.199	7.73	1	2ORA	CARBOXYMETHYLATED RHODANESE		SS	BOS TAURUS	SULFURTRANSFERASE	2.8.1.1
1ORB	A	254	IATCRKGVTACHIALAAYLCG	9.2	247	8.55	5.2	ARG	NH2	110	0	7.2	ASP	OD1	272	0	0	-12.715	11.23	0	2ORA	CARBOXYMETHYLATED RHODANESE		SH	BOS TAURUS	SULFURTRANSFERASE	2.8.1.1
1ORB	A	263	ACHIALAAYLCGKPDVAIYDG	16.2	254	0	4.5	ARG	NH1	229	22.67	7.9	GLU	OE2	222	0.82	0	-24.275	9.18	0	2ORA	CARBOXYMETHYLATED RHODANESE		SH	BOS TAURUS	SULFURTRANSFERASE	2.8.1.1
1OY1	A	14	-KKIGVILSGCGVYDGSEIHE	11.8	41	5.03	7.1	ARG	NH1	72	35.05	6.1	GLU	OE1	69	4.24	14	-13.758	11.45	0	1VHQ	SIGMA CROSS-REACTING PROTEIN 27A		SH	E-COLI/K12	UNKNOWN FUNCTION	N/A
1OY1	A	41	AISRSGAQAVCFAPDKQQVDV	11.8	14	13.55	9.5	ARG	NH2	79	25.24	8.6	GLU	OE1	77	39.35	5	-22.117	11.41	0	1VHQ	SIGMA CROSS-REACTING PROTEIN 27A		SH	E-COLI/K12	UNKNOWN FUNCTION	N/A
1OY1	A	114	LSNFASLGSECTVDRELKALA	14.9	138	15.96	5.6	LYS	NZ	146	29.45	8.3	GLU	OE1	113	29.71	3	-13.854	8.62	0	1VHQ	SIGMA CROSS-REACTING PROTEIN 27A		SH	E-COLI/K12	UNKNOWN FUNCTION	N/A
1OY1	A	138	AHQAGKPLGFCIAPALPKIFD	13	176	1.97	12.1	HIS	NE2	173	0	3.3	GLU	OE2	24	0	16	-11.978	8.68	1	1VHQ	SIGMA CROSS-REACTING PROTEIN 27A		SOH	E-COLI/K12	UNKNOWN FUNCTION	N/A
1OY1	A	176	VLEEGAEHVPCPVDDIVVDED	13	138	15.96	8.1	HIS	NE2	173	0	4.7	ASP	OD2	180	33.09	2	-30.03	9.52	0	1VHQ	SIGMA CROSS-REACTING PROTEIN 27A		SH	E-COLI/K12	UNKNOWN FUNCTION	N/A
1P15	A	619	FWRMIWEWKSCSIVMLTELEE	16.8	735	0	5.1	ARG	NH1	679	0	10.6	ASP	OD1	667	0	0.4	-22.518	6.3	0	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	SH	MUS MUSCULUS	Hydrolase	3.1.3.48
1P15	A	635	TELEERGQEKCAQYWPSDGLV	8.6	724	4.76	4.2	HIS	NE2	723	0	8.5	GLU	OE2	633	5.03	0	-5.024	5.48	0	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	SH	MUS MUSCULUS	Hydrolase	3.1.3.48
1P15	A	660	ITVELKKEEECESYTVRDLLV	18.6	619	0.39	9.4	ARG	NH1	682	30.71	6.3	GLU	OE2	661	0	31.8	-22.816	7.98	0	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	SH	MUS MUSCULUS	Hydrolase	3.1.3.48
1P15	A	724	QSGNHPITVHCSAGAGRTGTF	8.6	635	0	7	ARG	NH1	730	5.62	13.1	GLU	OE2	626	4	4.8	1.797	-0.95	1	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	intermol SS	MUS MUSCULUS	Hydrolase	3.1.3.48
1P15	A	735	SAGAGRTGTFCALSTVLERVK	9.4	724	4.76	10	ARG	NH1	763	0	10.7	ASP	OD2	587	2.16	0	-20.756	12.17	0	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	SH	MUS MUSCULUS	Hydrolase	3.1.3.48
1P15	A	776	MVQTLEQYEFCYKVVQEYIDA	10.3	735	0	9.5	ARG	NH2	760	8.85	9.8	GLU	OE1	774	20.36	0	-14.42	10.07	0	Thea van der W	PROTEIN-TYROSINE PHOSPHATASE ALPHA	HOOH	SH	MUS MUSCULUS	Hydrolase	3.1.3.48
1PS4	A	46	AGLAGKDPVQCSRDVVICPDA	10.3	53	51.11	9.5	ARG	NH1	48	14.82	4.8	GLU	OE1	16	0	0	-39.659	8.74	0	1SOA	DJ-1	HOOH	SH	HOMO SAPIENS	RNA BINDING PROTEIN	N/A
1PS4	A	53	PVQCSRDVVICPDASLEDAKK	10.3	46	0	6.1	LYS	NZ	41	23.86	8.8	ASP	OD1	55	25.54	51	-28.241	9	0	1SOA	DJ-1	HOOH	SH	HOMO SAPIENS	RNA BINDING PROTEIN	N/A
1PS4	A	106	ENRKGLIAAICAGPTALLAHE	12.8	46	0	5.3	HIS	NE2	126	28.32	3.1	GLU	OE2	18	0	12	-30.074	10.46	1	1SOA	DJ-1	HOOH	SOOH	HOMO SAPIENS	RNA BINDING PROTEIN	N/A
1PT1	A	26	THADLHYEGSCAIDQDFLDAA	11.7	78	32.64	11.3	HIS	NE2	17	1.47	11.2	GLU	OE2	40	11.93	0	-20.038	10.74	0	1PQF	ASPARTATE DECARBOXYLASE		SH	E-COLI	LYASE	4.1.1.11
1PT1	A	78	IISVNGAAAHCASVGDIVIIA	11.7	26	0	5.6	LYS	NZ	53	27.22	9	ASP	OD2	83	1.26	33	-19.732	9	1	1PQF	ASPARTATE DECARBOXYLASE		SOH	E-COLI	LYASE	4.1.1.11
1PVN	A	9	---AKYYNEPCHTFNEYLLIP	13.7	319	8.59	6.2	ARG	NH1	322	35.94	7.1	GLU	OE2	14	9.39	40	-4.682	5.43	0	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SH	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	26	LLIPGLSTVDCIPSNVNLSTP	5.6	459	0	7.6	LYS	NZ	472	43.54	4	ASP	OD1	25	8.67	3	-23.728	5.9	1	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SS	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	259	ALVEAGADVLCIDSSDGFSEW	7.4	356	0	4.7	LYS	NZ	310	1.8	7.2	ASP	OD1	261	3.44	0	-17.374	10.78	0	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SH	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	319	IKIGIGGGSICITREQKGIGR	13.7	9	39.76	6.1	ARG	NH2	418	33.47	6	GLU	OE2	431	0.22	9	-12.773	6.81	0	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SH	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	356	FEETGIYIPVCSDGGIVYDYH	7.4	259	0	6.2	LYS	NZ	310	1.8	5.7	ASP	OD1	358	8.53	0	-22.697	13.03	0	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SH	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	459	ASLNKVKSTMCNCGALTIPQL	5.6	26	3.31	9.3	LYS	NZ	455	43.24	8.1	ASP	OD1	25	8.67	0	-27.955	11.81	1	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SS	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1PVN	A	461	LNKVKSTMCNCGALTIPQLQS	9.2	459	0	8.4	LYS	NZ	474	28.13	13.4	ASP	OD1	25	8.67	1	-36.505	11.79	0	1LRT	INOSINE-5'-MONOPHOSPHATE DEHYDROGENASE		SH	TRITRICOMONAS FOETUS	OXIDOREDUCTASE	1.1.1.205
1QFS	A	25	AIQDYHGHKVCDPYAWLEDPD	20.3	601	10.81	7	ARG	NH2	11	27.33	6.2	GLU	OE1	13	12.72	48	-29.312	9	1	1QFM	PROLYL OLIGOPEPTIDASE		SOH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	57	NKITVPFLEQCPIRGLYKERM	8.8	703	0	5.1	ARG	NH1	702	0.76	9.5	ASP	OD1	707	28.26	29	-40.261	9.05	1	1QFM	PROLYL OLIGOPEPTIDASE		SOH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	78	TELYDYPKYSCHFKKGKRYFY	11.9	352	0	8.9	ARG	NH1	98	21.62	11.2	GLU	OE1	393	6.49	0	-34.857	10.86	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	175	PDVLERVKFSCMAWTHDGKGM	9.9	225	0	11.8	ARG	NH2	252	26.59	9.4	GLU	OE1	239	11.74	0	-23.691	8.51	1	1QFM	PROLYL OLIGOPEPTIDASE		SOOH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	225	LGTDQSEDILCAEFPDEPKWM	8.6	264	0.75	11.7	LYS	NZ	183	48.57	8	GLU	OE1	269	8.96	0	-25.29	10.48	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	255	RYVLLSIREGCDPVNRLWYCD	13.6	601	10.81	8	ARG	NH1	643	40.68	6.7	ASP	OD1	598	0	29	-23.61	10.98	1	1QFM	PROLYL OLIGOPEPTIDASE		SOH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	264	GCDPVNRLWYCDLQQESNGIT	8.6	225	0	7.8	LYS	NZ	278	30.34	3.3	GLU	OE2	269	0.61	1	-32.42	9.69	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	343	HEKDVLEWVACVRSNFLVLCY	15.2	