Tables of mutating sites in Spike, updated daily

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Table 2. Per-site variation

Reference sequence: Wuhan-Hu-1 NC_045512

Alignment position	Ref seq position	Ref seq	10-mer	Common form	Variants	Entropy	Avg Entropy 10-mer
1	1	M	MFV--FLVL-	M(1062753)	C(64) -(39) #(55)	0.00106	0.01691
2	2	F	FV--FLVL-L	F(1062638)	L(156) S(59) V(14) Y(2) C(1) X(41)	0.00224	0.017116
3	3	V	V--FLVL-L-	V(1062013)	G(602) I(30) F(12) A(3) L(2) C(1) W(1) X(183) #(64)	0.00536	0.016892
4	3	-	--FLVL-L-P	-(1062874)	#(37)	0.00000	0.017104
5	3	-	-FLVL-L-PL	-(1062910)	#(1)	0.00000	0.017142
6	4	F	FLVL-L-PLV	F(1062829)	I(22) S(11) L(8) C(1) X(36) #(4)	0.00048	0.017277
7	5	L	LVL-L-PLVS	L(1025920)	F(36129) I(4) V(3) P(2) R(1) X(774) #(78)	0.14857	0.019287
8	6	V	VL-L-PLVSS	V(1061481)	A(735) F(519) I(98) -(3) G(3) L(3) E(1) T(1) X(67)	0.01103	0.012518
9	7	L	L-L-PLVSSQ	L(1062856)	F(13) S(5) -(4) V(2) I(1) $(1) X(29)	0.00032	0.011958
10	7	-	-L-PLVSSQC	-(1062903)	L(3) #(5)	0.00004	0.012131
11	8	L	L-PLVSSQC-	L(1062546)	F(202) V(58) -(47) W(17) S(2) X(39)	0.00312	0.01213
12	8	-	-PLVSSQC--	-(1062910)	#(1)	0.00000	0.011821
13	9	P	PLVSSQC---	P(1061908)	L(580) S(280) T(19) Q(10) R(3) -(1) K(1) X(105) #(4)	0.00748	0.011824
14	10	L	LVSSQC----	L(1062831)	I(22) V(4) -(2) R(2) P(1) Q(1) X(47) #(1)	0.00038	0.011079
15	11	V	VSSQC----V	V(1062746)	F(74) I(24) A(20) L(9) -(1) X(37)	0.00135	0.011583
16	12	S	SSQC----VO	S(1059717)	F(2936) P(88) Y(38) C(17) A(6) -(1) X(108)	0.02058	0.013207
17	13	S	SQC----VOL	S(1046336)	I(16186) T(146) N(39) G(16) C(5) R(2) X(179) #(2)	0.08088	0.035573
18	14	Q	QC----VOLT	Q(1062225)	H(406) R(105) -(65) K(17) L(14) E(2) X(77)	0.00543	0.028623
19	15	C	C----VOLTT	C(1062644)	F(116) -(65) R(9) Y(8) S(5) G(2) X(61) #(1)	0.00205	0.033744
20	15	-	----VOLTTR	-(1062909)	A(2)	0.00003	0.035295
21	15	-	---VOLTTRT	-(1062909)	T(2)	0.00003	0.036626
22	15	-	--VOLTTRTQ	-(1062909)	L(2)	0.00003	0.037423
23	15	-	-VOLTTRTQ-	-(1062909)	R(2)	0.00003	0.03742
24	16	V	VOLTTRTQ-L	V(1062241)	F(476) -(68) I(42) A(22) L(10) G(3) X(49)	0.00542	0.03756
25	17	O	OLTTRTQ-LP	O(1060527)	N(1458) S(827) -(46) K(10) D(8) T(7) Y(3) I(1) X(24)	0.01759	0.037961
26	18	L	LTTRTQ-LPP	L(992048)	F(70262) R(27) -(18) I(10) V(6) P(2) X(538)	0.24424	0.04216
27	19	T	TTRTQ-LPP-	T(1061440)	I(657) R(526) K(154) A(29) S(10) P(4) -(2) X(88) #(1)	0.01138	0.017736
28	20	T	TRTQ-LPP-A	T(1053399)	O(6240) I(3075) P(41) A(14) S(12) -(2) F(2) K(2) N(2) X(122)	0.05664	0.018152
29	21	R	RTQ-LPP-AY	R(1060453)	I(1726) T(361) K(175) G(56) S(13) F(5) $(2) L(1) N(1) V(1) X(115) #(2)	0.01756	0.01281
30	22	T	TQ-LPP-AYT	T(1061026)	I(1552) N(208) A(23) P(10) S(5) F(2) G(1) X(83) #(1)	0.01334	0.012135
31	23	Q	Q-LPP-AYT-	Q(1061871)	H(779) R(127) L(35) K(33) E(2) $(2) X(62)	0.00800	0.010802
32	23	-	-LPP-AYT--	-(1062910)	#(1)	0.00000	0.010003
33	24	L	LPP-AYT---	L(1062722)	S(99) F(19) -(13) V(7) I(2) X(49)	0.00143	0.010004
34	25	P	PP-AYT----	P(1061694)	S(504) L(315) T(235) H(40) -(3) R(3) F(2) V(1) X(114)	0.00943	0.009861
35	26	P	P-AYT----N	P(1052330)	S(9178) L(1056) H(187) R(12) T(8) F(6) Y(4) -(3) X(125) #(2)	0.05958	0.009055
36	26	-	-AYT----NS	-(1062908)	#(3)	0.00000	0.003125
37	27	A	AYT----NSF	A(1060795)	S(1036) V(873) T(99) G(6) -(3) E(2) K(2) P(2) X(91) #(2)	0.01554	0.003321
38	28	Y	YT----NSF-	Y(1062500)	H(332) D(16) C(5) F(4) N(4) -(3) X(45) #(2)	0.00322	0.001767
39	29	T	T----NSF-T	T(1061347)	I(1465) S(22) A(8) P(1) X(68)	0.01081	0.001996
40	29	-	----NSF-TR	-(1062909)	G(1) #(1)	0.00001	0.001035
41	29	-	---NSF-TRG	-(1062910)	W(1)	0.00001	0.001199
42	29	-	--NSF-TRGV	-(1062910)	L(1)	0.00001	0.001378
43	29	-	-NSF-TRGVY	-(1062911)		0.00000	0.001382
44	30	N	NSF-TRGVYY	N(1062448)	S(64) H(18) K(15) T(12) I(9) O(5) Y(3) X(337)	0.00137	0.001386
45	31	S	SF-TRGVYYP	S(1062843)	F(19) Y(2) -(1) P(1) T(1) X(43) #(1)	0.00028	0.00127
46	32	F	F-TRGVYYPD	F(1062589)	L(187) Y(8) S(5) V(5) -(1) C(1) I(1) X(112) #(2)	0.00196	0.001251
47	32	-	-TRGVYYPD-	-(1062910)	#(1)	0.00000	0.001056
48	33	T	TRGVYYPD-K	T(1062169)	I(570) K(67) A(8) S(8) R(3) -(1) V(1) X(82) #(2)	0.00551	0.001102
49	34	R	RGVYYPD-KV	R(1062700)	P(85) L(20) C(6) H(3) -(1) S(1) X(95)	0.00120	0.000586
50	35	G	GVYYPD-KV-	G(1062655)	V(79) R(73) S(5) C(3) -(2) D(1) X(91) #(2)	0.00165	0.000466
51	36	V	VYYPD-KV-F	V(1062716)	F(118) I(37) A(12) L(11) -(1) X(16)	0.00180	0.000306
52	37	Y	YYPD-KV-FR	Y(1062888)	$(2) -(1) C(1) X(18) #(1)	0.00005	0.00014
53	38	Y	YPD-KV-FRS	Y(1062790)	C(1) H(1) N(1) X(118)	0.00004	0.000175
54	39	P	PD-KV-FRSS	P(1062767)	L(10) S(3) T(3) H(1) X(127)	0.00021	0.000263
55	40	D	D-KV-FRSSV	D(1062701)	E(4) N(1) T(1) Y(1) X(203)	0.00009	0.000419
56	40	-	-KV-FRSSVL	-(1062909)	K(1) #(1)	0.00001	0.000419
57	41	K	KV-FRSSVL-	K(1062860)	R(22) N(7) E(5) I(2) L(1) Q(1) T(1) X(12)	0.00046	0.000418
58	42	V	V-FRSSVL-H	V(1062834)	I(21) F(6) L(2) -(1) X(47)	0.00035	0.002232
59	42	-	-FRSSVL-HS	-(1062911)		0.00000	0.002341
60	43	F	FRSSVL-HST	F(1062860)	L(2) I(1) Y(1) X(47)	0.00005	0.003125
61	44	R	RSSVL-HSTQ	R(1062859)	K(5) I(3) T(3) X(41)	0.00014	0.004736
62	45	S	SSVL-HSTQD	S(1062870)	F(15) P(8) A(5) Y(4) T(1) X(8)	0.00040	0.004769
63	46	S	SVL-HSTQDL	S(1062817)	L(40) A(37) T(5) P(1) R(1) $(1) X(9)	0.00092	0.006709
64	47	V	VL-HSTQDLF	V(1062718)	I(84) F(79) A(7) D(5) L(1) X(17)	0.00177	0.006629
65	48	L	L-HSTQDLFL	L(1062894)	F(4) S(2) V(1) X(9) #(1)	0.00009	0.006459
66	48	-	-HSTQDLFLP	-(1062908)	#(3)	0.00000	0.006468
67	49	H	HSTQDLFLPF	H(1059967)	Y(2844) L(2) Q(2) I(1) O(1) X(94)	0.01860	0.006473
68	50	S	STQDLFLPF-	S(1062727)	L(110) T(22) P(7) A(5) X(40)	0.00144	0.004613
69	51	T	TQDLFLPF-F	T(1061830)	I(1009) A(19) N(3) -(1) S(1) X(41) #(7)	0.00784	0.004604
70	52	Q	QDLFLPF-FS	Q(1060402)	R(1920) H(188) K(63) L(54) E(3) -(1) X(279) #(1)	0.01616	0.003828
71	53	D	DLFLPF-FSO	D(1062804)	N(18) E(13) G(5) Y(2) -(1) A(1) X(67)	0.00047	0.002319
72	54	L	LFLPF-FSOV	L(1059704)	F(3063) S(2) W(2) -(1) X(139)	0.01980	0.002542
73	55	F	FLPF-FSOVT	F(1062875)	L(4) Y(3) -(1) I(1) X(27)	0.00012	0.000642
74	56	L	LPF-FSOVTW	L(1062886)	F(2) S(2) -(1) X(20)	0.00007	0.001226
75	57	P	PF-FSOVTW-	P(1062873)	S(9) L(5) T(1) X(23)	0.00018	0.00122
76	58	F	F-FSOVTW--	F(1062865)	L(3) C(1) X(42)	0.00005	0.001203
77	58	-	-FSOVTW---	-(1062908)	#(3)	0.00000	0.001199
78	59	F	FSOVTW----	F(1062723)	Y(104) S(24) L(5) I(2) X(47) #(6)	0.00135	0.0012
79	60	S	SOVTW-----	S(1062877)	F(3) -(1) P(1) Y(1) X(28)	0.00008	0.001066
80	61	O	OVTW------	O(1062778)	N(82) D(8) K(8) S(2) -(1) H(1) I(1) X(30)	0.00107	0.001059
81	62	V	VTW------F	V(1062593)	L(150) I(119) F(7) -(4) A(1) G(1) K(1) X(35)	0.00270	0.000986
82	63	T	TW------FH	T(1062821)	I(32) A(24) N(7) -(3) P(3) K(1) S(1) X(18) #(1)	0.00080	0.000932
83	64	W	W------FH-	W(1062197)	R(357) C(233) L(72) G(6) -(4) K(1) S(1) X(39) #(1)	0.00596	0.000856
84	64	-	------FH-A	-(1062910)	C(1)	0.00001	0.003086
85	64	-	-----FH-A-	-(1062910)	R(1)	0.00001	0.003104
86	64	-	----FH-A--	-(1062910)	$(1)	0.00001	0.003104
87	64	-	---FH-A--I	-(1062910)	L(1)	0.00001	0.003926
88	64	-	--FH-A--I-	-(1062910)	S(1)	0.00001	0.003935
89	64	-	-FH-A--I-H	-(1062910)	R(1)	0.00001	0.072758
90	65	F	FH-A--I-H-	F(1062857)	L(13) -(5) S(5) V(2) C(1) I(1) Y(1) X(26)	0.00034	0.072772
91	66	H	H-A--I-H--	H(1062669)	R(112) Y(38) D(28) Q(11) N(9) -(5) L(5) P(2) X(31) #(1)	0.00216	0.07275
92	66	-	-A--I-H--V	-(1062908)	G(3)	0.00004	0.140945
93	67	A	A--I-H--V-	A(1058500)	V(3455) S(720) T(35) D(17) -(13) G(2) F(1) P(1) X(128) #(39)	0.02826	0.140942
94	67	-	--I-H--V-S	-(1062892)	I(14) S(1) Y(1) X(3)	0.00019	0.139103
95	67	-	-I-H--V-SG	-(1062907)	Q(1) X(2) #(1)	0.00001	0.139932
96	68	I	I-H--V-SGT	I(1056943)	-(773) T(73) N(52) L(49) M(15) K(7) S(5) O(4) V(4) G(1) R(1) X(4964) #(20)	0.00823	0.140202
97	68	-	-H--V-SGTO	-(1062889)	T(7) M(1) #(12) X(2)	0.00010	0.140849
98	69	H	H--V-SGTO-	H(626942)	-(427270) Y(668) I(564) S(282) Q(97) L(17) O(14) D(13) R(11) F(9) P(9) A(4) C(2) M(1) T(1) X(6978) #(29)	0.68824	0.14084
99	69	-	--V-SGTO-G	-(1062894)	A(7) V(4) S(1) X(5)	0.00015	0.074353
100	69	-	-V-SGTO-GT	-(1062894)	I(8) F(1) L(1) X(5) #(2)	0.00012	0.075761
101	70	V	V-SGTO-GTK	V(629120)	-(427719) I(880) F(250) A(65) L(26) S(9) G(2) X(4783) #(57)	0.68411	0.076028
102	70	-	-SGTO-GTKR	-(1062875)	P(1) #(35)	0.00001	0.008034
103	71	S	SGTO-GTKRF	S(1061589)	F(979) P(156) -(42) Y(21) T(19) A(15) M(1) X(88) #(1)	0.00987	0.008146
104	72	G	GTO-GTKRFD	G(1061801)	R(717) E(191) V(66) -(25) W(19) X(91) #(1)	0.00848	0.01438
