Protein Common Interface Database

Clusters with M>=5,SeqId<90 and single Pfam Architecture

Pfam Architecture	Cluster#	#CFs/Cluster	#Entries/Cluster	#CFs/Group	#Entries/Group	Minimum Seq Identity	Surface Area	In PDBBA(%)	In PISABA(%)	CFs Cluster/Group(%)
(Proteasome)	1	77	349	83	424	3	689	100	90	93
(Proteasome)	2	66	341	83	424	2	712	99	90	80
(Proteasome)	3	65	337	83	424	3	947	99	89	78
(Proteasome)	4	35	189	83	424	3	639	100	86	42
(Proteasome)	5	9	21	83	424	13	602	100	67	11
(Proteasome)	6	9	21	83	424	13	382	100	67	11
(Proteasome_A_N)_(Proteasome)	1	57	306	57	369	10	1346	100	91	100
(Proteasome_A_N)_(Proteasome)	2	10	10	57	369	12	525	100	30	18
(Proteasome_A_N)_(Proteasome)	3	10	10	57	369	12	324	100	30	18
(Proteasome_A_N)_(Proteasome)	4	8	8	57	369	31	241	100	88	14
(Aldo_ket_red)	1	12	119	123	404	33	300	0	0	10
(Aldo_ket_red)	2	12	20	123	404	30	888	95	85	10
(Aldo_ket_red)	3	7	10	123	404	23	802	30	100	6
(Aldo_ket_red)	4	5	6	123	404	72	514	33	0	4
(Aldo_ket_red)	5	5	6	123	404	30	802	50	17	4
(Aminotran_3)	1	78	195	90	232	12	4635	96	99	87
(Aminotran_3)	2	20	48	90	232	20	1126	79	79	22
(Aminotran_3)	3	5	25	90	232	24	439	0	0	6
(Aminotran_3)	4	5	8	90	232	27	263	62	38	6
(Copper-bind)	1	16	38	94	245	12	470	26	79	17
(Copper-bind)	2	12	40	94	245	11	507	42	92	13
(Copper-bind)	3	8	23	94	245	12	367	22	13	9
(Copper-bind)	6	5	8	94	245	11	254	0	0	5
(SH2)	1	9	10	94	176	25	430	40	10	10
(Hormone_recep)_(ESR1_C)	1	21	175	24	245	88	1614	92	95	88
(Hormone_recep)_(ESR1_C)	2	17	171	24	245	83	438	0	2	71
(Hormone_recep)_(ESR1_C)	3	5	29	24	245	83	452	3	0	21
(TIM)	1	78	173	91	214	12	1572	98	100	86
(TIM)	2	7	32	91	214	43	368	0	0	8
(TIM)	3	6	29	91	214	40	200	0	0	7
(TIM)	4	5	18	91	214	40	292	0	0	5
(TIM)	5	5	17	91	214	88	413	0	0	5
(TIM)	6	5	8	91	214	46	259	0	0	5
(PALP)	1	80	220	103	288	10	1890	90	95	78
(PALP)	2	12	16	103	288	21	984	62	75	12
(polyprenyl_synt)	1	51	174	52	222	5	2428	99	99	98
(RdRP_1)	1	6	37	46	174	67	480	0	0	13
(RdRP_1)	2	5	28	46	174	14	651	0	0	11
(SnoaL_2)	1	24	24	72	135	10	1155	100	100	33
(SnoaL_2)	2	20	73	72	135	12	1044	97	93	28
(SnoaL_2)	3	6	41	72	135	81	393	0	0	8
(SnoaL_2)	4	6	6	72	135	11	878	17	83	8
(SnoaL_2)	5	5	6	72	135	10	443	0	17	7