410	0	3.3	LYS	NZ	389	0	4.9	ASP	OD2	242	1.17	0	-11.459	6.17	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	352	ACVRSNFLVLCYLHDVKNTLQ	11.9	78	0	10.6	LYS	NZ	303	8.96	4	GLU	OE1	339	7.35	0	-25.374	11.41	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	410	SFLSPGIIYHCDLTKEELEPR	12.9	78	0	7.4	HIS	NE2	409	0	7.2	ASP	OD1	411	2.93	0	-24.83	9.46	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	526	KGGILANKQNCFDDFQCAAEY	9.3	563	0	3.3	LYS	NZ	523	1.13	6	ASP	OD2	529	0	0	-18.177	8.25	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	532	NKQNCFDDFQCAAEYLIKEGY	9.7	563	0	7.4	ARG	NH1	567	15.76	3.8	GLU	OE2	535	14.91	17	-20.345	8.48	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	563	GSNGGLLVATCANQRPDLFGC	9.3	526	0	8.9	ARG	NH1	567	15.76	7.8	ASP	OD1	528	9	0	-28.429	10.75	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	573	CANQRPDLFGCVIAQVGVMDM	5.1	703	0	12.5	ARG	NH1	702	0.76	12.7	ASP	OD1	695	3.06	0	-14.47	13.19	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	601	IGHAWTTDYGCSDSKQHFEWL	13.6	255	28.85	4	HIS	NE2	587	4.15	3.8	ASP	OD2	603	30.52	11	-16.158	7.33	1	1QFM	PROLYL OLIGOPEPTIDASE		SOOH	SUS SCROFA	HYDROLASE	3.4.21.26
1QFS	A	703	VSDMFAFIARCLNIDWIP---	5.1	573	0	8	ARG	NH1	702	0.76	12.3	ASP	OD1	695	3.06	0	-19.25	9.63	0	1QFM	PROLYL OLIGOPEPTIDASE		SH	SUS SCROFA	HYDROLASE	3.4.21.26
1QLP	A	232	KRLGMFNIQHCKKLSSWVLLM	?	?	?	7	LYS	NZ	234	42.89	9	GLU	OE1	266	22.46	19	-7.647	5.7	1	S. W. Griffith	ALPHA-1-ANTITRYPSIN		SOOOH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
1R1R	A	179	AQFLYILVAACLFSNYPRETR	21.1	225	3.3	3.9	HIS	NE2	118	0	7	ASP	OD2	116	6.38	0	-45.767	5.36	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	225	VRTPTRQFSSCVLIECGDSLD	5.9	462	0	15.6	ARG	NH1	251	37.08	5.7	GLU	OE2	441	4.36	3	-17.828	9.09	1	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SS	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	230	RQFSSCVLIECGDSLDSINAT	9.7	278	0	9.7	ARG	NH1	260	35.97	7.6	ASP	OD1	232	0	0	-19.834	10.16	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	278	IRGGEAFHTGCIPFYKHFQTA	9.7	230	0	3.8	HIS	NE2	310	0	3.5	GLU	OE2	312	0	0	-26.445	10.26	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	292	YKHFQTAVKSCSQGGVRGGAA	18.3	225	3.3	10.1	LYS	NZ	246	48.86	17.6	ASP	OD2	497	27.73	25	-19.723	8.99	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	420	GRIYIQNVDHCNTHSPFDPAI	14.2	462	0	5.7	LYS	NZ	727	2.16	7.1	ASP	OD1	418	0	0	-43.632	10.2	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	439	AIAPVRQSNLCLEIALPTKPL	8.3	225	3.3	8.5	ARG	NH2	411	37.8	4.9	GLU	OE1	441	0	33	-17.025	12.36	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	462	VNDENGEIALCTLSAFNLGAI	5.9	225	3.3	12.5	LYS	NZ	727	2.16	7.3	GLU	OE2	441	4.36	0	-18.493	11.8	1	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SS	E-COLI	OXIDOREDUCTASE	1.17.4.1
1R1R	A	565	SNELAKEQGACPWFNETTYAK	12.8	462	0	7.7	ARG	NH1	612	11.54	8.1	ASP	OD1	490	0	0	-15.705	8.55	0	2RIR	RIBONUCLEOTIDE REDUCTASE R1 PROTEIN		SH	E-COLI	OXIDOREDUCTASE	1.17.4.1
1RQA	B	93	GTFATLSELHCDKLHVDPENF	27.5	112	59.96	5.1	HIS	NE2	146	14.49	3.5	ASP	OD1	94	4.25	14	-23.474	8.84	1	1RQ4	HUMAN HEMOGLOBIN	NO	SOH	HOMO SAPIENS	OXYGEN STORAGE/TRANSPORT	N/A
1RTH	A	38	EEKIKALVEICTEMEKEGKIS	50.3	280	45.35	6.5	LYS	NZ	73	10.86	8.4	GLU	OE1	42	0.05	0	-27.976	9.81	0	1EP4	HIV-1 REVERSE TRANSCRIPTASE		SH	HIV TYPE I	NUCLEOTIDYLTRANSFERASE	2.7.7.49
1RTH	A	280	IYPGIKVRQLCKLLRGTKALT	50.3	38	0	8.7	LYS	NZ	281	10.04	8	GLU	OE1	302	0	45	-16.375	9	1	1EP4	HIV-1 REVERSE TRANSCRIPTASE		SOOH	HIV TYPE I	NUCLEOTIDYLTRANSFERASE	2.7.7.49
1RW7	A	138	YANGGVVAAVCHGPAIFDGLT	?	?	?	5.2	HIS	NE2	139	0	3.2	GLU	OE2	30	0	3	-20.658	7.59	1	1QVZ	YDR533C		SOH	SACCAROMYCES CEREVICIAE	UNKNOWN FUNCTION	N/A
1TD2	A	53	NHTQYGKWTGCVMPPSHLTEI	17.1	122	16.34	9.1	HIS	NE2	59	11.74	13.6	GLU	OE1	62	29.83	35	-16.164	3.39	1	1VI9	PYRIDOXAMINE KINASE		SOOH	E-COLI	TRANSFERASE	2.7.1.35
1TD2	A	76	GIAAIDKLHTCDAVLSGYLGS	15.2	111	0	10.8	LYS	NZ	101	19.84	6.8	ASP	OD1	77	3.64	0	-15.568	8.67	0	1VI9	PYRIDOXAMINE KINASE		SH	E-COLI	TRANSFERASE	2.7.1.35
1TD2	A	111	KAANPQAKYFCDPVMGHPEKG	14.3	122	16.34	5.2	HIS	NE2	132	0	7	ASP	OD2	112	0	0	-17.552	7.23	0	1VI9	PYRIDOXAMINE KINASE		SH	E-COLI	TRANSFERASE	2.7.1.35
1TD2	A	122	DPVMGHPEKGCIVAPGVAEFH	14.3	111	0	8.3	HIS	NE2	44	0	7.1	ASP	OD2	224	7.46	16	-17.272	10.44	0	1VI9	PYRIDOXAMINE KINASE		SH	E-COLI	TRANSFERASE	2.7.1.35
1TD2	A	154	APNLVELEILCEHAVNNVEEA	14.8	111	0	3.4	HIS	NE2	156	3.32	4.1	GLU	OE1	170	0.14	0	-39.473	7.2	0	1VI9	PYRIDOXAMINE KINASE		SH	E-COLI	TRANSFERASE	2.7.1.35
1U8F	O	152	NSLKIISNASCTTNCLAPLAK	9.8	156	0	5.9	HIS	NE2	179	8.62	7.6	ASP	OD1	315	0	20	-17.87	11.76	1	1J0X	GAPDH	HOOH	SOH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.12
1U8F	O	156	IISNASCTTNCLAPLAKVIHD	9.8	152	19.84	9.4	HIS	NE2	179	8.62	10.4	ASP	OD1	289	0.16	0	-17.977	9.51	0	1J0X	GAPDH		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.12
1U8F	O	247	TANVSVVDLTCRLEKPAKYDD	13.2	156	0	9.7	LYS	NZ	309	16.38	9	ASP	OD2	244	0	0	-15.69	11.75	0	1J0X	GAPDH		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.12
1U8F	O	284	LGYTEHQVVSCDFNSDTHSST	16.6	156	0	13.1	HIS	NE2	53	0	4.1	ASP	OD1	285	27.14	35	-8.665	9.19	0	1J0X	GAPDH		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.2.1.12
1UMJ	A	29	KTLLKERLIACANLREHRAFY	?	?	?	3.5	LYS	NZ	56	0	9	GLU	OE1	99	25.52	9	-12.892	5	1	1V9B	PYROCOCCUS HORIKOSHII CUTA		SOOH	PYROCOCCUS HORIKOSHII	UNKNOWN FUNCTION	N/A
1UTR	A	5	---------ICPGFLQVLEAL	20	71	58.42	16.2	LYS	NZ	60	43.65	10.3	GLU	OE1	63	27.9	77	-32.256	9	1	2UTG	UTEROGLOBIN-PCB COMPLEX		SS	RATTUS NORVEGICUS	MAMMALIAN PCB BINDING PROTEIN	N/A
1UTR	A	71	LTEKILTSPLC----------	20	5	77.04	11.3	LYS	NZ	64	27.13	16.1	GLU	OE1	63	27.9	58	-26.094	8.69	1	2UTG	UTEROGLOBIN-PCB COMPLEX		SS	RATTUS NORVEGICUS	MAMMALIAN PCB BINDING PROTEIN	N/A
1VH2	A	82	EGVVDVSPMGCRTGMYMAVIG	20.6	125	2.2	3.8	ARG	NH1	42	1.37	7.4	ASP	OD1	40	0	15	-22.979	2.2	1	1VGX	S-RIBOSYLHOMOCYSTEINASE		SOOH	DEINOCOCCUS RADIODURANS	HYDROLASE	3.13.1.-