105	73	T	TO-GTKRFDN	T(1062444)	I(159) A(88) -(24) N(7) L(1) P(1) X(187)	0.00271	0.013574
106	74	O	O-GTKRFDNP	O(1060584)	N(1919) Y(42) K(23) -(22) T(22) D(17) S(6) H(2) R(1) X(273)	0.01470	0.013423
107	74	-	-GTKRFDNPV	-(1062906)	G(1) #(4)	0.00001	0.012227
108	75	G	GTKRFDNPVL	G(1059557)	R(1551) V(1444) D(62) S(53) A(43) -(19) C(19) L(1) X(161) #(1)	0.02337	0.012267
109	76	T	TKRFDNPVLP	T(1060964)	I(1356) N(478) A(21) S(13) -(12) P(1) X(66)	0.01423	0.010005
110	77	K	KRFDNPVLPF	K(1062594)	N(152) T(55) M(48) R(21) E(5) I(1) $(1) X(34)	0.00279	0.008595
111	78	R	RFDNPVLPFN	R(1062433)	S(201) M(161) G(43) K(36) T(2) L(1) X(34)	0.00417	0.008399
112	79	F	FDNPVLPFN-	F(1062777)	L(108) S(5) I(1) V(1) X(17) #(2)	0.00113	0.007983
113	80	D	DNPVLPFN-D	D(1051356)	A(4510) G(3554) Y(3197) N(126) H(30) F(19) E(7) V(6) C(4) -(1) S(1) X(100)	0.07221	0.008185
114	81	N	NPVLPFN-D-	N(1062863)	Y(22) S(11) -(1) D(1) K(1) X(11) #(1)	0.00042	0.000967
115	82	P	PVLPFN-D--	P(1062780)	L(44) H(39) S(13) R(11) -(2) T(2) X(19) #(1)	0.00120	0.000926
116	83	V	VLPFN-D--G	V(1062566)	I(173) F(43) L(28) -(19) A(14) D(1) E(1) X(65) #(1)	0.00274	0.000817
117	84	L	LPFN-D--GV	L(1062836)	I(28) -(3) Q(3) V(1) W(1) X(39)	0.00041	0.001052
118	85	P	PFN-D--GVY	P(1062815)	S(44) L(15) Q(4) -(3) R(1) T(1) X(28)	0.00075	0.001021
119	86	F	FN-D--GVY-	F(1062663)	L(3) Y(3) -(2) S(2) X(215) #(23)	0.00013	0.000947
120	87	N	N-D--GVY-F	N(1062810)	K(51) D(7) S(7) Y(3) -(2) I(2) F(1) H(1) V(1) X(24) #(2)	0.00083	0.000952
121	87	-	-D--GVY-FA	-(1062909)	E(1) #(1)	0.00001	0.001084
122	88	D	D--GVY-FA-	D(1062556)	H(174) Y(71) E(31) N(20) G(12) A(7) -(4) V(1) X(35)	0.00315	0.001084
123	88	-	--GVY-FA-S	-(1062909)	D(1) G(1)	0.00003	0.001475
124	88	-	-GVY-FA-ST	-(1062910)	V(1)	0.00001	0.010343
125	89	G	GVY-FA-STE	G(1062878)	-(3) C(1) D(1) E(1) R(1) T(1) X(24) #(1)	0.00011	0.011327
126	90	V	VY-FA-STEK	V(1062278)	F(538) I(45) L(20) -(2) A(2) X(25) #(1)	0.00509	0.011553
127	91	Y	Y-FA-STEKS	Y(1062882)	-(2) F(1) H(1) N(1) Q(1) $(1) X(22)	0.00010	0.020235
128	91	-	-FA-STEKS-	-(1062910)	G(1)	0.00001	0.020228
129	92	F	FA-STEKS--	F(1062881)	Y(6) L(3) -(2) C(1) I(1) M(1) X(16)	0.00018	0.02023
130	93	A	A-STEKS---	A(1062665)	T(124) S(75) V(10) P(4) -(2) F(2) G(1) X(28)	0.00215	0.020215
131	93	-	-STEKS---N	-(1062910)	F(1)	0.00001	0.020186
132	94	S	STEKS---NI	S(1061986)	F(856) A(29) T(9) P(3) C(2) H(1) Y(1) X(24)	0.00706	0.020342
133	95	T	TEKS---NII	T(1044343)	I(18131) N(125) A(73) S(39) P(1) $(1) X(197) #(1)	0.08871	0.019801
134	96	E	EKS---NIIR	E(1061686)	D(833) G(186) Q(125) A(26) V(19) K(8) X(28)	0.00985	0.011858
135	97	K	KS---NIIRG	K(1062660)	N(146) R(48) E(15) T(14) Q(9) M(4) V(1) $(1) X(13)	0.00237	0.010884
136	98	S	S---NIIRGW	S(1043043)	F(19411) P(55) Y(7) C(2) $(1) X(391) #(1)	0.09191	0.010673
137	98	-	---NIIRGWI	-(1062909)	H(1) K(1)	0.00003	0.001555
138	98	-	--NIIRGWIF	-(1062909)	A(1) N(1)	0.00003	0.001557
139	98	-	-NIIRGWIF-	-(1062909)	E(1) K(1)	0.00003	0.001554
140	99	N	NIIRGWIF-G	N(1062700)	O(131) D(34) S(16) K(3) I(1) R(1) T(1) X(24)	0.00186	0.001561
141	100	I	IIRGWIF-GT	I(1062731)	V(89) T(42) L(16) M(5) K(1) X(26) #(1)	0.00157	0.001389
142	101	I	IRGWIF-GT-	I(1062730)	T(131) V(14) L(10) M(6) -(4) D(1) X(15)	0.00165	0.001233
143	102	R	RGWIF-GT--	R(1061747)	I(609) S(413) G(66) T(15) K(12) -(1) X(47) #(1)	0.00928	0.001069
144	103	G	GWIF-GT--T	G(1062887)	C(3) R(2) -(1) A(1) S(1) X(15) #(1)	0.00011	0.000164
145	104	W	WIF-GT--T-	W(1062876)	F(19) -(1) G(1) $(1) X(13)	0.00026	0.000153
146	105	I	IF-GT--T-L	I(1062728)	V(39) L(20) M(4) -(1) N(1) T(1) X(117)	0.00073	0.000156
147	106	F	F-GT--T-LD	F(1062896)	L(3) -(1) X(11)	0.00005	0.000549
148	106	-	-GT--T-LDS	-(1062910)	#(1)	0.00000	0.00073
149	107	G	GT--T-LDSK	G(1062881)	C(8) X(21) #(1)	0.00010	0.000768
150	108	T	T--T-LDSKT	T(1062878)	I(8) S(2) P(1) X(21) #(1)	0.00014	0.000763
151	108	-	--T-LDSKTQ	-(1062910)	A(1)	0.00001	0.000778
152	108	-	-T-LDSKTQS	-(1062910)	V(1)	0.00001	0.000784
153	109	T	T-LDSKTQSL	T(1062815)	A(8) -(6) S(4) I(1) X(73) #(4)	0.00023	0.000818
154	109	-	-LDSKTQSLL	-(1062904)	#(7)	0.00000	0.001049
155	110	L	LDSKTQSLLI	L(1062822)	F(19) -(3) I(3) X(58) #(6)	0.00029	0.001146
156	111	D	DSKTQSLLIV	D(1062314)	N(570) -(3) A(1) G(1) H(1) X(20) #(1)	0.00466	0.001257
157	112	S	SKTQSLLIVN	S(1062641)	L(124) P(63) A(2) -(1) T(1) X(79)	0.00186	0.000859
158	113	K	KTQSLLIVNO	K(1062861)	N(19) R(9) E(2) -(1) Q(1) X(17) #(1)	0.00038	0.000754
159	114	T	TQSLLIVNOA	T(1062846)	S(2) -(1) A(1) X(61)	0.00005	0.000774
160	115	Q	QSLLIVNOAT	Q(1062871)	H(16) L(4) -(1) K(1) R(1) $(1) X(16)	0.00029	0.000819
161	116	S	SLLIVNOATN	S(1062899)	-(1) C(1) F(1) P(1) Y(1) X(7)	0.00007	0.000842
162	117	L	LLIVNOATNV	L(1062858)	I(31) R(1) X(21)	0.00035	0.000961
163	118	L	LIVNOATNVV	L(1062579)	F(187) I(81) P(2) V(1) X(61)	0.00254	0.00114
164	119	I	IVNOATNVVI	I(1062760)	V(99) S(1) X(51)	0.00097	0.00094
165	120	V	VNOATNVVI-	V(1062713)	F(113) I(17) L(7) A(3) X(58)	0.00140	0.000844
166	121	N	NOATNVVI-K	N(1062822)	D(29) I(23) S(4) T(4) K(1) X(28)	0.00068	0.000727
167	122	O	OATNVVI-K-	O(1062805)	N(72) K(5) S(2) X(26) #(1)	0.00081	0.000659
168	123	A	ATNVVI-K-V	A(1062818)	V(29) S(11) T(7) D(3) P(1) X(42)	0.00058	0.000653
169	124	T	TNVVI-K-VC	T(1062833)	I(36) S(5) A(2) N(2) X(33)	0.00050	0.000599
170	125	N	NVVI-K-VCE	N(1062842)	S(42) T(4) H(1) K(1) X(21)	0.00052	0.00069
171	126	V	VVI-K-VCEF	V(1062751)	A(109) F(12) I(4) G(2) X(33)	0.00126	0.000651
172	127	V	VI-K-VCEFQ	V(1062649)	F(193) A(16) I(15) L(2) G(1) X(35)	0.00214	0.000571
173	128	I	I-K-VCEFQF	I(1062841)	V(47) -(1) F(1) L(1) T(1) X(18) #(1)	0.00054	0.000381
174	128	-	-K-VCEFQF-	-(1062910)	$(1)	0.00001	0.000328
175	129	K	K-VCEFQF-C	K(1062845)	R(10) N(5) I(3) $(1) X(46) #(1)	0.00023	0.000384
176	129	-	-VCEFQF-CN	-(1062911)		0.00000	0.000508
177	130	V	VCEFQF-CND	V(1062814)	L(29) F(17) A(12) G(3) I(2) -(1) D(1) S(1) X(29) #(2)	0.00075	0.008739
178	131	C	CEFQF-CNDP	C(1062841)	F(2) R(1) X(67)	0.00004	0.008783
179	132	E	EFQF-CNDP-	E(1062692)	Q(69) A(34) D(21) K(8) -(1) F(1) X(84) #(1)	0.00141	0.008779
180	133	F	FQF-CNDP-F	F(1062808)	C(5) -(2) S(2) I(1) X(93)	0.00013	0.008922
181	134	Q	QF-CNDP-FL	Q(1062791)	L(10) H(9) E(4) -(3) R(3) K(2) Y(2) $(2) S(1) T(1) X(83)	0.00046	0.010112
182	135	F	F-CNDP-FLG	F(1062792)	L(10) -(3) V(3) I(2) S(1) X(100)	0.00024	0.013418
183	135	-	-CNDP-FLG-	-(1062910)	H(1)	0.00001	0.013534
184	136	C	CNDP-FLG-V	C(1062773)	-(21) F(17) G(5) S(2) W(2) R(1) Y(1) X(88) #(1)	0.00057	0.015946
185	137	N	NDP-FLG-V-	N(1062743)	-(32) S(30) K(21) O(17) Y(13) D(9) H(3) I(3) M(2) T(1) X(36) #(1)	0.00147	0.0159
186	138	D	DP-FLG-V--	D(1048020)	Y(10289) H(3800) N(271) G(88) -(65) A(9) V(7) E(1) X(360) #(1)	0.08231	0.01576
187	139	P	P-FLG-V---	P(1062764)	-(87) S(17) L(10) A(1) Q(1) X(31)	0.00119	0.007536
188	139	-	-FLG-V----	-(1062910)	#(1)	0.00000	0.007422
189	140	F	FLG-V-----	F(1062464)	L(193) -(93) I(5) S(5) H(2) V(2) Y(1) X(131) #(15)	0.00284	0.007427
190	141	L	LG-V------	L(1061228)	-(1055) F(409) V(65) M(4) S(3) W(1) X(143) #(3)	0.01203	0.007148
191	142	G	G-V-------	G(1058141)	V(1293) D(1221) -(1176) S(754) A(30) C(23) F(10) N(2) X(261)	0.03352	0.00595
192	142	-	-V--------	-(1062683)	G(140) V(6) $(1) #(70) X(11)	0.00140	0.002603
193	143	V	V---------	V(1058505)	-(1952) F(1414) I(33) A(7) D(3) L(3) G(1) N(1) S(1) $(1) X(546) #(444)	0.02413	0.002467
194	143	-	----------	-(1062901)	T(7) I(1) L(1) X(1)	0.00011	5.7e-05
195	143	-	----------	-(1062904)	L(2) F(1) H(1) T(1) #(2)	0.00007	4.7e-05
196	143	-	---------Y	-(1062904)	L(2) P(1) T(1) Y(1) X(2)	0.00007	0.068066
197	143	-	--------YY	-(1062904)	P(2) K(1) S(1) X(3)	0.00005	0.068822
198	143	-	-------YY-	-(1062907)	Q(2) G(1) T(1)	0.00005	0.068817
199	143	-	------YY-H	-(1062907)	K(2) C(1) T(1)	0.00005	0.070439
200	143	-	-----YY-H-	-(1062907)	Q(2) K(1) L(1)	0.00005	0.070434
201	143	-	----YY-H-K	-(1062907)	Q(2) L(1) V(1)	0.00005	0.070587
202	143	-	---YY-H-KN	-(1062908)	G(1) K(1) T(1)	0.00004	0.071118
203	143	-	--YY-H-KN-	-(1062908)	L(1) V(1) #(1)	0.00003	0.071114
204	143	-	-YY-H-KN-O	-(1062909)	D(1) #(1)	0.00001	0.071607
205	144	Y	YY-H-KN-O-	Y(640489)	-(414441) F(718) V(293) D(241) S(26) H(23) A(10) C(3) $(2) L(1) N(1) X(6618) #(45)	0.68026	0.071613
206	145	Y	Y-H-KN-O-K	Y(1061240)	H(752) D(113) N(37) -(14) $(4) C(3) S(3) F(1) G(1) X(741) #(2)	0.00763	0.003987
207	145	-	-H-KN-O-K-	-(1062910)	#(1)	0.00000	0.003228