1VH2	A	125	QPIPGVSELECGNYRDHDLAA	20.6	82	14.88	3.4	HIS	NE2	57	8.98	6.6	GLU	OE1	60	10.89	2	-17.714	2.21	0	1VGX	S-RIBOSYLHOMOCYSTEINASE		SH	DEINOCOCCUS RADIODURANS	HYDROLASE	3.13.1.-
1X9E	A	111	FARSFEIKEACYGATAGLQLA	?	?	?	3.6	HIS	NE2	233	4.28	3.8	GLU	OE2	79	0	7	-29.458	8.33	1	1YSL	HMG-COA SYNTHASE		SOOH	ENTEROCOCCUS FAECALIS	LYASE	4.1.3.5
1XJN	A	134	SRNHLHMLSACFVVPVGDSIE	5.7	333	0	10.4	ARG	NH1	388	4.87	4.4	GLU	OE2	324	4.26	2	-20.329	15.18	1	1XJF	RIBONUCLEOTIDE REDUCTASE, B12-DEPENDENT		SS	THERMOTOGA MARITIMA	OXIDOREDUCTASE	1.17.4.1
1XJN	A	322	PHRKINSTNPCGEIGLSDYEA	7.9	134	1.64	11.8	LYS	NZ	229	10.79	4.8	GLU	OE1	324	0	47	-12.904	12.64	0	1XJF	RIBONUCLEOTIDE REDUCTASE, B12-DEPENDENT		SH	THERMOTOGA MARITIMA	OXIDOREDUCTASE	1.17.4.1
1XJN	A	333	GEIGLSDYEACNLGSIDVAKF	5.7	134	1.64	6.4	ARG	NH1	388	4.87	6.7	GLU	OE2	331	0.2	0	-21.955	12.29	1	1XJF	RIBONUCLEOTIDE REDUCTASE, B12-DEPENDENT		SS	THERMOTOGA MARITIMA	OXIDOREDUCTASE	1.17.4.1
1XW3	A	99	GGDYFYSFGGCHRYAAYQQLQ	?	?	?	3.5	ARG	NH2	51	3.6	11.5	ASP	OD2	80	41.81	16	-8.082	4.98	1	1XW4	SULFIREDOXIN		SOOH	HOMO SAPIENS	OXIDOREDUCTASE	N/A
1XWW	A	12	EQATKSVLFVCLGNICRSPIA	7	17	1.88	5.1	ARG	NH2	18	4.48	7.7	ASP	OD1	129	2.98	2.2	1.382	1.42	1	A. Caselli et	LOW MOLECULAR	HOOH	SS	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	17	SVLFVCLGNICRSPIAEAVFR	7	12	2.19	4.7	ARG	NH2	58	4.99	4.3	ASP	OD2	56	9.9	1.9	-38.848	10.64	1	A. Caselli et	LOW MOLECULAR	HOOH	SS	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	62	GRSPDPRAVSCLRNHGIHTAH	8.9	145	0	4.5	HIS	NE2	66	0.94	3.9	GLU	OE1	139	5.08	1.1	-18.31	9.39	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	90	EDFATFDYILCMDESNLRDLN	9.7	12	2.19	8.6	ARG	NH1	18	0	6.6	ASP	OD1	92	0	0	-16.003	9.79	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	109	LNRKSNQVKTCKAKIELLGSY	12.2	90	0	10.4	LYS	NZ	110	28.71	10.9	ASP	OD1	86	17.94	8.7	-21.272	8.5	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	145	DSDFETVYQQCVRCCRAFLEK	5.6	149	0	9.3	ARG	NH2	147	4.99	10.1	ASP	OD2	120	0.06	0	-27.527	13.22	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	148	FETVYQQCVRCCRAFLEKAH-	6.6	145	0	6.1	ARG	NH2	147	4.99	4.8	ASP	OD1	120	0	0.1	-29.623	9.58	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XWW	A	149	ETVYQQCVRCCRAFLEKAH--	5.6	145	0	10.2	ARG	NH2	150	48.9	10.5	GLU	OE1	23	0.02	0	-29.844	11.71	0	A. Caselli et	LOW MOLECULAR	HOOH	SH	HOMO SAPIENS	HYDROLASE	3.1.3.48, 3.1.3.2
1XXU	A	45	VFFPLAFTGICQGELDQLRDH	?	?	?	6.8	ARG	NH2	139	0.27	5.8	GLU	OE2	48	0	0	-19.089	7.17	1	1XVW	AHPE		SOH	MYCOBACTRIUM TUBERCULOSIS	OXIDOREDUCTASE	1.11.1.7
1Y1I	X	336	DRVKKGGSYMCHRSYCYRYRC	3.4	341	11.96	6.7	ARG	NH1	343	16.7	10.1	ASP	OD2	111	0	1.3	-27.898	10.29	1	T. Dierks et a	C-ALPHA-FORMYGLYCINE-GENERATING ENZYME		SS, SOOOH	HOMO SAPIENS	OXIDOREDUCTASE
1Y1I	X	341	GGSYMCHRSYCYRYRCAARSQ	3.4	336	1.26	3.8	ARG	NH1	343	16.7	8	ASP	OD2	111	0	12	-15.412	6.08	1	T. Dierks et a	C-ALPHA-FORMYGLYCINE-GENERATING ENZYME		SS, SOOOH	HOMO SAPIENS	OXIDOREDUCTASE
1Y25	A	60	NIFPSVDTPVCATSVRTFDER	9.8	80	0	3.1	ARG	NH1	130	0.04	7.2	ASP	OD2	84	0	0	2.254	2.18	0	1XVQ	MYCOBACTERIAL THIOL PEROXIDASE TPX		SH	MYCOBACTRIUM TUBERCULOSIS	OXIDOREDUCTASE	1.11.1.-
1Y25	A	80	RAAASGATVLCVSKDLPFAQK	6.6	93	3	10.2	ARG	NH1	130	0.04	7.5	ASP	OD1	68	0	0	-14.995	10.77	1	1XVQ	MYCOBACTERIAL THIOL PEROXIDASE TPX		SOH	MYCOBACTRIUM TUBERCULOSIS	OXIDOREDUCTASE	1.11.1.-
1Y25	A	93	KDLPFAQKRFCGAEGTENVMP	6.6	80	0	8.9	ARG	NH2	91	21.58	7	ASP	OD1	68	0	3	-30.194	7.86	0	1XVQ	MYCOBACTERIAL THIOL PEROXIDASE TPX		SH	MYCOBACTRIUM TUBERCULOSIS	OXIDOREDUCTASE	1.11.1.-
1Y8B	A	228	GYRGDAAAPTCILLKNNGLHI	24.6	617	12.97	4.1	ARG	NH2	317	11	6	GLU	OE1	239	3.64	5.3	-21.682	10.06	0	D.M. Anstrom,	MALATE SYNTHASE G	O2	SH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1Y8B	A	271	VEAAISTILDCEDSVAAVDAE	17.9	617	12.97	8.6	ARG	NH2	338	3.33	4.6	ASP	OD1	363	2.94	17.5	-6.199	7.9	0	D.M. Anstrom,	MALATE SYNTHASE G	O2	SH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1Y8B	A	438	ERRTSLNLRSCIAQARNRVAF	9.3	496	3.1	6.7	ARG	NH2	429	0.15	6.7	GLU	OE2	398	1.23	1.7	-24.514	15.88	0	D.M. Anstrom,	MALATE SYNTHASE G	O2	SH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1Y8B	A	496	ERNNVLSGLFCGLRGKAQIGK	9.3	438	1.69	6.8	ARG	NH1	436	0.07	6.7	GLU	OE2	427	0	3.1	-24.037	9.08	0	D.M. Anstrom,	MALATE SYNTHASE G	O2	SH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1Y8B	A	617	VVRWVEQGIGCSKVPDIHNVA	17.9	271	17.53	11.8	ARG	NH2	311	12.87	8.6	ASP	OD2	631	2.52	13	-32.251	7.52	1	D.M. Anstrom,	MALATE SYNTHASE G	O2	SOH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1Y8B	A	688	RPMAGNFANSCAFKAASDLIF	26	271	17.53	5	HIS	NE2	723	6.55	7.9	GLU	OE1	719	10.45	58.1	-17.223	8.71	1	D.M. Anstrom,	MALATE SYNTHASE G	O2	SOH	ESCHERICHIA CO	TRANSFERASE	2.3.3.9
1YAF	A	7	-----KFSEECRSAAAEWWEG	15.9	135	17.05	5.7	LYS	NZ	195	19.73	6.1	GLU	OE2	6	16.05	0	-31.66	10.27	0	1TO9	TENA FROM BACILLUS SUBTILIS		SH	BACILLUS SUBTILIS	TRANSCRIPTION	N/A
1YAF	A	135	FAEILAALLPCYWLYYEVGEK	15.9	7	0	11	HIS	NE2	115	0	4.3	GLU	OE2	205	2.5	17	-29.216	14.04	0	1TO9	TENA FROM BACILLUS SUBTILIS		SH	BACILLUS SUBTILIS	TRANSCRIPTION	N/A
1YAF	A	149	YYEVGEKLLHCDPGHPIYQKW	20.5	135	17.05	9.3	HIS	NE2	148	31.74	8	ASP	OD2	29	23.75	28	-31.203	8.7	1	1TO9	TENA FROM BACILLUS SUBTILIS		SOOH	BACILLUS SUBTILIS	TRANSCRIPTION	N/A
1YJQ	A	8	---MKITVLGCGALGQLWLTA	4.1	37	0	8.8	ARG	NH2	124	20.52	13.6	GLU	OE2	51	33.65	0	-23.617	10.52	1	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SS	E-COLI	OXIDOREDUCTASE	1.1.1.169
1YJQ	A	20	ALGQLWLTALCKQGHEVQGWL	8.8	37	0	9.2	LYS	NZ	21	2.58	6.9	GLU	OE2	51	33.65	10	-33.088	9.35	0	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.1.1.169
1YJQ	A	37	QGWLRVPQPYCSVNLVETDGS	4.1	8	0	10.6	ARG	NH2	124	20.52	9.8	GLU	OE2	51	33.65	0	-22.98	7.63	1	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SS	E-COLI	OXIDOREDUCTASE	1.1.1.169
1YJQ	A	181	AELWRKLAVNCVINPLTAIWN	9.3	208	0.2	10.4	ARG	NH2	266	3.05	8.4	GLU	OE1	210	0	0	-37.068	12.19	0	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.1.1.169