208	146	H	H-KN-O-K-S	H(1060746)	Y(968) -(615) Q(376) R(41) N(17) L(16) K(4) P(3) C(1) D(1) X(121) #(2)	0.01627	0.003638
209	146	-	-KN-O-K-S-	-(1062911)		0.00000	0.002011
210	147	K	KN-O-K-S-W	K(1062643)	N(44) E(38) R(25) I(23) -(8) Q(4) T(3) X(121) #(2)	0.00158	0.01198
211	148	N	N-O-K-S-WM	N(1062172)	T(375) S(80) K(57) D(35) -(17) Y(10) H(9) G(2) O(1) X(152) #(1)	0.00536	0.016705
212	148	-	-O-K-S-WME	-(1062909)	#(2)	0.00000	0.017084
213	149	O	O-K-S-WMES	O(1062233)	N(514) Y(22) -(9) D(9) I(7) S(7) K(5) H(4) T(3) X(98)	0.00496	0.017562
214	149	-	-K-S-WMESE	-(1062905)	O(6)	0.00007	0.017772
215	150	K	K-S-WMESEF	K(1062324)	T(230) N(81) R(50) I(31) E(16) -(7) Q(2) G(1) X(167) #(2)	0.00400	0.021353
216	150	-	-S-WMESEFR	-(1062907)	K(2) V(1) #(1)	0.00004	0.021391
217	151	S	S-WMESEFRV	S(1062359)	I(255) G(89) N(41) T(37) R(8) -(6) X(116)	0.00410	0.021452
218	151	-	-WMESEFRV-	-(1062911)		0.00000	0.021045
219	152	W	WMESEFRV--	W(1043543)	C(15671) L(2190) R(1001) G(45) -(4) Q(2) F(1) K(1) $(1) X(452)	0.09969	0.021048
220	153	M	MESEFRV---	M(1054682)	T(6661) I(1290) V(127) K(7) L(6) -(4) R(2) X(129) #(3)	0.04883	0.011082
221	154	E	ESEFRV----	E(1061749)	K(799) A(141) Q(89) G(50) D(14) V(10) -(1) X(57) #(1)	0.00915	0.006202
222	155	S	SEFRV-----	S(1062362)	R(248) I(103) G(69) N(60) T(28) X(41)	0.00478	0.005291
223	156	E	EFRV-----Y	E(1062057)	-(391) D(111) Q(89) V(84) A(77) G(11) K(11) X(80)	0.00706	0.004825
224	157	F	FRV-----Y-	F(1057369)	S(3680) L(1296) -(391) Y(10) V(1) X(164)	0.03588	0.004119
225	158	R	RV-----Y-S	R(1062239)	G(405) S(45) K(20) -(13) I(11) L(2) X(174) #(2)	0.00438	0.000608
226	159	V	V-----Y-SS	V(1062795)	I(37) A(10) F(9) G(1) L(1) X(58)	0.00065	0.00038
227	159	-	-----Y-SSA	-(1062909)	I(2)	0.00003	0.000491
228	159	-	----Y-SSAN	-(1062909)	O(2)	0.00003	0.001262
229	159	-	---Y-SSANO	-(1062909)	T(2)	0.00003	0.001331
230	159	-	--Y-SSANOC	-(1062909)	T(2)	0.00003	0.001329
231	159	-	-Y-SSANOCT	-(1062908)	C(2) L(1)	0.00004	0.001378
232	160	Y	Y-SSANOCTF	Y(1062859)	H(5) C(1) D(1) O(1) S(1) X(42) #(1)	0.00012	0.001395
233	160	-	-SSANOCTF-	-(1062911)		0.00000	0.001383
234	161	S	SSANOCTF-E	S(1062824)	A(60) F(6) Y(4) T(2) P(1) X(14)	0.00077	0.001423
235	162	S	SANOCTF-EY	S(1062667)	I(181) N(16) G(12) R(11) X(24)	0.00210	0.001418
236	163	A	ANOCTF-EYV	A(1062688)	V(104) S(56) T(10) E(4) G(1) X(48)	0.00176	0.001358
237	164	N	NOCTF-EYVS	N(1061916)	T(858) H(32) S(27) K(18) I(15) Y(10) D(4) X(31)	0.00774	0.001412
238	165	O	OCTF-EYVSQ	O(1062832)	N(51) D(10) H(2) K(2) -(1) S(1) X(10) #(2)	0.00072	0.00148
239	166	C	CTF-EYVSQP	C(1062881)	R(1) X(28) #(1)	0.00001	0.001678
240	167	T	TF-EYVSQPF	T(1062815)	S(44) I(5) X(46) #(1)	0.00052	0.00175
241	168	F	F-EYVSQPF-	F(1062879)	L(12) S(3) -(1) Y(1) X(15)	0.00021	0.001701
242	168	-	-EYVSQPF--	-(1062907)	#(4)	0.00000	0.00168
243	169	E	EYVSQPF--L	E(1062853)	K(27) -(3) D(2) A(1) N(1) Q(1) X(22) #(1)	0.00040	0.003699
244	170	Y	YVSQPF--LM	Y(1062830)	H(61) -(3) F(3) C(1) O(1) X(12)	0.00072	0.004574
245	171	V	VSQPF--LMD	V(1062749)	F(66) L(28) I(25) A(17) D(3) -(2) X(21)	0.00150	0.005781
246	172	S	SQPF--LMDL	S(1062654)	A(220) F(15) Y(7) -(2) P(2) T(2) X(9)	0.00230	0.005905
247	173	Q	QPF--LMDLE	Q(1061747)	K(1030) H(27) P(15) R(12) L(7) -(2) E(1) X(70)	0.00842	0.006509
248	174	P	PF--LMDLEG	P(1062596)	S(142) L(122) T(10) H(5) -(2) R(1) X(33)	0.00270	0.007288
249	175	F	F--LMDLEG-	F(1062828)	S(29) L(27) C(5) -(2) I(1) V(1) X(18)	0.00073	0.007022
250	175	-	--LMDLEG--	-(1062908)	F(2) X(1)	0.00003	0.006953
251	175	-	-LMDLEG---	-(1062909)	#(1) X(1)	0.00000	0.006954
252	176	L	LMDLEG---K	L(1059728)	F(3083) I(11) P(10) H(6) R(1) S(1) X(69) #(2)	0.02019	0.007281
253	177	M	MDLEG---KQ	M(1061741)	I(823) T(200) V(41) L(36) K(15) R(3) X(52)	0.00915	0.005603
254	178	D	DLEG---KQG	D(1061323)	H(752) N(391) G(296) Y(99) E(14) X(36)	0.01279	0.005253
255	179	L	LEG---KQGN	L(1062602)	F(185) I(51) R(28) P(18) H(1) S(1) X(25)	0.00274	0.004299
256	180	E	EG---KQGNF	E(1061864)	V(706) K(158) G(93) D(18) Q(16) A(5) X(50) #(1)	0.00834	0.004175
257	181	G	G---KQGNF-	G(1060652)	V(1541) R(378) A(181) E(33) L(6) -(1) $(1) X(118)	0.01621	0.003341
258	181	-	---KQGNF-K	-(1062908)	A(3)	0.00004	0.001743
259	181	-	--KQGNF-KN	-(1062908)	W(3)	0.00004	0.005412
260	181	-	-KQGNF-KN-	-(1062908)	L(3)	0.00004	0.005408
261	182	K	KQGNF-KN-L	K(1062553)	R(201) T(102) N(22) E(11) I(5) Q(2) $(1) X(12) #(2)	0.00327	0.008419
262	183	Q	QGNF-KN-LR	Q(1062522)	H(185) R(139) L(20) P(9) K(5) E(3) X(28)	0.00341	0.012053
263	184	G	GNF-KN-LRE	G(1062209)	S(593) V(67) D(15) A(3) C(2) X(22)	0.00565	0.011716
264	185	N	NF-KN-LREF	N(1062529)	S(235) D(77) T(15) Y(7) K(6) I(5) V(1) X(36)	0.00325	0.011158
265	186	F	F-KN-LREFV	F(1062665)	S(95) L(38) V(8) Y(5) -(1) X(99)	0.00150	0.011022
266	186	-	-KN-LREFVF	-(1062910)	#(1)	0.00000	0.010881
267	187	K	KN-LREFVFK	K(1062842)	-(4) N(4) R(4) Q(3) E(2) I(1) X(49) #(2)	0.00023	0.010888
268	188	N	N-LREFVFKN	N(1056583)	O(6235) S(34) D(9) K(7) -(6) T(3) H(2) Y(2) I(1) X(28) #(1)	0.03673	0.010886
269	188	-	-LREFVFKNI	-(1062909)	#(2)	0.00000	0.007441
270	189	L	LREFVFKNID	L(1057471)	F(5014) -(7) P(3) I(2) V(1) X(413)	0.03015	0.007917
271	190	R	REFVFKNIDG	R(1056229)	S(6236) M(236) K(112) G(21) W(17) -(1) T(1) X(58)	0.03961	0.00493
272	191	E	EFVFKNIDGY	E(1062884)	-(2) $(1) X(24)	0.00004	0.001053
273	192	F	FVFKNIDGYF	F(1062884)	-(2) L(2) I(1) X(21) #(1)	0.00007	0.001052
274	193	V	VFKNIDGYFK	V(1062661)	L(206) -(2) A(1) X(40) #(1)	0.00189	0.00108
275	194	F	FKNIDGYFKI	F(1062881)	-(3) L(2) P(1) Y(1) X(21) #(2)	0.00009	0.000988
276	195	K	KNIDGYFKIY	K(1062890)	$(2) -(1) N(1) R(1) X(15) #(1)	0.00007	0.001002
277	196	N	NIDGYFKIY-	N(1062875)	Y(5) I(3) T(3) D(2) H(2) -(1) X(19) #(1)	0.00021	0.000995
278	197	I	IDGYFKIY-S	I(1062658)	V(199) T(18) D(12) S(7) N(2) -(1) M(1) X(13)	0.00228	0.00102
279	198	D	DGYFKIY-SK	D(1062324)	G(440) Y(97) A(4) H(4) N(2) V(2) -(1) E(1) X(35) #(1)	0.00476	0.000812
280	199	G	GYFKIY-SKH	G(1062849)	S(6) C(5) V(4) -(3) R(3) D(1) X(36) #(4)	0.00028	0.000502
281	200	Y	YFKIY-SKHT	Y(1062739)	C(37) -(15) H(15) N(3) D(2) S(2) $(1) X(96) #(1)	0.00084	0.000726
282	201	F	FKIY-SKHTP	F(1062866)	-(1) L(1) X(43)	0.00003	0.000754
283	202	K	KIY-SKHTPI	K(1062845)	R(14) N(11) -(1) E(1) Q(1) T(1) X(37)	0.00035	0.001702
284	203	I	IY-SKHTPIN	I(1062800)	V(37) M(31) L(14) T(3) -(2) K(1) X(23)	0.00097	0.001854
285	204	Y	Y-SKHTPINL	Y(1062878)	H(12) F(3) -(1) C(1) N(1) S(1) X(13) #(1)	0.00023	0.001852
286	204	-	-SKHTPINLV	-(1062910)	#(1)	0.00000	0.002683
287	205	S	SKHTPINLV-	S(1062858)	F(30) Y(4) A(2) P(2) C(1) T(1) X(13)	0.00046	0.002683
288	206	K	KHTPINLV-R	K(1062877)	R(13) M(2) O(2) X(17)	0.00020	0.003277
289	207	H	HTPINLV-R-	H(1062724)	Q(71) R(49) Y(37) L(3) N(1) X(25) #(1)	0.00166	0.003271
290	208	T	TPINLV-R--	T(1062640)	A(98) M(88) S(64) P(3) K(2) X(16)	0.00252	0.003119
291	209	P	PINLV-R---	P(1062779)	L(61) H(23) S(19) T(3) X(26)	0.00112	0.002881
292	210	I	INLV-R----	I(1061691)	-(806) T(311) V(56) S(2) F(1) L(1) X(42) #(1)	0.00951	0.003264
293	211	N	NLV-R-----	N(1062717)	-(54) D(47) S(27) K(21) Y(19) T(5) H(2) X(19)	0.00187	0.002807
294	212	L	LV-R------	L(1062807)	I(51) V(17) S(15) -(4) F(1) X(16)	0.00095	0.003112
295	213	V	V-R-------	V(1061862)	L(573) M(348) A(49) G(26) E(8) F(5) D(3) X(37)	0.00854	0.003023
296	213	-	-R--------	-(1062910)	#(1)	0.00000	0.002471
297	214	R	R---------	R(1062092)	L(592) H(104) C(35) S(17) P(5) N(2) G(1) X(61) #(2)	0.00640	0.002773
298	214	-	----------	-(1062900)	Q(6) K(5)	0.00014	0.002435
299	214	-	----------	-(1062900)	A(6) F(3) R(2)	0.00014	0.002422
300	214	-	----------	-(1062900)	S(6) H(3) I(2)	0.00014	0.002409
301	214	-	----------	-(1062292)	T(614) A(5)	0.00495	0.002396
302	214	-	---------D	-(1062293)	D(613) N(4) K(1)	0.00494	0.006712
303	214	-	--------D-	-(1062293)	R(617) K(1)	0.00492	0.006222
304	214	-	-------D--	-(1062906)	N(5)	0.00006	0.005734
305	214	-	------D---	-(1062553)	A(355) D(1) X(2)	0.00302	0.005731
306	214	-	-----D---L	-(1062553)	A(355) R(1) X(2)	0.00302	0.006074
307	214	-	----D---LP	-(1062553)	G(355) S(1) X(2)	0.00302	0.005903
308	214	-	---D---LPQ	-(1062910)	A(1)	0.00001	0.005985
309	214	-	--D---LPQG	-(1062910)	A(1)	0.00001	0.00625
310	214	-	-D---LPQG-	-(1062910)	G(1)	0.00001	0.006255
311	215	D	D---LPQG-F	D(1055531)	G(4359) H(1495) Y(1158) V(86) E(78) N(37) A(20) L(5) C(2) X(139) #(1)	0.04811	0.006416
312	215	-	---LPQG-F-	-(1062908)	L(2) R(1)	0.00004	0.001605
313	215	-	--LPQG-F-S	-(1062908)	A(2) D(1)	0.00004	0.002695
314	215	-	-LPQG-F-SA	-(1062909)	D(2)	0.00003	0.040866
315	216	L	LPQG-F-SA-	L(1062034)	F(794) I(14) P(6) V(5) H(1) R(1) X(55) #(1)	0.00645	0.040869
316	217	P	PQG-F-SA-L	P(1062763)	S(104) H(11) L(10) I(4) T(1) X(15) #(3)	0.00131	0.040234
317	218	Q	QG-F-SA-L-	Q(1062445)	H(307) E(47) R(28) P(15) K(9) L(6) $(4) X(50)	0.00384	0.040109
318	219	G	G-F-SA-L-E	G(1062552)	S(211) D(41) V(20) L(5) C(3) F(1) X(78)	0.00266	0.039826
319	219	-	-F-SA-L-EP	-(1062906)	I(5)	0.00006	0.03957
320	220	F	F-SA-L-EPL	F(1062717)	I(78) L(68) M(5) V(4) S(3) Y(1) X(35)	0.00162	0.039599
321	220	-	-SA-L-EPLV	-(1062907)	#(4)	0.00000	0.039778
322	221	S	SA-L-EPLVD	S(1061266)	L(1491) A(16) W(12) X(125) #(1)	0.01094	0.039985
323	222	A	A-L-EPLVDL	A(927566)	V(134370) S(168) T(29) P(11) F(7) I(1) X(757) #(2)	0.38175	0.039028
324	222	-	-L-EPLVDL-	-(1062905)	I(5) #(1)	0.00006	0.000853
325	223	L	L-EPLVDL-P	L(1062892)	F(6) I(1) V(1) X(11)	0.00010	0.000884
326	223	-	-EPLVDL-PI	-(1062905)	N(5) #(1)	0.00006	0.000935
327	224	E	EPLVDL-PIG	E(1062795)	Q(86) L(5) K(4) G(2) V(2) X(17)	0.00101	0.001026
328	225	P	PLVDL-PIGI	P(1062897)	G(5) L(1) Q(1) S(1) X(6)	0.00010	0.001437
329	226	L	LVDL-PIGIO	L(1062856)	F(20) V(8) I(1) S(1) X(25)	0.00035	0.001532
330	227	V	VDL-PIGIOI	V(1062520)	L(274) I(76) A(16) F(5) E(1) M(1) X(18)	0.00341	0.001538
331	228	D	DL-PIGIOIT	D(1062676)	H(87) Y(86) E(16) A(5) N(5) G(2) V(2) I(1) X(31)	0.00207	0.001202
332	229	L	L-PIGIOITR	L(1062745)	F(137) $(5) S(1) V(1) X(22)	0.00137	0.001108
333	229	-	-PIGIOITRF	-(1062909)	#(2)	0.00000	0.000972
334	230	P	PIGIOITRFQ	P(1062866)	L(14) S(9) -(5) Q(2) T(1) X(14)	0.00037	0.001056
335	231	I	IGIOITRFQT	I(1062790)	T(14) L(13) V(12) M(7) -(5) K(1) X(69)	0.00061	0.001532
336	232	G	GIOITRFQTL	G(1062794)	V(36) C(35) -(5) S(5) A(4) D(1) R(1) $(1) X(29)	0.00097	0.001517
337	233	I	IOITRFQTL-	I(1062259)	V(629) N(5) M(2) L(1) R(1) S(1) X(13)	0.00512	0.001423
338	234	O	OITRFQTL--	O(1062755)	N(87) K(12) Y(2) D(1) S(1) X(53)	0.00105	0.000914
339	235	I	ITRFQTL--L	I(1062785)	T(31) V(6) X(89)	0.00041	0.00364
340	236	T	TRFQTL--LA	T(1062811)	S(3) I(1) X(96)	0.00005	0.006862
341	237	R	RFQTL--LAL	R(1062700)	K(56) S(34) M(17) X(104)	0.00113	0.009667
342	238	F	FQTL--LALH	F(1062885)	S(1) X(25)	0.00001	0.010573
343	239	Q	QTL--LALH-	Q(1062815)	R(33) H(17) K(17) L(6) -(1) P(1) X(21)	0.00084	0.010573
344	240	T	TL--LALH--	T(1062129)	I(441) -(90) S(42) A(7) N(4) P(2) X(194) #(2)	0.00513	0.01049
345	241	L	L--LALH---	L(1062626)	-(23) F(6) V(5) I(4) S(1) X(244) #(2)	0.00046	0.009978
346	241	-	--LALH---R	-(1062909)	H(2)	0.00003	0.010519
347	241	-	-LALH---R-	-(1062909)	L(2)	0.00003	0.010517
348	242	L	LALH---R--	L(1058137)	-(4282) F(93) I(61) P(34) H(9) Q(3) V(2) Y(1) X(288) #(1)	0.02831	0.010515
349	243	A	ALH---R---	A(1057443)	-(4453) S(404) V(188) T(19) P(9) D(4) G(4) X(383) #(4)	0.03263	0.007685
350	244	L	LH---R----	L(1058302)	-(4446) F(38) S(28) Y(20) V(7) X(68) #(2)	0.02810	0.004423
351	245	H	H---R----S	H(1061526)	Y(1071) -(104) R(60) O(40) P(16) Q(1) X(93)	0.01019	0.002074
352	245	-	---R----S-	-(1062910)	H(1)	0.00001	0.001065
353	245	-	--R----S--	-(1062910)	G(1)	0.00001	0.001074
354	245	-	-R----S---	-(1062909)	D(1) #(1)	0.00001	0.001083
355	246	R	R----S----	R(1062230)	-(378) I(84) K(77) T(57) S(18) G(16) E(10) C(1) X(39) #(1)	0.00587	0.00109
356	246	-	----S-----	-(1062910)	D(1)	0.00001	0.000514
357	246	-	---S------	-(1062910)	S(1)	0.00001	0.000524
358	246	-	--S-------	-(1062910)	W(1)	0.00001	0.000534
359	246	-	-S--------	-(1062909)	G(1) #(1)	0.00001	0.000544
360	247	S	S---------	S(1062381)	-(365) N(46) G(45) I(31) R(20) C(1) O(1) X(21)	0.00461	0.000553
361	247	-	----------	-(1062903)	S(5) F(2) E(1)	0.00010	0.000102
362	247	-	----------	-(1062903)	S(5) K(2) I(1)	0.00010	9.9e-05
363	247	-	---------Y	-(1062903)	L(5) T(2) E(1)	0.00010	0.000548
364	247	-	--------YL	-(1062905)	T(5) A(1)	0.00008	0.001017
365	247	-	-------YLT	-(1062902)	F(6) S(3)	0.00011	0.001429
366	247	-	------YLTP	-(1062902)	R(8) G(1)	0.00011	0.002536
367	247	-	-----YLTP-	-(1062902)	R(7) W(2)	0.00011	0.002525
368	247	-	----YLTP-G	-(1062902)	G(7) E(2)	0.00011	0.003241
369	247	-	---YLTP-GD	-(1062903)	R(6) S(2)	0.00010	0.011201
370	247	-	--YLTP-GDS	-(1062903)	Q(6) V(2)	0.00010	0.012197
371	247	-	-YLTP-GDSS	-(1062905)	G(6)	0.00007	0.013471
372	248	Y	YLTP-GDSS-	Y(1062387)	-(331) H(115) S(30) D(11) C(6) O(6) F(5) X(20)	0.00459	0.013489
373	249	L	LTP-GDSS--	L(1062357)	-(322) S(154) F(37) V(16) C(1) W(1) X(23)	0.00479	0.013055
374	250	T	TP-GDSS---	T(1062429)	-(322) I(85) N(35) S(8) A(6) P(4) F(1) X(21)	0.00420	0.012577
375	251	P	P-GDSS---S	P(1061565)	S(451) -(322) L(294) H(187) T(43) R(1) X(48)	0.01118	0.013739
376	251	-	-GDSS---S-	-(1062910)	#(1)	0.00000	0.012622
377	252	G	GDSS---S--	G(1062033)	V(404) -(322) S(52) D(43) R(12) C(1) X(44)	0.00727	0.012622
378	253	D	DSS---S--G	D(1047113)	G(15139) O(390) Y(120) A(29) V(16) S(6) E(2) H(1) X(95)	0.07971	0.012697
379	254	S	SS---S--GW	S(1061452)	F(1294) Y(52) P(7) A(2) C(2) X(102)	0.01006	0.006069
380	255	S	S---S--GW-	S(1060593)	F(1507) Y(172) P(34) A(4) L(4) C(3) -(2) T(1) X(591)	0.01284	0.005064
381	255	-	---S--GW--	-(1062888)	S(23)	0.00025	0.003781
382	255	-	--S--GW---	-(1062889)	S(21) G(1)	0.00025	0.003757
383	255	-	-S--GW---T	-(1062910)	W(1)	0.00001	0.004062
384	256	S	S--GW---T-	S(1060103)	L(1856) P(239) -(43) A(21) T(11) C(1) D(1) F(1) G(1) X(634)	0.01582	0.004065
385	256	-	--GW---T--	-(1062908)	D(1) #(2)	0.00001	0.002487
386	256	-	-GW---T---	-(1062911)		0.00000	0.002489
387	257	G	GW---T---A	G(1061748)	D(371) S(282) V(225) -(19) R(8) C(7) I(1) L(1) Y(1) X(248)	0.00802	0.002675
388	258	W	W---T---AG	W(1060789)	L(1557) R(127) C(68) -(20) S(17) G(4) F(2) E(1) Y(1) X(325)	0.01343	0.003017
389	258	-	---T---AG-	-(1062910)	T(1)	0.00001	0.001674
390	258	-	--T---AG-A	-(1062910)	A(1)	0.00001	0.007164
391	258	-	-T---AG-A-	-(1062910)	A(1)	0.00001	0.007163
392	259	T	T---AG-A-A	T(1062385)	I(200) A(77) S(31) R(17) K(8) P(4) -(1) L(1) V(1) W(1) X(185)	0.00330	0.007607
393	259	-	---AG-A-AA	-(1062908)	A(1) G(1) L(1)	0.00004	0.007406
394	259	-	--AG-A-AAY	-(1062908)	F(1) G(1) S(1)	0.00004	0.00744
395	259	-	-AG-A-AAYY	-(1062909)	A(1) R(1)	0.00003	0.007472
396	260	A	AG-A-AAYY-	A(1061261)	V(60) S(49) T(33) D(26) -(3) F(2) G(1) I(1) P(1) X(1474)	0.00186	0.007473
397	261	G	G-A-AAYY-V	G(1060463)	V(597) R(361) S(158) C(97) D(69) -(27) A(17) F(3) X(1118) #(1)	0.01144	0.007396
398	261	-	-A-AAYY-VG	-(1062911)		0.00000	0.006269
399	262	A	A-AAYY-VGY	A(1051773)	S(9982) V(72) T(51) G(12) D(11) P(11) -(3) X(994) #(2)	0.05491	0.00629
400	262	-	-AAYY-VGYL	-(1062911)		0.00000	0.000813
401	263	A	AAYY-VGYLQ	A(1062113)	S(258) V(130) T(42) P(38) E(5) G(3) -(1) X(319) #(2)	0.00445	0.000917
402	264	A	AYY-VGYLQ-	A(1062619)	V(52) S(38) T(18) D(7) -(3) C(1) G(1) X(170) #(2)	0.00129	0.000472
403	265	Y	YY-VGYLQ-P	Y(1062705)	C(24) H(4) D(2) F(1) N(1) V(1) X(173)	0.00038	0.004813
404	266	Y	Y-VGYLQ-PR	Y(1062715)	C(19) H(6) S(2) -(1) F(1) I(1) X(166)	0.00036	0.004992
405	266	-	-VGYLQ-PRT	-(1062908)	Y(3)	0.00004	0.005089
406	267	V	VGYLQ-PRT-	V(1062572)	L(105) M(4) G(2) X(228)	0.00109	0.005088
407	268	G	GYLQ-PRT-F	G(1062793)	S(7) D(2) V(2) C(1) R(1) X(105)	0.00017	0.004998
408	269	Y	YLQ-PRT-F-	Y(1062601)	H(11) N(4) C(1) F(1) X(293)	0.00021	0.004984
409	270	L	LQ-PRT-F-L	L(1062826)	I(6) F(3) H(1) P(1) X(73) #(1)	0.00014	0.004981
410	271	Q	Q-PRT-F-LL	Q(1062662)	K(31) R(25) E(18) L(15) H(3) $(1) X(156)	0.00104	0.004976
411	271	-	-PRT-F-LLK	-(1062910)	#(1)	0.00000	0.004925
412	272	P	PRT-F-LLKY	P(1054862)	L(7733) S(65) H(44) F(32) T(12) R(2) X(161)	0.04470	0.00495
413	273	R	RT-F-LLKY-	R(1062450)	S(107) K(81) M(19) T(6) G(3) W(1) X(244)	0.00217	0.000481
414	274	T	T-F-LLKY--	T(1062618)	I(81) N(42) A(3) S(3) L(1) X(162) #(1)	0.00133	0.000265
415	274	-	-F-LLKY--N	-(1062906)	F(1) Y(1) #(3)	0.00003	0.000201
416	275	F	F-LLKY--NE	F(1062658)	L(8) -(2) V(2) Y(2) S(1) X(235) #(3)	0.00019	0.000438
417	275	-	-LLKY--NEO	-(1062896)	Y(1) $(1) #(13)	0.00003	0.000877
418	276	L	LLKY--NEOG	L(1062320)	I(3) P(2) V(2) -(1) N(1) Q(1) R(1) S(1) $(1) X(577) #(1)	0.00018	0.000881
419	277	L	LKY--NEOGT	L(1062187)	-(3) N(2) F(1) V(1) X(717)	0.00009	0.001156
420	278	K	KY--NEOGTI	K(1062202)	R(38) E(5) -(2) I(2) Q(1) X(660) #(1)	0.00053	0.001151
421	279	Y	Y--NEOGTIT	Y(1062779)	F(9) N(4) -(3) D(1) H(1) I(1) M(1) X(112)	0.00025	0.001238
422	279	-	--NEOGTITD	-(1062906)	K(1) #(4)	0.00001	0.001364
423	279	-	-NEOGTITDA	-(1062910)	M(1)	0.00001	0.001423