1YJQ	A	192	VINPLTAIWNCPNGELRHHPQ	15.7	208	0.2	6.6	HIS	NE2	200	7.52	6	GLU	OE2	196	22.96	0	-24.207	8.51	0	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.1.1.169
1YJQ	A	208	RHHPQEIMQICEEVAAVIERE	9.3	181	0	8.1	ARG	NH1	228	26.7	8.6	GLU	OE2	209	26.31	0	-19.62	9.97	0	1KS9	2-DEHYDROPANTOATE 2-REDUCTASE		SH	E-COLI	OXIDOREDUCTASE	1.1.1.169
1Z97	A	66	AKTILNNGKTCRVVFDDTYDR	15	183	8.53	9.3	HIS	NE2	94	8.58	11.6	ASP	OD2	165	3.88	0	-28.198	11.07	0	1FLJ	CARBONIC ANHYDRASE III		SH	HOMO SAPIENS	LYASE	4.2.1.1
1Z97	A	183	EAPFTKFDPSCLFPACRDYWT	15	66	0	9.9	ARG	NH2	189	34.69	5.6	ASP	OD1	180	0	9	-16.095	10.2	1	1FLJ	CARBONIC ANHYDRASE III	GSSG	SSG	HOMO SAPIENS	LYASE	4.2.1.1
1Z97	A	188	KFDPSCLFPACRDYWTYQGSL	17.1	183	8.53	4.3	LYS	NZ	213	25.27	3.6	ASP	OD1	190	14.39	9	-9.84	7.3	1	1FLJ	CARBONIC ANHYDRASE III	GSSG	SSG	HOMO SAPIENS	LYASE	4.2.1.1
1Z97	A	203	TYQGSLTTPPCEECIVWLLLK	9.9	206	0	4.2	ARG	NH1	246	6.09	6.7	GLU	OE1	204	0	0	-26.524	8.01	0	1FLJ	CARBONIC ANHYDRASE III		SH	HOMO SAPIENS	LYASE	4.2.1.1
1Z97	A	206	GSLTTPPCEECIVWLLLKEPM	9.9	203	0	10.4	LYS	NZ	136	22.58	5.6	GLU	OE1	204	0	0	-22.191	11.2	0	1FLJ	CARBONIC ANHYDRASE III		SH	HOMO SAPIENS	LYASE	4.2.1.1
1ZDL	A	54	VIGGGSGGLACAKEAAQLGKK	16.4	86	12.54	8.3	ARG	NH2	381	0	9.1	GLU	OE2	347	0	0	-25.143	11.31	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	86	RGTKWGLGGTCVNVGCIPKKL	3.2	91	27.51	7	HIS	NE2	143	6.2	10	ASP	OD1	359	7.48	13	-13.083	9.97	1	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SS	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	91	GLGGTCVNVGCIPKKLMHQAA	3.2	86	12.54	6	LYS	NZ	94	19.76	8.7	GLU	OE1	232	10.75	28	-4.271	7.43	1	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SS	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	233	VVGASYVALECAGFLTGIGLD	12.2	91	27.51	8.6	LYS	NZ	94	19.76	6.1	GLU	OE1	232	10.75	5	-18.22	11.74	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	279	ESHGTQFLKGCVPSHIKKLPT	19.4	233	5.07	8	HIS	NE2	299	9.27	4	ASP	OD1	298	1.05	2	-27.539	9.04	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	407	TTVFTPLEYGCVGLSEEEAVA	15.4	452	0	5.9	HIS	NE2	464	0	7.9	GLU	OE1	414	3.46	11	-18.645	10.42	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	446	FTVADRDASQCYIKMVCMREP	6.7	500	7.72	7.1	HIS	NE2	267	5.16	7.5	ASP	OD1	442	6.91	0	-26.456	10.29	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	452	DASQCYIKMVCMREPPQLVLG	14.9	483	57.66	10	ARG	NH1	454	28.02	7.5	GLU	OE1	425	0.06	0	-19.37	10.46	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	483	VTQGFALGIKCGASYAQVMQT	14.9	452	0	10.9	LYS	NZ	482	2.04	12.1	ASP	OD2	391	24.15	58	-14.718	9	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZDL	A	500	VMQTVGIHPTCSEEVVKLHIS	6.7	446	0.25	10.4	LYS	NZ	506	15.65	4.7	GLU	OE1	435	15.66	8	-12.002	9.81	0	1ZKQ	THIOREDOXIN REDUCTASE 2, MITOCHONDRIAL		SH	MUS MUSCULUS	OXIDOREDUCTASE	1.8.1.9
1ZI6	A	60	WLVDQGYAAVCPDLYARQAPG	13.2	123	7.23	12	ARG	NH1	45	23.93	7.9	ASP	OD1	62	0.37	0	-30.542	11.75	0	1DIN	DIENELACTONE HYDROLASE		SH	PSEODOMONAS PUTIDA	HYDROLASE	3.1.1.45
1ZI6	A	123	SNGKVGLVGYCLGGALAFLVA	13.2	60	0	2.8	HIS	NE2	202	0.62	5.7	GLU	OE2	36	0.65	7	-36.241	4.82	1	1DIN	DIENELACTONE HYDROLASE		SOOH	PSEODOMONAS PUTIDA	HYDROLASE	3.1.1.45
1ZVQ	A	51	RKQVVIDGETCLLDILDTAGG	20.6	80	0.25	4.6	ARG	NH2	164	0.27	4.1	GLU	OE1	49	0	0	-43.635	8.15	0	1XJ0	P21/H-RAS-1		SH	HOMO SAPIENS	ONCOPROTEIN	N/A
1ZVQ	A	80	QYMRTGEGFLCVFAINNTKSF	17.8	118	5.75	7.2	ARG	NH1	97	0.89	10.9	GLU	OE2	98	6.93	0	-18.339	11.63	0	1XJ0	P21/H-RAS-1		SH	HOMO SAPIENS	ONCOPROTEIN	N/A
1ZVQ	A	118	DVPMVLVGNKCDLAARTVESR	17.8	80	0.25	6.6	ARG	NH1	123	20.57	4.9	GLU	OE2	143	12.03	6	-16.911	8.72	1	1XJ0	P21/H-RAS-1		SOH	HOMO SAPIENS	ONCOPROTEIN	N/A
2AE2	A	10	--AGRWNLEGCTALVTGGSRG	8	236	0	3.8	ARG	NH2	138	0	8.5	GLU	OE1	8	19.05	8	-20.451	6.89	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	39	LASLGASVYTCSRNQKELNDC	5	65	0.15	10.3	ARG	NH2	41	36.48	8.7	GLU	OE1	72	12.59	0	-11.323	8.95	1	2AE1	TROPINONE REDUCTASE-II		SS	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	49	CSRNQKELNDCLTQWRSKGFK	11.7	39	0.11	8.4	ARG	NH1	19	20.1	6.3	GLU	OE2	45	0.09	7	-19.718	8.97	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	65	SKGFKVEASVCDLSSRSERQE	5	39	0.11	8.2	ARG	NH1	73	1.19	4.3	GLU	OE1	72	12.59	0	-20.902	11.46	1	2AE1	TROPINONE REDUCTASE-II		SS	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	172	TKGAMDQLTRCLAFEWAKDNI	20.5	236	0	7.6	ARG	NH1	171	17.64	6.1	GLU	OE1	176	38.68	43	-32.398	8.4	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	217	KENLNKLIDRCALRRMGEPKE	15.4	258	68.35	8	ARG	NH1	221	2.05	7.3	ASP	OD1	251	7.72	5	-28.268	4.94	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	236	KELAAMVAFLCFPAASYVTGQ	8	10	7.53	6.5	ARG	NH2	183	0.07	11.1	GLU	OE1	28	22.47	0	-29.364	11.63	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AE2	A	258	IYVDGGLMANCGF--------	15.4	217	4.55	9.5	ARG	NH1	216	44.21	12.8	ASP	OD2	215	26.3	68	-28.614	9	0	2AE1	TROPINONE REDUCTASE-II		SH	HOMO SAPIENS	SERINE PROTEASE INHIBITOR	N/A
2AF3	C	159	SAFFIISVPDCEYGSDGTFLF	20	277	30.14	13	LYS	NZ	203	7.16	7.3	GLU	OE2	160	30.43	14	-13.183	7.93	1	2AF4	PHOSPHATE ACETYLTRANSFERASE		SOH	METHANOSACRINA THERMOPHILA	TRASNFERASE	2.3.1.8
2AF3	C	277	ANVFIFPDLNCGNIAYKIAQR	20	159	13.93	14.2	LYS	NZ	218	49.65	3.8	ASP	OD2	274	0.03	30	-22.355	18.23	0	2AF4	PHOSPHATE ACETYLTRANSFERASE		SH	METHANOSACRINA THERMOPHILA	TRASNFERASE	2.3.1.8
2AF3	C	312	AKPINDLSRGCSDEDIVGAVA	16.4	325	0.16	3.6	ARG	NH1	28	5.54	5.2	ASP	OD1	316	14.31	0	-28.932	10.56	0	2AF4	PHOSPHATE ACETYLTRANSFERASE		SH	METHANOSACRINA THERMOPHILA	TRASNFERASE	2.3.1.8
2AF3	C	325	EDIVGAVAITCVQAAAQDK--	16.4	312	0	8.2	LYS	NZ	17	8.8	6.6	ASP	OD2	118	4.8	0	-30.852	10.65	0	2AF4	PHOSPHATE ACETYLTRANSFERASE		SH	METHANOSACRINA THERMOPHILA	TRASNFERASE	2.3.1.8
2AI9	A	110	QEAYLPTGEGCLSVDDNVAGL	?	?	?	3.8	HIS	NE2	157	0.07	6.8	GLU	OE2	154	4.89	0	-16.908	-3.8	1	1Q1Y	PEPTIDE DEFORMYLASE PDF1		SOOH	STAPHYLOCOCCUS AUREUS	HYDROLASE	3.5.1.88
2B3Z	A	74	GADIYVTLEPCSHYGKTPPCA	3.9	83	3.33	5	HIS	NE2	49	29.47	5.5	GLU	OE2	51	4.85	5	-29.667	2.77	1	2D5N	RIBOFLAVIN BIOSYNTHESIS PROTEIN RIBD		SS	BACILLUS SUBTILIS	HYDROLASE/OXIDOREDUCTASE	3.5.4.26/1.1.1.193