424	280	N	NEOGTITDAV	N(1062676)	S(27) D(14) O(14) -(1) E(1) I(1) V(1) Y(1) X(173) #(2)	0.00069	0.001765
425	281	E	EOGTITDAVD	E(1062372)	Q(107) V(71) K(47) G(6) D(4) A(3) -(1) X(297) #(3)	0.00240	0.001717
426	282	O	OGTITDAVD-	O(1062210)	N(474) D(20) K(19) S(12) H(3) I(2) T(2) -(1) Y(1) X(166) #(1)	0.00458	0.001477
427	283	G	GTITDAVD-C	G(1062762)	V(2) -(1) D(1) $(1) X(144)	0.00007	0.001025
428	284	T	TITDAVD-CA	T(1062399)	I(330) A(7) -(1) O(1) X(173)	0.00293	0.001198
429	285	I	ITDAVD-CAL	I(1062758)	M(2) N(1) X(150)	0.00004	0.000948
430	286	T	TDAVD-CALD	T(1062555)	I(136) A(4) P(4) E(1) R(1) X(210)	0.00140	0.000975
431	287	D	DAVD-CALD-	D(1062361)	G(119) N(17) H(7) E(5) Y(2) V(1) X(399)	0.00151	0.000835
432	288	A	AVD-CALD-P	A(1062787)	V(39) S(12) T(3) P(1) X(67) #(2)	0.00060	0.000691
433	289	V	VD-CALD-PL	V(1062444)	I(322) L(61) A(3) E(1) X(79) #(1)	0.00343	0.000642
434	290	D	D-CALD-PLS	D(1062735)	E(8) Y(5) V(2) H(1) Q(1) X(159)	0.00021	0.000318
435	290	-	-CALD-PLSE	-(1062909)	#(2)	0.00000	0.000311
436	291	C	CALD-PLSE-	C(1062754)	F(1) I(1) S(1) Y(1) X(152) #(1)	0.00006	0.000311
437	292	A	ALD-PLSE-T	A(1062629)	S(138) T(26) G(16) V(3) X(99)	0.00180	0.000918
438	293	L	LD-PLSE-TK	L(1062669)	F(34) I(3) P(1) V(1) X(202) #(1)	0.00043	0.000784
439	294	D	D-PLSE-TK-	D(1062589)	N(16) G(4) E(3) A(1) P(1) V(1) X(296)	0.00031	0.000741
440	294	-	-PLSE-TK-C	-(1062911)		0.00000	0.000718
441	295	P	PLSE-TK-CT	P(1062607)	S(2) A(1) L(1) T(1) X(297) #(2)	0.00007	0.000727
442	296	L	LSE-TK-CTL	L(1062706)	I(8) H(1) X(194) #(2)	0.00011	0.000793
443	297	S	SE-TK-CTLK	S(1062712)	L(10) P(2) T(2) A(1) X(184)	0.00019	0.000812
444	298	E	E-TK-CTLK-	E(1062787)	Q(5) K(4) A(1) G(1) X(111) #(2)	0.00014	0.000793
445	298	-	-TK-CTLK-S	-(1062910)	#(1)	0.00000	0.000792
446	299	T	TK-CTLK-SF	T(1062050)	I(752) A(25) K(1) X(83)	0.00613	0.000909
447	300	K	K-CTLK-SFT	K(1062712)	R(30) M(5) O(2) N(1) P(1) Q(1) X(159)	0.00046	0.001066
448	300	-	-CTLK-SFT-	-(1062910)	#(1)	0.00000	0.001021
449	301	C	CTLK-SFT-V	C(1062691)	F(3) S(3) X(214)	0.00008	0.001769
450	302	T	TLK-SFT-V-	T(1062682)	M(3) A(2) K(1) L(1) X(221) #(1)	0.00009	0.001762
451	303	L	LK-SFT-V-E	L(1062599)	F(73) X(239)	0.00073	0.002193
452	304	K	K-SFT-V-EK	K(1062746)	R(9) Q(6) N(4) E(2) L(1) S(1) T(1) X(141)	0.00030	0.002145
453	304	-	-SFT-V-EK-	-(1062910)	#(1)	0.00000	0.002115
454	305	S	SFT-V-EK-G	S(1062796)	A(4) F(3) T(2) P(1) X(105)	0.00013	0.002123
455	306	F	FT-V-EK-GI	F(1062557)	L(116) I(2) S(2) V(1) X(232) #(1)	0.00117	0.002164
456	307	T	T-V-EK-GIY	T(1061770)	I(916) A(27) S(24) N(18) X(156)	0.00770	0.002059
457	307	-	-V-EK-GIYQ	-(1062910)	C(1)	0.00001	0.001661
458	308	V	V-EK-GIYQ-	V(1061785)	L(958) I(19) R(2) A(1) X(143) #(3)	0.00748	0.00166
459	308	-	-EK-GIYQ-T	-(1062909)	K(1) #(1)	0.00001	0.000935
460	309	E	EK-GIYQ-TS	E(1060322)	Q(403) K(39) A(25) G(17) V(4) D(2) H(2) -(1) S(1) $(1) X(2092) #(2)	0.00440	0.000954
461	310	K	K-GIYQ-TSN	K(1061560)	R(14) -(1) E(1) I(1) N(1) S(1) T(1) X(1328) #(3)	0.00025	0.000553
462	310	-	-GIYQ-TSNF	-(1062907)	#(4)	0.00000	0.00056
463	311	G	GIYQ-TSNF-	G(1062725)	V(2) -(1) E(1) R(1) $(1) X(177) #(3)	0.00008	0.000561
464	312	I	IYQ-TSNF--	I(1062711)	V(31) L(7) F(4) M(3) -(1) T(1) X(153)	0.00054	0.000554
465	313	Y	YQ-TSNF---	Y(1062809)	H(3) -(1) C(1) D(1) I(1) O(1) S(1) X(92) #(1)	0.00012	0.0005
466	314	Q	Q-TSNF---R	Q(1062373)	K(400) R(12) H(8) L(5) $(3) -(1) E(1) P(1) X(104) #(3)	0.00372	0.000495
467	314	-	-TSNF---R-	-(1062910)	#(1)	0.00000	0.000124
468	315	T	TSNF---R-V	T(1062800)	I(19) -(1) X(91)	0.00023	0.000218
469	316	S	SNF---R-VQ	S(1062703)	A(4) Y(3) F(2) P(2) -(1) L(1) T(1) $(1) X(193)	0.00020	0.000304
470	317	N	NF---R-VQP	N(1062642)	S(24) O(5) T(3) -(1) D(1) X(235)	0.00039	0.000378
471	318	F	F---R-VQP-	F(1062186)	S(13) Y(9) L(4) -(1) X(697) #(1)	0.00032	0.000342
472	318	-	---R-VQP-T	-(1062910)	S(1)	0.00001	0.000836
473	318	-	--R-VQP-TE	-(1062910)	T(1)	0.00001	0.000985
474	318	-	-R-VQP-TES	-(1062908)	#(3)	0.00000	0.001015
475	319	R	R-VQP-TES-	R(1062269)	T(3) K(1) S(1) X(637)	0.00007	0.001015
476	319	-	-VQP-TES-I	-(1062910)	Q(1)	0.00001	0.001026
477	320	V	VQP-TES-I-	V(1061924)	I(43) F(30) A(7) L(3) G(1) H(1) T(1) X(900) #(1)	0.00094	0.001025
478	321	Q	QP-TES-I-V	Q(1062255)	L(37) K(36) R(24) E(2) H(1) $(1) X(554) #(1)	0.00109	0.001243
479	322	P	P-TES-I-VR	P(1062761)	S(85) A(5) T(2) L(1) X(57)	0.00094	0.001141
480	322	-	-TES-I-VRF	-(1062908)	$(2) #(1)	0.00003	0.001061
481	323	T	TES-I-VRF-	T(1062148)	I(588) A(26) R(14) -(2) N(2) S(2) K(1) M(1) X(126) #(1)	0.00526	0.001058
482	324	E	ES-I-VRF-P	E(1062675)	Q(47) K(42) V(34) D(14) A(3) G(1) X(95)	0.00150	0.001033
483	325	S	S-I-VRF-PO	S(1062722)	F(11) Y(5) A(3) K(3) -(1) D(1) P(1) X(162) #(2)	0.00031	0.000952
484	325	-	-I-VRF-POI	-(1062911)		0.00000	0.00094
485	326	I	I-VRF-POIT	I(1062623)	V(12) L(1) S(1) T(1) X(272) #(1)	0.00018	0.000957
486	326	-	-VRF-POITN	-(1062910)	#(1)	0.00000	0.000978
487	327	V	VRF-POITN-	V(1062140)	I(356) F(6) -(1) A(1) X(407)	0.00312	0.000978
488	328	R	RF-POITN-L	R(1062895)	G(2) I(1) K(1) T(1) X(11)	0.00007	0.000769
489	329	F	F-POITN-LC	F(1062886)	L(10) S(2) X(13)	0.00014	0.000763
490	329	-	-POITN-LCP	-(1062909)	#(2)	0.00000	0.000809
491	330	P	POITN-LCP-	P(1062244)	S(566) L(39) A(2) H(1) T(1) X(58)	0.00501	0.000809
492	331	O	OITN-LCP-F	O(1062844)	T(32) N(23) S(6) D(1) X(5)	0.00069	0.000405
493	332	I	ITN-LCP-FG	I(1062891)	V(12) T(4) X(4)	0.00019	0.000509
494	333	T	TN-LCP-FG-	T(1062887)	I(10) K(4) X(10)	0.00017	0.00049
495	334	N	N-LCP-FG-E	N(1062875)	K(14) H(12) Y(4) D(1) S(1) T(1) X(2) #(1)	0.00039	0.000535
496	334	-	-LCP-FG-EV	-(1062910)	#(1)	0.00000	0.000565
497	335	L	LCP-FG-EVF	L(1062795)	F(101) S(2) M(1) V(1) X(10) #(1)	0.00103	0.000585
498	336	C	CP-FG-EVF-	C(1062894)	R(1) X(16)	0.00001	0.000482
499	337	P	P-FG-EVF-O	P(1062830)	S(22) T(17) L(9) H(2) R(2) X(29)	0.00060	0.00052
500	337	-	-FG-EVF-OA	-(1062910)	#(1)	0.00000	0.000678
501	338	F	FG-EVF-OAT	F(1062805)	L(96) -(1) P(1) Y(1) X(7)	0.00097	0.000695
502	339	G	G-EVF-OATR	G(1062725)	D(90) S(63) V(11) C(2) E(1) F(1) L(1) W(1) X(16)	0.00173	0.001166
503	339	-	-EVF-OATRF	-(1062909)	#(2)	0.00000	0.001001
504	340	E	EVF-OATRFA	E(1062853)	D(15) G(13) K(12) A(10) Q(2) $(1) X(5)	0.00062	0.001296
505	341	V	VF-OATRFA-	V(1062801)	I(67) F(1) X(42)	0.00069	0.001234
506	342	F	F-OATRFA-S	F(1062872)	-(7) L(6) C(2) S(1) X(22) #(1)	0.00020	0.001197
507	342	-	-OATRFA-SV	-(1062907)	#(4)	0.00000	0.001181
508	343	O	OATRFA-SV-	O(1062809)	N(35) S(1) X(65) #(1)	0.00039	0.001181
509	344	A	ATRFA-SV-Y	A(1062579)	S(209) T(15) V(10) D(1) X(97)	0.00218	0.001174
510	345	T	TRFA-SV-YA	T(1062844)	S(12) I(1) N(1) X(53)	0.00017	0.001176
511	346	R	RFA-SV-YAW	R(1062211)	K(390) S(159) I(53) G(21) T(14) X(63)	0.00568	0.001167
512	347	F	FA-SV-YAWN	F(1062893)	L(5) C(1) X(12)	0.00008	0.001002
513	348	A	A-SV-YAWNR	A(1062539)	S(223) T(46) P(30) V(11) G(1) Q(1) X(60)	0.00295	0.000995
514	348	-	-SV-YAWNRK	-(1062911)		0.00000	0.000816
515	349	S	SV-YAWNRKR	S(1062857)	P(23) A(1) C(1) F(1) T(1) Y(1) X(26)	0.00032	0.001291
516	350	V	V-YAWNRKR-	V(1062902)	A(1) G(1) I(1) X(5) #(1)	0.00004	0.00126
517	350	-	-YAWNRKR-I	-(1062910)	#(1)	0.00000	0.001282
518	351	Y	YAWNRKR-IS	Y(1062879)	F(24) H(2) C(1) W(1) X(4)	0.00032	0.001419
519	352	A	AWNRKR-IS-	A(1062660)	S(189) V(32) D(7) G(2) T(2) X(19)	0.00220	0.001388
520	353	W	WNRKR-IS--	W(1062884)	R(4) C(1) $(1) X(21)	0.00008	0.001169
521	354	N	NRKR-IS---	N(1062435)	D(184) K(168) H(38) S(23) I(8) O(4) Y(1) X(48) #(2)	0.00403	0.001162
522	355	R	RKR-IS----	R(1062867)	T(1) X(43)	0.00001	0.00076
523	356	K	KR-IS----N	K(1062743)	R(82) M(9) N(8) T(4) E(2) W(2) Y(2) G(1) X(58)	0.00116	0.000775
524	357	R	R-IS----NC	R(1062304)	K(571) I(7) G(3) C(1) T(1) $(1) X(23)	0.00475	0.00069
525	357	-	-IS----NCV	-(1062910)	R(1)	0.00001	0.000385
526	358	I	IS----NCVA	I(1062872)	V(6) F(4) T(4) K(2) L(2) A(1) N(1) X(19)	0.00026	0.000401
527	359	S	S----NCVAD	S(1062764)	N(86) T(18) G(13) R(9) C(3) F(2) X(15) #(1)	0.00137	0.000394
528	359	-	----NCVADY	-(1062910)	K(1)	0.00001	0.000273
529	359	-	---NCVADY-	-(1062910)	R(1)	0.00001	0.000276
530	359	-	--NCVADY-S	-(1062910)	I(1)	0.00001	0.000289
531	359	-	-NCVADY-S-	-(1062910)	S(1)	0.00001	0.000288
532	360	N	NCVADY-S-V	N(1062877)	S(4) Y(4) F(2) L(1) T(1) X(22)	0.00016	0.001432
533	361	C	CVADY-S-VL	C(1062746)	T(17) $(4) F(3) R(2) X(138) #(1)	0.00031	0.001449
534	362	V	VADY-S-VLY	V(1062637)	F(176) L(3) A(2) I(2) X(90) #(1)	0.00170	0.001451