2B3Z	A	83	PCSHYGKTPPCAELIINSGIK	3.9	74	5.03	5.8	HIS	NE2	49	29.47	3.8	GLU	OE1	51	0.92	3	-21.867	9.38	1	2D5N	RIBOFLAVIN BIOSYNTHESIS PROTEIN RIBD		SS	BACILLUS SUBTILIS	HYDROLASE/OXIDOREDUCTASE	3.5.4.26/1.1.1.193
2B3Z	A	205	TVKADNPSLTCRLPNVTKQPV	21.2	233	14.08	4.9	LYS	NZ	184	11.98	10.6	GLU	OE2	17	24.87	1	-30.455	6.84	0	2D5N	RIBOFLAVIN BIOSYNTHESIS PROTEIN RIBD		SH	BACILLUS SUBTILIS	HYDROLASE/OXIDOREDUCTASE	3.5.4.26/1.1.1.193
2B3Z	A	233	LSIPEDAKVICDQIAPTWIFT	21.2	205	0.88	9.1	ARG	NH2	216	1.27	6.5	ASP	OD1	228	12.37	14	-20.846	9.07	0	2D5N	RIBOFLAVIN BIOSYNTHESIS PROTEIN RIBD		SH	BACILLUS SUBTILIS	HYDROLASE/OXIDOREDUCTASE	3.5.4.26/1.1.1.193
2B3Z	A	304	AVHGSFVKEGCFQEIIFYFAP	25	205	0.88	9	HIS	NE2	139	2.69	5.9	GLU	OE1	302	30.1	12	-26.103	9.68	0	2D5N	RIBOFLAVIN BIOSYNTHESIS PROTEIN RIBD		SH	BACILLUS SUBTILIS	HYDROLASE/OXIDOREDUCTASE	3.5.4.26/1.1.1.193
2B4E	A	24	VFGQPAKADQCYEDVRVSQTT	7.4	345	0	5.7	LYS	NZ	344	37.16	4.5	GLU	OE1	26	3.45	4	-20.881	10.36	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	40	VSQTTWDSGFCAVNPKFMALI	4.4	345	0	10.5	LYS	NZ	287	1.05	10.3	ASP	OD1	86	9.21	0	-29.351	14.11	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	51	AVNPKFMALICEASGGGAFLV	9.3	78	8.37	5.3	ARG	NH2	29	22.19	8.8	GLU	OE1	52	3.29	5	-9.748	9.93	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	78	GRVDKNVPLVCGHTAPVLDIA	9.3	51	4.88	4.2	ARG	NH2	121	46.41	11.2	ASP	OD2	103	0.6	8	-29.51	7.42	1	2AQ5	MURINE CORONIN-1		SOH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	90	HTAPVLDIAWCPHNDNVIASG	17.4	40	0	6.6	HIS	NE2	92	1.33	7.5	ASP	OD1	94	1.64	8	-30.668	7.86	1	2AQ5	MURINE CORONIN-1		SOH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	104	DNVIASGSEDCTVMVWEIPDG	9.2	152	16.65	8.5	LYS	NZ	132	38.57	6.2	ASP	OD1	103	0	26	-48.106	9.14	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	152	TAQNVLLSAGCDNVILVWDVG	9.2	104	25.62	4.9	ARG	NH2	133	31.97	7.3	ASP	OD1	153	0	17	-22.533	8.75	1	2AQ5	MURINE CORONIN-1		SOH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	192	VDWSRDGALICTSCRDKRVRV	11.7	195	0	8.8	HIS	NE2	175	0	6.4	ASP	OD2	183	4.53	0	-20.597	11.54	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	195	SRDGALICTSCRDKRVRVIEP	11.3	152	16.65	3.9	ARG	NH1	201	0	3.1	ASP	OD1	197	0	0	-20.722	3.19	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	285	FDPDTNIVYLCGKGDSSIRYF	11.1	40	0	9.2	ARG	NH1	293	2.05	7.7	ASP	OD2	289	0.64	0	-21.968	11.66	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	332	MPKRGLEVNKCEIARFYKLHE	21.8	285	0.02	5.9	ARG	NH1	354	3.44	7.8	ASP	OD2	362	0	11	-20.742	9	1	2AQ5	MURINE CORONIN-1		SOH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B4E	A	345	ARFYKLHERKCEPIAMTVPRK	4.4	40	0	7.9	HIS	NE2	341	0	8.3	GLU	OE1	346	2.69	0	-34.636	11.35	0	2AQ5	MURINE CORONIN-1		SH	MUS MUSCULUS	STRUCTURAL PROTEIN	N/A
2B5E	A	406	DVLVLYYAPWCGHCKRLAPTY	3.2	409	0	7.5	HIS	NE2	408	18.05	10.2	ASP	OD2	436	0	12	-27.466	5.02	1	Grillo et al, jbc 2007	PROTEIN DISULFIDE-ISOMERASE		SS	SACCAROMYCES CEREVICIAE	ISOMERASE	5.3.4.1
2B5E	A	409	VLYYAPWCGHCKRLAPTYQEL	3.2	406	12.18	7.5	ARG	NH1	471	6.4	9	ASP	OD2	436	0	0	-16.17	8.35	1	Grillo et al, jbc 2007	PROTEIN DISULFIDE-ISOMERASE		SS	SACCAROMYCES CEREVICIAE	ISOMERASE	5.3.4.1
2B5H	A	76	GNGKFNLMILCWGEGHGSSIH	15.7	93	0.24	7.8	HIS	NE2	182	5.16	10.8	ASP	OD1	54	30.82	0	-20.723	9.59	0	Crisjoe A. Jos	CYSTEINE DIOXYGENASE TYPE I	O2	SH	RATTUS NORVEGICUS	OXIDOREDUCTASE	1.13.11.20
2B5H	A	93	SSIHDHTDSHCFLKLLQGNLK	9.1	130	0	3.7	HIS	NE2	88	0.02	7.8	GLU	OE2	104	1.72	0.2	-33.672	0.28	0	Crisjoe A. Jos	CYSTEINE DIOXYGENASE TYPE I	O2	SH	RATTUS NORVEGICUS	OXIDOREDUCTASE	1.13.11.20
2B5H	A	130	KSERTLRENQCAYINDSIGLH	9.1	93	0.24	6.9	LYS	NZ	96	0	5.6	GLU	OE1	38	5.77	0	-17.277	10.42	0	Crisjoe A. Jos	CYSTEINE DIOXYGENASE TYPE I	O2	SH	RATTUS NORVEGICUS	OXIDOREDUCTASE	1.13.11.20
2B5H	A	164	LHLYSPPFDTCHAFDQRTGHK	9.5	93	0.24	6.5	HIS	NE2	86	8.54	4.5	ASP	OD1	87	0	8	-13.433	11.15	1	Crisjoe A. Jos	CYSTEINE DIOXYGENASE TYPE I	O2	intermol SS	RATTUS NORVEGICUS	OXIDOREDUCTASE	1.13.11.20
2BTF	A	17	ALVVDNGSGMCKAGFAGDDAP	19.1	374	0	6.6	LYS	NZ	18	6.46	7.7	ASP	OD1	11	1.96	0.5	-18.682	8.64	0	I. Lassing et	BETA-ACTIN	HOOH	SH	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BTF	A	217	EIVRDIKEKLCYVALDFEQEM	4.2	257	0	8	ARG	NH2	254	6.61	9.1	GLU	OE1	253	0.04	0.4	-19.866	10.69	0	I. Lassing et	BETA-ACTIN	HOOH	SH	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BTF	A	257	VITIGNERFRCPEALFQPSFL	4.2	217	0.4	6.8	LYS	NZ	213	9.24	9.8	ASP	OD1	187	0.37	0	-24.107	13.32	0	I. Lassing et	BETA-ACTIN	HOOH	SH	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BTF	A	272	FQPSFLGMESCGIHETTFNSI	16.2	285	0	7.9	HIS	NE2	275	18.11	4.1	GLU	OE2	276	28.47	48.6	-23.964	8.74	1	I. Lassing et	BETA-ACTIN	HOOH	SS, SOOH	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BTF	A	285	HETTFNSIMKCDVDIRKDLYA	16.2	272	48.6	5.2	HIS	NE2	173	9.65	8.7	ASP	OD2	286	40.65	0	-14.848	10.95	0	I. Lassing et	BETA-ACTIN	HOOH	SH	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BTF	A	374	ESGPSIVHRKCF---------	19.1	17	0.53	5.1	ARG	NH1	116	0.86	7	GLU	OE2	107	3.73	0	-20.045	8.64	1	I. Lassing et	BETA-ACTIN	HOOH	SS	BOS TAURUS	ACETYLATION AND ACTIN-BINDING
2BXS	A	165	MTMKELIDKICWTKTARRFAY	20.3	201	0	10.2	LYS	NZ	158	23.26	3.6	ASP	OD2	123	0	0	-29.167	12.31	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	201	ALWFLWYVKQCGGTTRIFSVT	14.6	406	8.81	8.6	LYS	NZ	440	2.07	10	GLU	OE1	450	0	0	-25.489	11.23	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	266	IETLNHEHYECKYVINAIPPT	28	406	8.81	6.7	ARG	NH2	429	0.17	8.8	ASP	OD1	15	21.71	0	-15.802	7.92	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	306	QRLPMGAVIKCMMYYKEAFWK	10.1	374	0.67	6.3	ARG	NH1	369	0	4.4	GLU	OE1	394	0	0	-29.961	11.95	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	321	KEAFWKKKDYCGCMIIEDEDA	4.6	323	8.62	7	LYS	NZ	316	1.44	5.1	GLU	OE1	95	0	0	-30.403	10.2	1	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	323	AFWKKKDYCGCMIIEDEDAPI	4.6	321	0	10.9	LYS	NZ	316	1.44	9.5	GLU	OE2	216	24.3	9	-25.041	13.08	1	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	374	LHKEIRKKKICELYAKVLGSQ	10.1	306	0	7.1	LYS	NZ	370	29.06	8.3	GLU	OE1	375	15.97	1	-31	9.67	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	398	HPVHYEEKNWCEEQYSGGCYT	9.5	406	8.81	8.6	ARG	NH2	369	10.05	3.9	ASP	OD1	359	17.07	1	-17.656	10.02	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BXS	A	406	NWCEEQYSGGCYTAYFPPGIM	9.5	398	1.15	6.4	ARG	NH1	51	1.48	9.1	GLU	OE1	436	0	9	-24.168	10.83	0	2BXR	AMINE OXIDASE [FLAVIN-CONTAINING] A		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.4.3.4