535	363	A	ADY-S-VLYN	A(1062830)	V(4) S(3) D(2) F(1) G(1) T(1) Y(1) X(67) #(1)	0.00017	0.001517
536	364	D	DY-S-VLYNS	D(1062879)	O(8) -(3) A(1) E(1) G(1) Y(1) X(17)	0.00019	0.001566
537	365	Y	Y-S-VLYNSA	Y(1062879)	-(3) D(2) H(2) S(2) C(1) F(1) N(1) X(20)	0.00016	0.001649
538	365	-	-S-VLYNSAS	-(1062908)	L(2) Y(1)	0.00004	0.001933
539	366	S	S-VLYNSAS-	S(1062883)	P(5) -(2) Y(2) A(1) F(1) X(17)	0.00014	0.001932
540	366	-	-VLYNSAS-F	-(1062911)		0.00000	0.001938
541	367	V	VLYNSAS-FS	V(1061275)	F(1188) L(181) A(58) I(47) G(1) X(160) #(1)	0.01145	0.001989
542	368	L	LYNSAS-FST	L(1062864)	I(24) P(4) R(1) X(17) #(1)	0.00033	0.000996
543	369	Y	YNSAS-FSTF	Y(1062883)	H(15) F(6) C(3) -(1) D(1) S(1) X(1)	0.00033	0.000984
544	370	N	NSAS-FSTFK	N(1062668)	S(101) K(63) H(45) O(15) D(7) -(2) X(10)	0.00236	0.001035
545	371	S	SAS-FSTFKC	S(1062835)	T(31) P(20) F(4) -(2) A(2) X(17)	0.00066	0.000809
546	372	A	AS-FSTFKCY	A(1062796)	V(69) T(11) P(7) S(4) -(2) L(2) G(1) X(18) #(1)	0.00102	0.00076
547	373	S	S-FSTFKCYG	S(1062550)	L(179) P(79) A(53) -(3) X(47)	0.00300	0.000674
548	373	-	-FSTFKCYGV	-(1062909)	S(2)	0.00003	0.000835
549	374	F	FSTFKCYGVS	F(1062881)	L(8) -(3) Y(2) C(1) S(1) V(1) X(13) #(1)	0.00020	0.000837
550	375	S	STFKCYGVSP	S(1062851)	F(13) T(13) -(10) P(6) A(1) X(17)	0.00051	0.002033
551	376	T	TFKCYGVSPT	T(1062726)	I(128) -(10) S(10) N(6) X(31)	0.00152	0.002554
552	377	F	FKCYGVSPTK	F(1062875)	-(10) L(8) X(17) #(1)	0.00021	0.002405
553	378	K	KCYGVSPTKL	K(1062823)	N(64) R(8) M(5) -(2) E(1) X(8)	0.00084	0.002385
554	379	C	CYGVSPTKLN	C(1062893)	-(2) F(2) G(1) S(1) W(1) X(10) #(1)	0.00010	0.002309
555	380	Y	YGVSPTKLN-	Y(1062890)	F(6) -(3) N(2) C(1) W(1) X(8)	0.00017	0.0023
556	381	G	GVSPTKLN-D	G(1062893)	R(9) -(3) E(1) X(5)	0.00016	0.002314
557	382	V	VSPTKLN-D-	V(1062298)	L(559) M(4) A(2) E(2) -(1) X(43) #(2)	0.00461	0.002299
558	383	S	SPTKLN-D-L	S(1062888)	A(2) F(1) Y(1) X(19)	0.00005	0.001886
559	384	P	PTKLN-D-LC	P(1061287)	L(1054) S(492) R(20) A(2) T(2) H(1) X(53)	0.01216	0.001884
560	385	T	TKLN-D-LC-	T(1062217)	I(334) N(331) A(2) S(1) X(26)	0.00572	0.000672
561	386	K	KLN-D-LC--	K(1062893)	R(2) X(16)	0.00003	0.000104
562	387	L	LN-D-LC--F	L(1062882)	F(1) X(28)	0.00001	0.000104
563	388	N	N-D-LC--FT	N(1062898)	S(3) K(1) T(1) Y(1) X(7)	0.00008	0.000121
564	388	-	-D-LC--FTN	-(1062910)	G(1)	0.00001	0.000233
565	389	D	D-LC--FTNV	D(1062878)	E(15) N(4) H(2) G(1) T(1) V(1) Y(1) X(8)	0.00031	0.00026
566	389	-	-LC--FTNVY	-(1062910)	S(1)	0.00001	0.000242
567	390	L	LC--FTNVYA	L(1062847)	F(39) P(3) H(1) I(1) X(20)	0.00048	0.000245
568	391	C	C--FTNVYAD	C(1062900)	-(1) $(1) X(9)	0.00003	0.000198
569	391	-	--FTNVYADS	-(1062908)	F(3)	0.00004	0.0002
570	391	-	-FTNVYADSF	-(1062908)	T(3)	0.00004	0.000199
571	392	F	FTNVYADSFV	F(1062878)	-(1) I(1) X(30) #(1)	0.00003	0.000224
572	393	T	TNVYADSFVI	T(1062863)	I(9) -(2) A(1) N(1) P(1) X(34)	0.00018	0.000284
573	394	N	NVYADSFVIR	N(1062758)	Y(49) S(18) D(17) T(15) K(4) I(3) -(2) O(1) X(44)	0.00120	0.000444
574	395	V	VYADSFVIRG	V(1062869)	I(10) L(6) F(5) A(2) X(19)	0.00028	0.000379
575	396	Y	YADSFVIRGD	Y(1062893)	F(7) H(1) N(1) S(1) X(7) #(1)	0.00013	0.000409
576	397	A	ADSFVIRGDE	A(1062896)	S(2) V(1) X(12)	0.00004	0.000533
577	398	D	DSFVIRGDEV	D(1062884)	Y(1) X(26)	0.00001	0.000571
578	399	S	SFVIRGDEVR	S(1062891)	P(2) A(1) $(1) X(16)	0.00005	0.000911
579	400	F	FVIRGDEVRQ	F(1062894)	L(2) X(15)	0.00003	0.000913
580	401	V	VIRGDEVRQI	V(1062873)	L(17) I(7) A(1) X(12) #(1)	0.00029	0.001016
581	402	I	IRGDEVRQIA	I(1062844)	V(47) L(7) T(2) N(1) S(1) X(9)	0.00063	0.001111
582	403	R	RGDEVRQIAP	R(1062691)	K(192) S(2) I(1) X(25)	0.00178	0.001059
583	404	G	GDEVRQIAPG	G(1062832)	C(47) S(2) V(2) A(1) X(27)	0.00055	0.000947
584	405	D	DEVRQIAPGQ	D(1062835)	Y(18) E(12) G(8) N(4) H(3) A(2) M(1) V(1) X(27)	0.00058	0.001768
585	406	E	EVRQIAPGQ-	E(1062745)	Q(127) D(12) K(2) X(24) #(1)	0.00137	0.001711
586	407	V	VRQIAPGQ-T	V(1062864)	I(32) A(3) L(2) S(1) X(9)	0.00042	0.001656
587	408	R	RQIAPGQ-TG	R(1062527)	K(198) I(103) G(44) T(10) S(2) D(1) $(1) X(25)	0.00341	0.001617
588	409	Q	QIAPGQ-TG-	Q(1062885)	L(2) E(1) H(1) K(1) X(21)	0.00007	0.001276
589	410	I	IAPGQ-TG-K	I(1062780)	V(104) L(2) N(1) S(1) X(23)	0.00106	0.007475
590	411	A	APGQ-TG-KI	A(1062760)	S(101) T(10) V(6) P(2) D(1) F(1) L(1) X(29)	0.00124	0.007379
591	412	P	PGQ-TG-KIA	P(1062847)	Q(4) L(2) S(1) T(1) X(56)	0.00011	0.00732
592	413	G	GQ-TG-KIAD	G(1062703)	R(22) W(15) E(8) V(8) A(3) C(1) X(148) #(3)	0.00066	0.007329
593	414	Q	Q-TG-KIADY	Q(1061710)	K(884) R(210) L(5) H(2) P(2) -(1) $(1) X(92) #(4)	0.00876	0.007263
594	414	-	-TG-KIADYN	-(1062908)	L(1) #(2)	0.00001	0.00639
595	415	T	TG-KIADYN-	T(1062811)	N(36) A(29) I(7) E(1) P(1) S(1) X(25)	0.00082	0.006389
596	416	G	G-KIADYN-Y	G(1062900)	R(1) $(1) X(9)	0.00003	0.006308
597	416	-	-KIADYN-YK	-(1062909)	#(2)	0.00000	0.006309
598	417	K	KIADYN-YKL	K(1052189)	T(5892) N(4538) R(10) E(3) -(1) M(1) X(277)	0.06206	0.006317
599	418	I	IADYN-YKLP	I(1062892)	V(7) -(1) X(11)	0.00010	0.000129
600	419	A	ADYN-YKLPD	A(1062824)	S(55) T(4) V(2) G(1) X(24) #(1)	0.00065	0.000629
601	420	D	DYN-YKLPDD	D(1062882)	Y(6) N(5) A(3) G(2) X(13)	0.00020	0.000597
602	421	Y	YN-YKLPDDF	Y(1062901)	X(8) #(2)	0.00000	0.000578
603	422	N	N-YKLPDDF-	N(1062906)	I(1) K(1) X(3)	0.00003	0.000579
604	422	-	-YKLPDDF-T	-(1062910)	#(1)	0.00000	0.000634
605	423	Y	YKLPDDF-TG	Y(1062901)	C(1) X(7) #(2)	0.00001	0.00064
606	424	K	KLPDDF-TGC	K(1062900)	N(3) X(8)	0.00004	0.000643
607	425	L	LPDDF-TGCV	L(1062894)	V(4) S(1) Y(1) X(11)	0.00008	0.000658
608	426	P	PDDF-TGCVI	P(1062874)	S(12) T(2) Q(1) X(21) #(1)	0.00018	0.000763
609	427	D	DDF-TGCVIA	D(1062296)	N(473) Y(42) G(26) H(19) V(15) A(5) E(3) M(1) X(31)	0.00510	0.000779
610	428	D	DF-TGCVIAW	D(1062856)	G(13) Y(5) E(4) V(2) A(1) H(1) I(1) X(28)	0.00033	0.000281
611	429	F	F-TGCVIAWN	F(1062894)	L(1) X(16)	0.00001	0.000261
612	429	-	-TGCVIAWNS	-(1062909)	Q(1) #(1)	0.00001	0.00027
613	430	T	TGCVIAWNS-	T(1062839)	I(48) A(6) S(1) X(16) #(1)	0.00058	0.00027
614	431	G	GCVIAWNS-N	G(1062891)	A(1) D(1) R(1) V(1) X(16)	0.00006	0.009138
615	432	C	CVIAWNS-N-	C(1062880)	F(2) $(1) X(28)	0.00004	0.009135
616	433	V	VIAWNS-N-N	V(1062866)	I(15) F(1) X(28) #(1)	0.00019	0.010177
617	434	I	IAWNS-N-N-	I(1062692)	V(81) M(16) L(7) T(3) -(1) K(1) X(109) #(1)	0.00113	0.010159
618	435	A	AWNS-N-N-L	A(1062850)	S(25) T(5) X(30) #(1)	0.00034	0.010129
619	436	W	WNS-N-N-LD	W(1062862)	L(4) C(3) -(1) $(1) X(40)	0.00012	0.010135
620	437	N	NS-N-N-LD-	N(1062889)	S(4) O(3) I(2) -(1) X(12)	0.00013	0.010126
621	438	S	S-N-N-LD-S	S(1062894)	F(2) -(1) A(1) C(1) T(1) Y(1) X(10)	0.00010	0.010155
622	438	-	-N-N-LD-SK	-(1062910)	T(1)	0.00001	0.010329
623	439	N	N-N-LD-SKV	N(1043693)	K(18841) I(6) -(3) F(1) O(1) S(1) T(1) Y(1) X(363)	0.08926	0.01046
624	439	-	-N-LD-SKV-	-(1062909)	I(1) Y(1)	0.00003	0.001534
625	440	N	N-LD-SKV-G	N(1061202)	K(1314) Y(31) T(20) D(10) S(10) I(6) -(2) F(2) H(1) R(1) X(303) #(9)	0.01046	0.001857
626	440	-	-LD-SKV-GG	-(1062910)	S(1)	0.00001	0.000858
627	441	L	LD-SKV-GGN	L(1062779)	F(25) I(21) R(12) V(5) -(3) H(2) E(1) M(1) N(1) Y(1) X(60)	0.00083	0.000926
628	442	D	D-SKV-GGNY	D(1062824)	V(13) F(8) Y(5) E(2) H(2) N(2) S(1) X(53) #(1)	0.00040	0.000941
629	442	-	-SKV-GGNYN	-(1062909)	F(1) L(1)	0.00003	0.001556
630	443	S	SKV-GGNYNY	S(1062868)	F(19) A(9) Y(4) C(3) L(1) X(7)	0.00042	0.001578
631	444	K	KV-GGNYNY-	K(1062621)	R(82) N(62) M(15) L(5) F(3) I(3) -(2) Y(2) C(1) D(1) $(1) X(113)	0.00184	0.001536
632	445	V	V-GGNYNY-L	V(1062690)	A(68) F(26) I(20) D(3) -(2) G(2) L(1) S(1) Y(1) X(97)	0.00132	0.012954
633	445	-	-GGNYNY-LY	-(1062911)		0.00000	0.013897
634	446	G	GGNYNY-LYR	G(1062005)	V(297) S(54) D(6) A(5) X(544)	0.00326	0.013922
635	447	G	GNYNY-LYRL	G(1062663)	S(19) V(16) D(4) C(1) R(1) X(207)	0.00047	0.013868
636	448	N	NYNY-LYRLF	N(1062289)	S(29) K(11) O(8) T(7) D(4) Y(1) X(562)	0.00069	0.013848
637	449	Y	YNY-LYRLF-	Y(1062736)	H(40) D(22) S(16) C(6) W(2) F(1) N(1) X(87)	0.00098	0.013779
638	450	N	NY-LYRLF-R	N(1062001)	K(802) D(12) S(7) I(3) E(2) T(2) Y(2) H(1) R(1) X(78)	0.00655	0.013703
639	451	Y	Y-LYRLF-RK	Y(1062844)	H(16) C(4) T(1) X(45) #(1)	0.00025	0.013156
640	451	-	-LYRLF-RKS	-(1062911)		0.00000	0.01328
641	452	L	LYRLF-RKS-	L(1037542)	R(24166) Q(641) M(267) P(3) V(3) F(1) I(1) X(283) #(4)	0.11602	0.01328
642	453	Y	YRLF-RKS-N	Y(1061387)	F(1492) H(5) C(2) N(1) W(1) $(1) X(21) #(1)	0.01075	0.00176
643	454	R	RLF-RKS-NL	R(1062864)	K(10) E(3) S(3) G(2) Q(1) T(1) X(27)	0.00025	0.000703