2BZN	A	68	VGTFEMAKVLCKFSLFTAVHK	4	95	13.92	8.2	HIS	NE2	98	1.86	8.8	GLU	OE1	97	25.69	4	-27.18	10.04	1	2A7R	GMP REDUCTASE 2		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	95	WQEFAGQNPDCLEHLAASSGT	4	68	4.02	7.4	LYS	NZ	69	21.98	7.3	ASP	OD2	94	39.22	14	-14.484	9	1	2A7R	GMP REDUCTASE 2		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	127	LEAIPQVKYICLDVANGYSEH	15.5	186	16.57	5	LYS	NZ	177	2.8	3.3	ASP	OD2	129	0	0	-44.132	13.14	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	186	IKVGIGPGSVCTTRKKTGVGY	14.4	222	0.34	7.1	ARG	NH1	189	0	5.9	GLU	OE1	289	5.83	17	-11.05	5.78	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	205	GYPQLSAVMECADAAHGLKGH	14.7	222	0.34	10.2	HIS	NE2	210	0.3	5.5	GLU	OE1	204	12.38	0	-18.896	12.46	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	222	LKGHIISDGGCSCPGDVAKAF	7.6	224	30.51	9.5	LYS	NZ	230	13.94	5.1	ASP	OD2	227	4.4	0	-17.286	12.67	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	224	GHIISDGGCSCPGDVAKAFGA	7.6	222	0.34	6.2	LYS	NZ	230	13.94	3.7	ASP	OD2	227	4.4	31	-13.206	8.96	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2BZN	A	316	RDILGGIRSTCTYVGAAKLKE	14.5	222	0.34	9.6	ARG	NH2	27	11.34	8.2	GLU	OE1	326	2	0	-25.659	10.93	0	2A7R	GMP REDUCTASE 2		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.7.1.7
2C3C	A	82	VDRWPFLGGSCPHNACVPHHL	3.4	87	19.5	5.5	ARG	NH2	365	36.73	10.1	ASP	OD2	353	21.8	18	-28.804	10.67	1	2C3D	2-OXOPROPYL-COM REDUCTASE		SS	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2C3C	A	87	FLGGSCPHNACVPHHLFSDCA	3.4	82	17.46	6.1	HIS	NE2	91	10.38	7.2	GLU	OE1	360	25.37	20	-20.445	14.03	1	2C3D	2-OXOPROPYL-COM REDUCTASE		SS	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2C3C	A	96	ACVPHHLFSDCAAELMLARTF	13.1	231	0	11.1	ARG	NH2	104	0	7	ASP	OD2	95	40.74	24	-27.401	12.18	0	2C3D	2-OXOPROPYL-COM REDUCTASE		SH	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2C3C	A	156	EQLNLEYILNCPAKVIDNHTV	22.9	82	17.46	5.6	LYS	NZ	2	10.26	7.6	GLU	OE2	167	28.11	14	-16.603	7.12	0	2C3D	2-OXOPROPYL-COM REDUCTASE		SH	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2C3C	A	231	GGSKTAVEYGCFFNATGRRTV	13.1	96	23.58	3.9	HIS	NE2	394	0	9.1	GLU	OE1	228	2.86	0	-39.999	8.6	0	2C3D	2-OXOPROPYL-COM REDUCTASE		SH	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2C3C	A	369	MEMFKARKSGCYAARNVMGEK	14.6	82	17.46	7.3	ARG	NH1	373	22.58	10.4	GLU	OE1	378	7.65	12	-15.196	10.86	0	2C3D	2-OXOPROPYL-COM REDUCTASE		SH	XANTOBACTER AUTOTROPHICUS	OXIDOREDUCTASE	1.8.1.5
2COJ	A	140	PVFDKEELLECIQQLVKLDQE	23.1	221	12.98	10.9	HIS	NE2	72	19.82	5.7	GLU	OE2	136	4.59	0	-27.561	10.08	0	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	221	VRAWKGGTGDCKMGGNYGSSL	19.3	293	0	5	ARG	NH1	126	14.36	3.5	ASP	OD1	220	1.36	13	-17.82	12.12	0	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	235	GNYGSSLFAQCEAVDNGCQQV	13	242	0.28	17	ARG	NH1	212	3.33	5.9	ASP	OD1	239	14.81	57	-17.322	8.93	0	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	242	FAQCEAVDNGCQQVLWLYGED	12.5	338	4.02	12.7	HIS	NE2	351	14.56	8.3	ASP	OD2	342	19.36	0	-29.207	7.29	0	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	293	GIILPGVTRRCILDLAHQWGE	15.3	335	3.64	7.3	ARG	NH2	379	19.94	5.7	ASP	OD2	296	12.51	0	-21.568	10.66	0	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	335	VREMFGSGTACVVCPVSDILY	4.8	338	4.02	7.8	LYS	NZ	99	7.54	11.8	GLU	OE1	257	6.12	4	-15.811	7.25	1	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SS	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2COJ	A	338	MFGSGTACVVCPVSDILYKGE	4.8	335	3.64	12.3	LYS	NZ	99	7.54	11.7	GLU	OE1	327	0	4	-28.618	15.76	1	2COI	BRANCHED CHAIN AMINOTRANSFERASE		SS	HOMO SAPIENS	TRANSFERASE	2.6.1.42
2CRK	A	74	PGHPFIMTVGCVAGDEESYTV	7	283	25.51	7.8	LYS	NZ	32	0	11.2	ASP	OD1	90	10.73	0	-19.066	11.72	1	A.M. Hurne, C.	Creatin Kinase	Fungal Toxin Gliotoxin	SS	ORYCTOLAGUS CUNICULUS	TRASNFERASE	2.7.3.2
2CRK	A	146	SIKGYTLPPHCSRGERRAVEK	16.1	283	25.51	3.8	ARG	NH1	151	0.22	5.6	GLU	OE1	150	8.14	2	-13.853	6.57	0	A.M. Hurne, C.	Creatin Kinase	Fungal Toxin Gliotoxin	SH	ORYCTOLAGUS CUNICULUS	TRASNFERASE	2.7.3.2
2CRK	A	254	GNMKEVFRRFCVGLQKIEEIF	23.5	283	25.51	6.3	HIS	NE2	112	14.99	7.5	ASP	OD1	109	5.62	0	-36.916	10.58	0	A.M. Hurne, C.	Creatin Kinase	Fungal Toxin Gliotoxin	SH	ORYCTOLAGUS CUNICULUS	TRASNFERASE	2.7.3.2
2CRK	A	283	WNEHLGYVLTCPSNLGTGLRG	7	74	0	8	ARG	NH2	96	32.55	6.4	GLU	OE1	232	16.46	26	-19.622	7.63	1	A.M. Hurne, C.	Creatin Kinase	Fungal Toxin Gliotoxin	SS	ORYCTOLAGUS CUNICULUS	TRASNFERASE	2.7.3.2
2CVX	A	218	AGTPKPQMSSCFLVAMKEDSI	6	443	0	10.2	ARG	NH2	293	16.33	4.3	GLU	OE1	430	3.26	5	-17.087	14.12	1	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SS	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	238	IEGIYDTLKECALISKTAGGI	14.1	218	5.41	8.9	LYS	NZ	224	5.8	5.7	GLU	OE1	237	1.37	0	-31.539	12.01	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	362	SPTSAPGLSDCYGDEFEALYT	15.4	410	0.15	5.7	LYS	NZ	407	0	4.7	GLU	OE1	366	35.81	3	-16.547	8.46	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	410	GTPFVVYKDACNRKSNQKNLG	9.4	429	0	6.3	LYS	NZ	737	0	9.2	ASP	OD1	408	0	0	-14.838	11.95	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	428	NLGVIKSSNLCCEIVEYSAPD	7	218	5.41	9	ARG	NH1	293	36.34	4.7	GLU	OE2	430	0	28	-38.759	12.64	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	429	LGVIKSSNLCCEIVEYSAPDE	7.1	428	27.55	11	ARG	NH2	744	36.03	6.5	GLU	OE2	430	0	0	-21.247	11.63	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	443	EYSAPDETAVCNLASVALPAF	6	218	5.41	11.5	ARG	NH1	503	1.45	3.1	GLU	OE2	433	0	0	-57.355	15.07	1	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SS	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	548	TIYHASMEASCELAQKDGPYE	19.5	443	0	6.5	HIS	NE2	595	21.41	5.3	ASP	OD2	591	27.72	2	-43.52	9.26	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CVX	A	620	STSQILGYNECFEPVTSNMYS	10.1	428	27.55	8.1	ARG	NH1	702	2.33	3.9	GLU	OE2	622	3.19	2	-19.128	11.33	0	1ZZD	RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE		SH	SACCAROMYCES CEREVICIAE	OXIDOREDUCTASE	1.17.4.1