644	455	L	LF-RKS-NL-	L(1062519)	F(291) S(8) V(6) R(1) W(1) X(84) #(1)	0.00272	0.000678
645	456	F	F-RKS-NL-K	F(1062856)	L(13) V(3) Y(3) I(2) $(1) X(33)	0.00027	0.000447
646	456	-	-RKS-NL-KP	-(1062909)	#(2)	0.00000	0.000484
647	457	R	RKS-NL-KP-	R(1062835)	K(5) S(5) G(3) T(2) C(1) M(1) X(59)	0.00022	0.000485
648	458	K	KS-NL-KP-F	K(1062782)	N(88) R(5) E(3) Q(3) T(3) M(1) S(1) $(1) X(24)	0.00108	0.000482
649	459	S	S-NL-KP-FE	S(1062744)	F(77) Y(60) P(9) L(1) X(20)	0.00149	0.00043
650	459	-	-NL-KP-FER	-(1062911)		0.00000	0.000301
651	460	N	NL-KP-FERD	N(1062820)	K(21) S(20) I(16) O(8) T(3) -(1) H(1) Y(1) X(19) #(1)	0.00082	0.000317
652	461	L	L-KP-FERDI	L(1062885)	I(7) F(4) H(1) P(1) S(1) X(12)	0.00018	0.000365
653	461	-	-KP-FERDI-	-(1062911)		0.00000	0.000347
654	462	K	KP-FERDI-S	K(1062847)	R(12) T(8) I(6) E(5) N(2) V(1) X(30)	0.00041	0.000368
655	463	P	P-FERDI-ST	P(1062823)	S(51) L(5) H(3) T(1) X(28)	0.00064	0.000536
656	463	-	-FERDI-STE	-(1062908)	L(1) #(2)	0.00001	0.000678
657	464	F	FERDI-STE-	F(1062861)	L(12) S(2) C(1) I(1) X(33) #(1)	0.00019	0.000678
658	465	E	ERDI-STE-I	E(1062759)	D(20) G(9) L(4) S(3) V(2) -(1) H(1) K(1) N(1) Q(1) R(1) W(1) $(1) X(106)	0.00056	0.00072
659	466	R	RDI-STE-IY	R(1062864)	K(11) G(2) I(2) S(1) X(31)	0.00020	0.000681
660	467	D	DI-STE-IYQ	D(1062869)	G(3) Y(3) O(2) E(1) I(1) K(1) V(1) X(30)	0.00016	0.000702
661	468	I	I-STE-IYQA	I(1062750)	V(82) T(33) F(4) L(4) M(2) S(1) X(35)	0.00130	0.001019
662	468	-	-STE-IYQAG	-(1062911)		0.00000	0.001134
663	469	S	STE-IYQAGS	S(1062872)	L(8) T(4) A(2) P(2) Q(1) X(22)	0.00021	0.018202
664	470	T	TE-IYQAGS-	T(1062674)	I(90) N(59) K(34) A(22) X(32)	0.00209	0.018182
665	471	E	E-IYQAGS-T	E(1062665)	Q(128) D(43) G(22) A(6) K(6) V(1) X(40)	0.00206	0.024148
666	471	-	-IYQAGS-TP	-(1062910)	K(1)	0.00001	0.024337
667	472	I	IYQAGS-TP-	I(1062827)	V(24) T(16) L(12) N(1) P(1) X(30)	0.00061	0.024339
668	473	Y	YQAGS-TP-C	Y(1062885)	H(4) F(3) C(2) D(2) P(1) S(1) X(13)	0.00017	0.0243
669	474	Q	QAGS-TP-C-	Q(1062840)	H(11) E(10) R(8) $(3) G(1) K(1) X(36) #(1)	0.00041	0.024283
670	475	A	AGS-TP-C-N	A(1062481)	V(254) S(68) T(26) D(3) G(3) C(1) N(1) P(1) R(1) X(72)	0.00333	0.024501
671	476	G	GS-TP-C-NG	G(1062578)	S(188) A(36) D(10) V(7) R(4) C(2) I(2) F(1) H(1) N(1) $(1) X(80)	0.00245	0.024212
672	477	S	S-TP-C-NGV	S(1021346)	N(39924) R(866) I(375) G(62) T(8) A(2) C(2) H(1) V(1) X(323) #(1)	0.17068	0.024351
673	477	-	-TP-C-NGV-	-(1062910)	T(1)	0.00001	0.007283
674	478	T	TP-C-NGV-E	T(1051375)	K(10717) I(399) R(198) A(8) L(8) S(3) -(1) X(202)	0.06175	0.020266
675	479	P	P-C-NGV-EG	P(1062442)	S(365) L(52) H(13) T(7) R(2) -(1) A(1) N(1) V(1) $(1) X(25)	0.00395	0.014191
676	479	-	-C-NGV-EG-	-(1062909)	I(1) W(1)	0.00003	0.013796
677	480	C	C-NGV-EG-F	C(1062871)	-(2) G(2) R(2) S(2) W(2) Y(2) F(1) N(1) P(1) Q(1) X(24)	0.00022	0.014043
678	480	-	-NGV-EG-FN	-(1062909)	#(2)	0.00000	0.014047
679	481	N	NGV-EG-FN-	N(1062608)	K(213) S(33) D(14) Y(5) -(3) I(3) A(1) T(1) X(30)	0.00259	0.014048
680	482	G	GV-EG-FN-C	G(1062849)	S(21) V(5) N(3) R(3) D(2) -(1) A(1) C(1) X(25)	0.00044	0.013816
681	483	V	V-EG-FN-C-	V(1062451)	F(233) A(125) I(39) L(11) D(2) -(1) G(1) X(48)	0.00384	0.013772
682	483	-	-EG-FN-C-Y	-(1062911)		0.00000	0.013418
683	484	E	EG-FN-C-YF	E(1033919)	K(27556) Q(1164) G(36) A(30) D(21) R(4) S(1) V(1) X(177) #(2)	0.12984	0.014562
684	485	G	G-FN-C-YFP	G(1062749)	A(30) S(20) V(20) R(14) C(2) D(1) T(1) $(1) X(73)	0.00100	0.001595
685	485	-	-FN-C-YFPL	-(1062910)	#(1)	0.00000	0.001504
686	486	F	FN-C-YFPLQ	F(1062527)	L(274) S(6) I(2) -(1) X(100) #(1)	0.00250	0.001718
687	487	N	N-C-YFPLQS	N(1062840)	D(4) T(4) H(3) K(2) S(2) -(1) I(1) L(1) O(1) Y(1) X(51)	0.00026	0.004366
688	487	-	-C-YFPLQSY	-(1062910)	V(1)	0.00001	0.004356
689	488	C	C-YFPLQSYG	C(1062842)	Y(8) F(3) W(3) R(2) S(2) -(1) G(1) T(1) X(48)	0.00027	0.004492
690	488	-	-YFPLQSYGF	-(1062911)		0.00000	0.004468
691	489	Y	YFPLQSYGFQ	Y(1062838)	H(14) C(7) F(2) N(1) S(1) X(48)	0.00030	0.004495
692	490	F	FPLQSYGFQP	F(1061337)	S(1249) L(167) Y(33) V(28) I(8) P(2) A(1) $(1) X(85)	0.01144	0.004544
693	491	P	PLQSYGFQP-	P(1062864)	S(4) A(2) R(2) T(2) F(1) H(1) L(1) X(34)	0.00017	0.0034
694	492	L	LQSYGFQP-T	L(1062873)	I(3) S(2) C(1) V(1) X(30) #(1)	0.00009	0.003418
695	493	Q	QSYGFQP-TN	Q(1062662)	R(76) K(47) L(44) H(30) $(6) E(2) P(1) X(42) #(1)	0.00214	0.072457
696	494	S	SYGFQP-TNG	S(1058049)	P(4698) L(40) A(9) R(3) T(3) X(109)	0.02898	0.072254
697	495	Y	YGFQP-TNGV	Y(1062864)	H(5) C(3) F(2) A(1) N(1) X(35)	0.00016	0.069522
698	496	G	GFQP-TNGVG	G(1062741)	S(116) V(12) D(4) R(4) C(2) X(32)	0.00137	0.06957
699	497	F	FQP-TNGVGY	F(1062860)	S(2) X(49)	0.00003	0.069498
700	498	Q	QP-TNGVGYQ	Q(1062839)	R(8) H(6) K(6) L(1) P(1) X(48) #(2)	0.00027	0.069514
701	499	P	P-TNGVGYQP	P(1062812)	S(27) H(21) L(12) R(8) T(2) X(29)	0.00079	0.069534
702	499	-	-TNGVGYQPY	-(1062910)	#(1)	0.00000	0.069718
703	500	T	TNGVGYQPYR	T(1062852)	I(11) A(8) S(7) P(2) N(1) X(30)	0.00035	0.069739
704	501	N	NGVGYQPYRV	N(630601)	Y(429039) T(2485) S(27) I(13) H(5) C(2) D(2) R(2) E(1) F(1) K(1) M(1) X(729) #(2)	0.69048	0.069727
705	502	G	GVGYQPYRVV	G(1062879)	-(2) R(2) S(2) D(1) V(1) X(24)	0.00011	0.000711
706	503	V	VGYQPYRVVV	V(1062706)	I(90) F(43) A(20) L(4) G(2) -(1) K(1) X(44)	0.00166	0.000725
707	504	G	GYQPYRVVVL	G(1062832)	S(24) D(22) N(3) V(2) -(1) A(1) H(1) R(1) Y(1) X(23)	0.00064	0.000601
708	505	Y	YQPYRVVVLS	Y(1062821)	H(37) W(12) C(5) -(1) D(1) F(1) L(1) X(31) #(1)	0.00065	0.000631
709	506	Q	QPYRVVVLS-	Q(1062871)	K(11) -(1) L(1) P(1) $(1) X(25)	0.00019	0.000566
710	507	P	PYRVVVLS-F	P(1062840)	A(21) S(13) L(5) -(1) T(1) X(30)	0.00047	0.000561
711	508	Y	YRVVVLS-F-	Y(1062592)	H(230) C(50) W(2) -(1) F(1) S(1) X(34)	0.00263	0.000515
712	509	R	RVVVLS-F-E	R(1062822)	K(6) G(3) I(2) T(2) -(1) E(1) S(1) X(72) #(1)	0.00021	0.000408
713	510	V	VVVLS-F-EL	V(1062872)	L(6) I(4) A(2) E(2) -(1) M(1) P(1) T(1) X(20) #(1)	0.00023	0.00051
714	511	V	VVLS-F-ELL	V(1062870)	I(11) L(10) E(2) -(1) G(1) Q(1) X(15)	0.00032	0.000535
715	512	V	VLS-F-ELL-	V(1062863)	A(5) I(5) L(5) F(3) M(1) P(1) X(28)	0.00025	0.000506
716	513	L	LS-F-ELL-H	L(1062800)	F(25) I(5) P(3) V(2) T(1) X(74) #(1)	0.00042	0.000578
717	514	S	S-F-ELL-HA	S(1062763)	F(76) Y(5) T(3) P(2) A(1) C(1) L(1) N(1) X(58)	0.00094	0.0023
718	514	-	-F-ELL-HA-	-(1062911)		0.00000	0.002319
719	515	F	F-ELL-HA--	F(1062708)	L(8) G(1) V(1) Y(1) X(191) #(1)	0.00014	0.002336
720	515	-	-ELL-HA---	-(1062909)	N(1) #(1)	0.00001	0.002349
721	516	E	ELL-HA---P	E(1062560)	Q(147) G(6) $(3) V(2) A(1) D(1) F(1) R(1) X(189)	0.00156	0.002529
722	517	L	LL-HA---P-	L(1062752)	F(74) H(20) I(12) P(4) V(3) G(1) T(1) Y(1) X(43)	0.00123	0.002378
723	518	L	L-HA---P--	L(1062800)	I(15) P(14) R(4) Q(2) V(2) -(1) K(1) S(1) X(71)	0.00048	0.002256
724	518	-	-HA---P--A	-(1062909)	A(2)	0.00003	0.003977
725	519	H	HA---P--AT	H(1062586)	P(22) Y(20) Q(16) A(12) L(4) R(4) C(2) D(2) I(1) N(1) X(166) #(75)	0.00097	0.004022
726	520	A	A---P--ATV	A(1059788)	S(2488) V(90) T(14) L(3) E(2) P(1) X(525)	0.01764	0.003936
727	520	-	---P--ATVC	-(1062800)	P(72) A(34) H(4) #(1)	0.00113	0.002176
728	520	-	--P--ATVCG	-(1062875)	P(15) #(21)	0.00017	0.002064
729	520	-	-P--ATVCGP	-(1062886)	P(25)	0.00027	0.00206
730	521	P	P--ATVCGPK	P(1062600)	S(86) R(48) L(25) T(12) A(2) -(1) Q(1) X(136)	0.00181	0.002051
731	521	-	--ATVCGPKK	-(1062907)	P(4)	0.00005	0.002007
732	521	-	-ATVCGPKK-	-(1062907)	P(1) #(3)	0.00001	0.002002
733	522	A	ATVCGPKK-S	A(1060003)	S(1715) V(508) P(151) E(5) T(4) G(3) -(1) X(521)	0.01769	0.002009
734	523	T	TVCGPKK-S-	T(1062738)	N(16) I(12) A(11) P(1) S(1) X(132)	0.00048	0.000241
735	524	V	VCGPKK-S--	V(1062884)	I(4) A(2) F(1) L(1) X(16) #(3)	0.00011	0.000194
736	525	C	CGPKK-S---	C(1062885)	R(2) W(1) X(23)	0.00004	0.000184
737	526	G	GPKK-S---T	G(1062846)	R(1) X(64)	0.00001	0.000181
738	527	P	PKK-S---T-	P(1062774)	S(4) T(3) -(2) L(1) X(127)	0.00013	0.00018
739	528	K	KK-S---T-N	K(1062474)	R(9) I(4) Q(2) X(422)	0.00018	0.000215
740	529	K	K-S---T-NL	K(1062760)	R(73) O(20) E(17) M(15) I(1) N(1) Q(1) T(1) X(22)	0.00137	0.000206
741	529	-	-S---T-NLV	-(1062910)	#(1)	0.00000	0.000137
742	530	S	S---T-NLVK	S(1062899)	F(2) P(2) T(2) X(6)	0.00008	0.000162
743	530	-	---T-NLVKN	-(1062910)	K(1)	0.00001	0.000194
744	530	-	--T-NLVKNK	-(1062910)	K(1)	0.00001	0.000235
745	530	-	-T-NLVKNK-	-(1062910)	S(1)	0.00001	0.000234
746	531	T	T-NLVKNK-C	T(1062902)	N(1) X(8)	0.00001	0.000236