2CWT	A	315	GQYANSLELGCDCLGDITYLS	8.9	317	5.02	12.6	ARG	NH2	339	46.75	4.7	ASP	OD1	316	32.84	61	-24.228	10.86	0	2CWU	PHENYLETHYLAMINE OXIDASE		SH	ARTHROBACTER GLOBIFORMIS	OXIDOREDUCTASE	1.4.3.6
2CWT	A	317	YANSLELGCDCLGDITYLSPV	3.1	343	0.5	7	HIS	NE2	345	8.49	6.2	ASP	OD2	316	6.77	5	-34.626	99.99	1	2CWU	PHENYLETHYLAMINE OXIDASE		SS	ARTHROBACTER GLOBIFORMIS	OXIDOREDUCTASE	1.4.3.6
2CWT	A	343	GNPREIRNGICMHEEDWGILA	3.1	317	5.02	5.4	HIS	NE2	345	8.49	9.2	ASP	OD2	316	6.77	1	-31.346	7.92	1	2CWU	PHENYLETHYLAMINE OXIDASE		SS	ARTHROBACTER GLOBIFORMIS	OXIDOREDUCTASE	1.4.3.6
2CX4	A	49	IFFPAAFSPVCTKELCTFRDK	10.3	80	26.96	3.5	ARG	NH1	122	0	5.4	GLU	OE1	52	0	0	-5.17	5.26	1	2CX3	BACTERIOFERRITIN COMIGRATORY PROTEIN		SS	AEROPYRUM PERNIX K1	OXIDOREDUCTASE	1.11.1.15
2CX4	A	54	AFSPVCTKELCTFRDKAQLEK	10.6	49	0	3.9	ARG	NH1	57	12.29	5.4	ASP	OD2	58	13.17	13	-17.867	8.64	1	2CX3	BACTERIOFERRITIN COMIGRATORY PROTEIN		SS	AEROPYRUM PERNIX K1	OXIDOREDUCTASE	1.11.1.15
2CX4	A	80	VLAISVDSPWCLKKFKDENRL	10.3	49	0	10.3	LYS	NZ	83	46.03	4.9	ASP	OD1	76	21.81	27	-26.698	99.99	0	2CX3	BACTERIOFERRITIN COMIGRATORY PROTEIN		SH	AEROPYRUM PERNIX K1	OXIDOREDUCTASE	1.11.1.15
2FHK	A	50	ATGFGTSVIMCPAEAGIDCGY	13.4	96	19.75	6.6	ARG	NH1	92	2.55	7.9	GLU	OE2	53	12.64	15	-49.3	5.52	0	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FHK	A	58	IMCPAEAGIDCGYVPPEETPD	20.6	96	19.75	3.7	ARG	NH1	22	2.07	3.9	ASP	OD2	57	0.1	20	-18.011	10.92	1	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SOH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FHK	A	96	KEQLLDRIGQCVMTAPTASAF	13.4	50	15.41	6.4	ARG	NH2	92	3.64	4.4	GLU	OE1	39	33.59	20	-27.543	15.06	0	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FHK	A	228	FLPASTNDAYCPTVEDNELPE	10.7	242	9.79	7.9	LYS	NZ	210	5.09	6.5	ASP	OD1	225	2.89	23	-26.271	9.46	0	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FHK	A	242	EDNELPEGVKCVYEIVINGLN	10.7	228	23.1	11.2	LYS	NZ	241	42.68	10.9	GLU	OE2	174	33.83	10	-36.767	12.6	0	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FHK	A	268	EAMRVGIEAACQQPGVVKISA	15	242	9.79	11.6	ARG	NH2	261	21.46	8.9	GLU	OE2	265	19.28	0	-36.979	10.41	0	2FHJ	TETRAHYDROMETHANOPTERIN FORMYLTRANSFERASE		SH	METHANOPYRUS KANDLERI	TRANSFERASE	2.3.1.101
2FIV	A	84	EIRDENYKTQCIFGNVCVLED	21.5	90	0	2.9	HIS	NE2	72	1.57	5.7	GLU	OE1	74	23.66	23	-15.02	7.54	1	3FIV	FELINE IMMUNODEFICIENCY VIRUS PROTEASE		SOOH	FELINE IMMUNODEFICIENCY VIRUS	ACID PROTEINASE	3.4.23.16
2FIV	A	90	YKTQCIFGNVCVLEDNSLIQP	21.5	84	23.21	7.4	ARG	NH1	53	8.23	8.2	GLU	OE2	93	2.17	0	-18.091	9.89	0	3FIV	FELINE IMMUNODEFICIENCY VIRUS PROTEASE		SH	FELINE IMMUNODEFICIENCY VIRUS	ACID PROTEINASE	3.4.23.16
2FWF	A	461	PVMLDLYADWCVACKEFEKYT	3.6	464	1.63	9.8	LYS	NZ	465	24.58	7.7	GLU	OE1	466	11.21	10	-44.967	4.91	1	2FWE	THIOL:DISULFIDE INTERCHANGE PROTEIN DSBD		SS	E-COLI	OXIDOREDUCTASE	1.8.1.8
2FWF	A	464	LDLYADWCVACKEFEKYTFSD	3.6	461	9.8	8.2	LYS	NZ	465	24.58	5.7	ASP	OD2	455	3.01	2	-20.789	9.71	1	2FWE	THIOL:DISULFIDE INTERCHANGE PROTEIN DSBD		SS	E-COLI	OXIDOREDUCTASE	1.8.1.8
2GT3	A	51	GMEIAIFAMGCFWGVERLFWQ	8.6	198	46.81	9.7	HIS	NE2	186	0.52	5.6	ASP	OD1	129	30.08	17.5	-28.512	9.92	1	S. Boschi-Mull	METHIONINE SULFOXIDE REDUCTASE A		SS, SOH	ESCHERICHIA CO	OXIDOREDUCTASE	1.8.4.6
2GT3	A	86	YTPNPTYREVCSGDTGHAEAV	10.4	51	17.47	8.5	HIS	NE2	186	0.52	6.8	ASP	OD2	129	21.08	46.3	-18.757	8.79	0	S. Boschi-Mull	METHIONINE SULFOXIDE REDUCTASE A		SH	ESCHERICHIA CO	OXIDOREDUCTASE	1.8.4.6
2GT3	A	198	QYLHKNPYGYCGIGGIGVCLP	8.6	51	17.47	7.2	ARG	NH1	57	33.19	11	GLU	OE2	56	0.15	46.8	-12.71	9	1	S. Boschi-Mull	METHIONINE SULFOXIDE REDUCTASE A		SS	ESCHERICHIA CO	OXIDOREDUCTASE	1.8.4.6
2GT3	A	206	GYCGIGGIGVCLPPEA-----	25.4	198	46.81	10.6	ARG	NH1	155	28.14	9	ASP	OD1	164	29.51	55.3	-19.097	8.89	1	S. Boschi-Mull	METHIONINE SULFOXIDE REDUCTASE A		SS	ESCHERICHIA CO	OXIDOREDUCTASE	1.8.4.6
2HZE	A	23	NKVTIFVKYTCPFCRNALDIL	5.7	26	0	7.4	LYS	NZ	20	27.36	9.9	GLU	OE1	54	17.94	55	-9.748	8.33	1	2HZF	GLUTAREDOXIN-1		SS	ECTROMELIA VIRUS	ELECTRON TRANSPORT/OXIDOREDUCTASE	1.8.5.1
2HZE	A	26	TIFVKYTCPFCRNALDILNKF	5.7	23	55.11	8.7	LYS	NZ	20	27.36	8.5	ASP	OD1	47	1.53	0	-10.993	6.97	1	2HZF	GLUTAREDOXIN-1		SS	ECTROMELIA VIRUS	ELECTRON TRANSPORT/OXIDOREDUCTASE	1.8.5.1
2IDV	A	99	SKLNVGADFHCFKNKIEPKWE	12.3	151	0	10.7	HIS	NE2	98	2.77	10.2	GLU	OE2	142	0	0	-28.663	11.51	0	2IDR	EUKARYOTIC TRANSLATION INITIATION FACTOR 4E-3		SH	TRITICUM AESTIVUM	TRANSLATION REGULATOR
2IDV	A	113	KIEPKWEDPICANGGKWTISC	3.7	151	0	5	HIS	NE2	199	0	4.8	ASP	OD2	110	0	0	-17.739	12.34	1	2IDR	EUKARYOTIC TRANSLATION INITIATION FACTOR 4E-1		SS	TRITICUM AESTIVUM	TRANSLATION REGULATOR
2IDV	A	123	CANGGKWTISCGRGKSDTFWL	17.9	99	0	9.1	ARG	NH1	125	3.72	4.8	GLU	OE2	162	0	0.2	-28.546	8.45	0	2IDR	EUKARYOTIC TRANSLATION INITIATION FACTOR 4E-4		SH	TRITICUM AESTIVUM	TRANSLATION REGULATOR
2IDV	A	151	GEQFDFGDEICGAVVSVRQKQ	3.7	113	0	4.7	LYS	NZ	169	6.77	7.1	GLU	OE2	149	0	0	-27.639	8.63	1	2IDR	EUKARYOTIC TRANSLATION INITIATION FACTOR 4E-2		SS	TRITICUM AESTIVUM	TRANSLATION REGULATOR
2IZZ	A	95	DIEDRHIVVSCAAGVTISSIE	4	120	0	10.9	ARG	NH2	119	0.28	12.6	GLU	OE2	164	0	0	-30.462	14.8	1	2GER	PYRROLINE-5-CARBOXYLATE REDUCTASE 1		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.5.1.2
2IZZ	A	120	AFRPAPRVIRCMTNTPVVVRE	4	95	0.01	10.1	ARG	NH2	119	0.28	11.5	GLU	OE2	150	10.93	0	-17.087	12.12	1	2GER	PYRROLINE-5-CARBOXYLATE REDUCTASE 1		SS	HOMO SAPIENS	OXIDOREDUCTASE	1.5.1.2
2IZZ	A	159	MEQLLSSVGFCTEVEEDLIDA	7.5	120	0	12.6	ARG	NH2	129	33.45	5.1	GLU	OE2	150	10.93	0	-22.299	10.13	0	2GER	PYRROLINE-5-CARBOXYLATE REDUCTASE 1		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.5.1.2
2IZZ	A	262	SLLINAVEASCIRTRELQSM-	16.5	120	0	3.6	ARG	NH2	266	27.28	5.8	ASP	OD2	168	22.1	7	-25.044	8.08	0	2GER	PYRROLINE-5-CARBOXYLATE REDUCTASE 1		SH	HOMO SAPIENS	OXIDOREDUCTASE	1.5.1.2
2OA0	A	12	EAAHSKSTEECLAYFGVSETT	31.9	420	0	5.7	ARG	NH1	164	0	6.8	GLU	OE1	11	5.36	0.9	-24.542	8.38	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETI		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	70	LLVRILLLAACISFVLAWFEE	14.3	268	9.47	10.4	ARG	NH1	63	49.59	14.6	GLU	OE1	90	26.78	42.8	-15.982	8.95	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 2		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	268	EQLSKVISLICVAVWLINHGG	14.3	70	42.79	12.9	LYS	NZ	262	49.07	13.5	GLU	OE2	309	0	9.5	-16.279	9.78	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 3		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	318	PEGLPAVITTCLALGTRRMAK	13.6	344	0.29	5.3	ARG	NH2	325	2.94	9.2	GLU	OE2	749	8.09	1.2	-24.585	10.2	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 4		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	344	RSLPSVETLGCTSVICSDKTG	13.6	318	1.17	2.7	ARG	NH1	822	0	3.7	GLU	OE2	340	0	0.3	-17.898	9.5	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 5		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	349	VETLGCTSVICSDKTGTLTTN	8.5	670	0.13	7.7	ARG	NH2	620	0.7	8.7	ASP	OD2	351	3.81	0.3	-21.156	11.99	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 6		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	364	GTLTTNQMSVCKMFIIDKVDG	9.4	561	1.78	7.2	LYS	NZ	365	24.16	7.2	ASP	OD1	557	25.22	15.6	-15.121	10.16	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 7		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	377	FIIDKVDGDFCSLNEFSITGS	12.9	525	0	6.8	LYS	NZ	544	35.67	9.5	ASP	OD2	370	27.25	0	-15.397	9.07	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 8		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	417	FDGLVELATICALCNDSSLDF	8.7	420	0	7.5	LYS	NZ	515	0.21	10	GLU	OE2	442	7.27	0	-17.624	12.46	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 9		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	420	LVELATICALCNDSSLDFNET	8.1	498	0	4.6	LYS	NZ	515	0.21	6.7	GLU	OE2	442	7.27	0	-18.528	9.51	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 10		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	471	NLSKVERANACNSVIRQLMKK	12.7	417	0	3.9	ARG	NH2	467	2.15	3.2	GLU	OE1	450	0	0	-23.537	9.69	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 11		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	498	SRDRKSMSVYCSPAKSSRAAV	8.1	420	0	6.8	LYS	NZ	481	6.92	8.8	GLU	OE1	482	20.91	0	-18.534	10.13	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 12		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	525	KGAPEGVIDRCNYVRVGTTRV	12.9	377	0	7.4	LYS	NZ	542	19.54	8.6	ASP	OD2	523	22.64	0	-28.106	10.31	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 13		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	561	EWGTGRDTLRCLALATRDTPP	9.4	364	15.61	8.4	ARG	NH1	560	12.79	8.7	ASP	OD2	557	8.38	1.8	-16.446	10.55	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 14		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	614	RKEVMGSIQLCRDAGIRVIMI	11.8	349	0.26	8.5	ARG	NH2	751	0.13	9.3	ASP	OD2	616	23.55	0	-26.867	10.79	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 15		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	636	GDNKGTAIAICRRIGIFGENE	3.7	675	0.52	9.2	LYS	NZ	352	7.72	9.3	ASP	OD2	627	7.93	0	-20.984	13.52	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 16		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	670	DLPLAEQREACRRACCFARVE	8.5	349	0.26	6.7	ARG	NH1	620	0	8.5	GLU	OE1	696	0.81	0.1	-23.156	10.28	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 17		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	674	AEQREACRRACCFARVEPSHK	7.6	636	0	4.1	ARG	NH1	651	30.99	8.1	GLU	OE1	646	9.06	10.1	-17.889	7.61	1	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 18		SSG	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	675	EQREACRRACCFARVEPSHKS	3.7	636	0	9.2	LYS	NZ	629	29.99	8.7	ASP	OD2	627	7.93	0.5	-14.407	10.96	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 19		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	774	LISSNVGEVVCIFLTAALGLP	14.9	268	9.47	13.5	HIS	NE2	944	0	8.6	GLU	OE1	771	0	0	-27.722	9.65	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 20		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	876	TYHQLTHFMQCTEDHPHEIFE	23.4	774	0	8.2	HIS	NE2	882	31.43	4.6	ASP	OD1	879	3.52	42.1	-13.321	9	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 21		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	910	ALSVLVTIEMCNALNSLSENQ	13	938	61.39	11.8	LYS	NZ	985	1.2	9.2	GLU	OE2	908	0	15.4	-28.192	10.5	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 22		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
2OA0	A	938	WVNIWLLGSICLSMSLHFLIL	13	910	15.35	15.2	HIS	NE2	944	0	15	ASP	OD1	800	0	61.4	-15.62	8.75	0	R.A. Cohen, T.	SARCOPLASMIC/ENDOPLASMIC RETICULUM CALCIUM ATPASE 23		SH	ORYCTOLAGUS CUNICULUS	HYDROLASE	3.6.3.8
3PGT	A	14	TVVYFPVRGRCAALRMLLADQ	11.8	47	0	4.8	ARG	NH2	18	8.17	6.2	GLU	OE1	30	1.92	0	-16.365	10.44	0	4PGT	GLUTATHIONE S-TRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.5.1.18
3PGT	A	47	TWQEGSLKASCLYGQLPKFQD	11.8	14	0.2	5.8	LYS	NZ	54	28.58	10.1	GLU	OE1	31	16.95	0	-31.191	8.65	0	4PGT	GLUTATHIONE S-TRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.5.1.18
3PGT	A	101	MVNDGVEDLRCKYISLIYTNY	15.1	14	0.2	3.9	ARG	NH2	13	9.46	3.3	GLU	OE2	97	12.93	37	-27.959	12.74	1	4PGT	GLUTATHIONE S-TRANSFERASE		SOH	HOMO SAPIENS	TRANSFERASE	2.5.1.18
3PGT	A	169	LLIHEVLAPGCLDAFPLLSAY	18.4	101	37.05	7.2	HIS	NE2	162	0	3.7	GLU	OE2	163	1.6	0	-43.785	9.36	0	4PGT	GLUTATHIONE S-TRANSFERASE		SH	HOMO SAPIENS	TRANSFERASE	2.5.1.18