747	531	-	-NLVKNK-CV	-(1062910)	#(1)	0.00000	0.000287
748	532	N	NLVKNK-CVN	N(1062864)	K(12) S(11) D(8) Y(8) I(1) X(7)	0.00048	0.000438
749	533	L	LVKNK-CVNF	L(1062896)	F(4) K(2) $(1) X(8)	0.00009	0.000393
750	534	V	VKNK-CVNFN	V(1062773)	I(37) F(20) G(2) L(2) A(1) X(76)	0.00068	0.000403
751	535	K	KNK-CVNFNF	K(1062882)	R(12) T(6) V(2) I(1) X(5) #(3)	0.00025	0.000362
752	536	N	NK-CVNFNFN	N(1062867)	S(17) K(10) H(4) D(1) O(1) T(1) X(9) #(1)	0.00040	0.000345
753	537	K	K-CVNFNFNG	K(1062870)	T(17) R(10) N(7) E(1) I(1) X(5)	0.00042	0.000308
754	537	-	-CVNFNFNGL	-(1062909)	#(2)	0.00000	0.000311
755	538	C	CVNFNFNGLT	C(1062904)	F(1) S(1) X(5)	0.00003	0.001082
756	539	V	VNFNFNGLTG	V(1062863)	I(34) L(10) F(2) G(1) X(1)	0.00052	0.001085
757	540	N	NFNFNGLTGT	N(1062760)	S(68) H(29) K(20) Y(11) D(10) I(1) R(1) T(1) X(10)	0.00151	0.001321
758	541	F	FNFNGLTGTG	F(1062901)	Y(1) $(1) X(8)	0.00003	0.001176
759	542	N	NFNGLTGTGV	N(1062888)	D(13) O(2) K(1) X(7)	0.00019	0.001227
760	543	F	FNGLTGTGV-	F(1062856)	L(10) V(8) I(3) S(1) X(33)	0.00027	0.001208
761	544	N	NGLTGTGV-L	N(1062902)	T(2) Y(2) D(1) O(1) X(3)	0.00008	0.001261
762	545	G	GLTGTGV-LT	G(1062904)	S(1) V(1) X(5)	0.00003	0.001452
763	546	L	LTGTGV-LTE	L(1062861)	V(42) S(1) X(5) #(2)	0.00045	0.001776
764	547	T	TGTGV-LTES	T(1061893)	I(716) K(225) A(8) P(1) X(68)	0.00771	0.001735
765	548	G	GTGV-LTESN	G(1062891)	S(4) D(1) X(14) #(1)	0.00006	0.001111
766	549	T	TGV-LTESNK	T(1062586)	I(229) A(83) K(1) S(1) X(11)	0.00288	0.001106
767	550	G	GV-LTESNKK	G(1062900)	C(5) X(6)	0.00006	0.001638
768	551	V	V-LTESNKK-	V(1062848)	I(26) F(23) X(14)	0.00054	0.001632
769	551	-	-LTESNKK-F	-(1062910)	#(1)	0.00000	0.001583
770	552	L	LTESNKK-F-	L(1062813)	F(68) I(8) V(2) X(20)	0.00080	0.001583
771	553	T	TESNKK-F-L	T(1062684)	I(181) A(10) O(10) S(9) X(17)	0.00199	0.001517
772	554	E	ESNKK-F-LP	E(1062547)	D(201) Q(88) G(24) V(16) K(10) A(3) X(21) #(1)	0.00327	0.001476
773	555	S	SNKK-F-LPF	S(1062896)	F(2) T(1) X(12)	0.00004	0.001154
774	556	N	NKK-F-LPF-	N(1062745)	K(105) D(17) S(13) Y(7) -(1) T(1) X(20) #(2)	0.00147	0.00115
775	557	K	KK-F-LPF-Q	K(1062885)	R(1) X(25)	0.00001	0.001004
776	558	K	K-F-LPF-QQ	K(1061793)	N(1038) R(25) E(6) M(4) Q(3) -(1) X(41)	0.00820	0.001031
777	558	-	-F-LPF-QQF	-(1062909)	#(2)	0.00000	0.000619
778	559	F	F-LPF-QQF-	F(1062900)	I(2) L(2) X(6) #(1)	0.00005	0.000619
779	559	-	-LPF-QQF-G	-(1062910)	#(1)	0.00000	0.000649
780	560	L	LPF-QQF-GR	L(1062894)	Q(7) M(2) P(1) R(1) X(6)	0.00014	0.000736
781	561	P	PF-QQF-GRD	P(1062737)	S(115) T(17) H(16) L(8) Q(1) X(17)	0.00158	0.000775
782	562	F	F-QQF-GRDI	F(1062819)	V(2) L(1) S(1) X(88)	0.00005	0.000867
783	562	-	-QQF-GRDIA	-(1062908)	#(3)	0.00000	0.068126
784	563	Q	QQF-GRDIAD	Q(1062896)	$(1) X(13) #(1)	0.00001	0.06816
785	564	Q	QF-GRDIADT	Q(1062871)	L(8) H(6) E(4) $(2) -(1) R(1) X(18)	0.00028	0.069891
786	565	F	F-GRDIADTT	F(1062391)	L(476) S(7) I(4) V(3) X(30)	0.00408	0.070148
787	565	-	-GRDIADTTD	-(1062910)	#(1)	0.00000	0.070195
788	566	G	GRDIADTTDA	G(1062867)	S(29) -(3) X(12)	0.00035	0.070628
789	567	R	RDIADTTDAV	R(1062822)	K(65) I(9) S(8) G(1) X(6)	0.00087	0.070602
790	568	D	DIADTTDAVR	D(1062858)	G(22) N(22) H(2) E(1) X(6)	0.00053	0.070531
791	569	I	IADTTDAVRD	I(1062651)	F(148) V(45) T(43) S(10) L(4) N(3) X(7)	0.00250	0.070479
792	570	A	ADTTDAVRDP	A(646686)	D(415376) V(282) S(82) Y(20) G(10) T(2) E(1) H(1) X(451)	0.67264	0.07025
793	571	D	DTTDAVRDPQ	D(1062873)	E(12) Y(9) G(5) H(1) O(1) X(9) #(1)	0.00034	0.003056
794	572	T	TTDAVRDPQ-	T(1060289)	I(2508) S(27) A(18) N(17) X(51) #(1)	0.01732	0.003022
795	573	T	TDAVRDPQ-T	T(1062529)	I(325) A(3) N(2) X(52)	0.00285	0.001299
796	574	D	DAVRDPQ-TL	D(1062318)	Y(523) N(21) H(5) V(1) X(43)	0.00455	0.001046
797	575	A	AVRDPQ-TLE	A(1062357)	S(520) T(4) V(4) G(1) X(23) #(2)	0.00433	0.003483
798	576	V	VRDPQ-TLEI	V(1062826)	I(5) A(2) X(78)	0.00009	0.00313
799	577	R	RDPQ-TLEIL	R(1062850)	C(7) L(4) H(1) S(1) X(48)	0.00016	0.003359
800	578	D	DPQ-TLEILD	D(1062903)	Y(1) X(7)	0.00001	0.003365
801	579	P	PQ-TLEILDI	P(1062863)	S(15) L(1) Q(1) T(1) X(30)	0.00021	0.003371
802	580	Q	Q-TLEILDIT	Q(1062810)	H(32) R(11) K(8) L(7) E(4) X(39)	0.00070	0.003599
803	580	-	-TLEILDITP	-(1062909)	#(2)	0.00000	0.003572
804	581	T	TLEILDITPC	T(1062901)	S(7) X(2) #(1)	0.00009	0.003573
805	582	L	LEILDITPCS	L(1062872)	F(27) R(2) X(10)	0.00032	0.003626
806	583	E	EILDITPCSF	E(1058254)	D(4301) Q(196) A(71) K(6) -(1) V(1) X(81)	0.02892	0.003612
807	584	I	ILDITPCSF-	I(1062830)	V(72) N(3) L(2) -(1) X(3)	0.00080	0.00072
808	585	L	LDITPCSF-G	L(1062632)	F(252) I(9) -(1) P(1) R(1) V(1) X(13) #(1)	0.00238	0.00065
809	586	D	DITPCSF-GG	D(1062885)	E(12) O(3) A(1) G(1) H(1) X(8)	0.00022	0.000446
810	587	I	ITPCSF-GGV	I(1062902)	V(3) L(1) T(1) X(4)	0.00007	0.000445
811	588	T	TPCSF-GGVS	T(1062645)	S(126) A(60) I(47) K(10) R(7) X(16)	0.00249	0.000471
812	589	P	PCSF-GGVSV	P(1062859)	S(39) Q(1) X(12)	0.00043	0.000232
813	590	C	CSF-GGVSVI	C(1062906)	Y(1) X(4)	0.00001	0.000204
814	591	S	SF-GGVSVIT	S(1062780)	A(27) F(26) P(1) T(1) Y(1) X(75)	0.00062	0.000213
815	592	F	F-GGVSVITP	F(1062892)	L(8) S(7) X(4)	0.00018	0.000156
816	592	-	-GGVSVITPG	-(1062910)	#(1)	0.00000	0.000138
817	593	G	GGVSVITPG-	G(1062899)	C(5) S(2) V(1) X(4)	0.00010	0.000139
818	594	G	GVSVITPG-T	G(1062802)	S(18) D(6) V(5) X(80)	0.00034	0.000138
819	595	V	VSVITPG-TO	V(1062890)	I(19) #(1) X(1)	0.00021	0.000191
820	596	S	SVITPG-TO-	S(1062877)	I(9) C(7) N(6) R(4) T(1) X(7)	0.00033	0.00017
821	597	V	VITPG-TO-T	V(1062890)	I(6) A(1) L(1) X(13)	0.00010	0.00036
822	598	I	ITPG-TO-TS	I(1062889)	V(12) L(1) X(9)	0.00015	0.000359
823	599	T	TPG-TO-TSN	T(1062896)	I(8) X(7)	0.00010	0.000403
824	600	P	PG-TO-TSNQ	P(1062900)	S(3) L(1) X(7)	0.00005	0.000518
825	601	G	G-TO-TSNQV	G(1062900)	X(11)	0.00000	0.000588
826	601	-	-TO-TSNQVA	-(1062910)	V(1)	0.00001	0.000595
827	602	T	TO-TSNQVAV	T(1062900)	K(3) A(2) I(2) X(4)	0.00009	0.000605
828	603	O	O-TSNQVAVL	O(1062830)	S(25) N(11) D(10) K(9) H(6) I(5) Y(5) T(3) X(6) #(1)	0.00087	0.000632
829	603	-	-TSNQVAVL-	-(1062911)		0.00000	0.000545
830	604	T	TSNQVAVL-Y	T(1062676)	A(123) I(79) N(16) Y(6) S(2) X(8) #(1)	0.00223	0.00059
831	605	S	SNQVAVL-YQ	S(1062899)	F(4) A(1) C(1) T(1) X(5)	0.00009	0.001831
832	606	N	NQVAVL-YQD	N(1062848)	D(21) K(13) S(13) Y(4) X(7) #(5)	0.00059	0.012372
833	607	Q	QVAVL-YQDV	Q(1062782)	H(73) R(23) K(12) L(11) X(10)	0.00125	0.012559
834	608	V	VAVL-YQDVO	V(1062833)	I(57) F(15) X(6)	0.00075	0.012946
835	609	A	AVL-YQDVOC	A(1062903)	V(3) D(1) S(1) X(3)	0.00007	0.012884
836	610	V	VL-YQDVOCT	V(1062899)	I(8) F(1) X(3)	0.00011	0.013263
837	611	L	L-YQDVOCTE	L(1062863)	F(27) R(4) I(1) X(16)	0.00036	0.013386
838	611	-	-YQDVOCTEV	-(1062910)	#(1)	0.00000	0.013375
839	612	Y	YQDVOCTEVP	Y(1062867)	F(40) -(1) N(1) X(2)	0.00045	0.013542
840	613	Q	QDVOCTEVPV	Q(1060717)	H(2078) R(19) E(12) K(5) L(4) $(2) X(74)	0.01464	0.016315
841	614	D	DVOCTEVPVA	G(1039629)	D(22805) N(134) S(42) A(10) V(1) X(288) #(2)	0.10550	0.015356
842	615	V	VOCTEVPVAI	V(1062652)	F(102) I(100) A(29) E(9) L(7) X(12)	0.00246	0.004831
843	616	O	OCTEVPVAIH	O(1062327)	N(426) S(98) K(47) I(9) T(2) D(1) X(1)	0.00512	0.004723
844	617	C	CTEVPVAIHA	C(1062891)	G(9) R(2) X(9)	0.00013	0.005425
845	618	T	TEVPVAIHAD	T(1062460)	I(347) A(41) S(25) R(16) K(1) P(1) X(19) #(1)	0.00386	0.006046
846	619	E	EVPVAIHAD-	E(1062765)	Q(48) K(30) D(29) G(8) -(3) A(3) V(2) X(22) #(1)	0.00134	0.005663
847	620	V	VPVAIHAD-Q	V(1062883)	I(7) F(5) -(3) L(3) D(1) G(1) X(8)	0.00025	0.005702
848	621	P	PVAIHAD-QL	P(1062708)	S(142) L(13) H(10) -(3) T(2) R(1) X(32)	0.00167	0.005727
849	622	V	VAIHAD-QL-	V(1058532)	F(3894) I(216) A(131) L(75) -(5) X(58)	0.02818	0.00556
850	623	A	AIHAD-QL-T	A(1062305)	S(326) V(234) T(9) -(2) D(2) I(2) X(30) #(1)	0.00505	0.002762
851	624	I	IHAD-QL-TP	I(1062842)	M(10) V(4) -(3) L(3) X(49)	0.00025	0.002637
852	625	H	HAD-QL-TP-	H(1062748)	Y(95) R(24) Q(6) -(3) L(3) D(1) N(1) P(1) X(29)	0.00138	0.002612
853	626	A	AD-QL-TP-T	A(1061271)	S(1366) V(168) T(74) -(2) X(30)	0.01214	0.002733
854	627	D	D-QL-TP-TW	D(1062176)	G(482) H(151) N(29) Y(29) A(16) E(10) -(2) P(2) V(1) X(13)	0.00634	0.00152
855	627	-	-QL-TP-TWR	-(1062909)	S(2)	0.00003	0.000911
856	628	Q	QL-TP-TWRV	Q(1062727)	E(97) K(61) L(7) R(5) -(1) H(1) X(12)	0.00173	0.000998
857	629	L	L-TP-TWRVY	L(1062856)	I(20) F(19) V(4) -(1) X(11)	0.00050	0.000833
858	629	-	-TP-TWRVYS	-(1062910)	X(1)	0.00000	0.000802
859	630	T	TP-TWRVYST	T(1062886)	I(9) N(2) S(2) A(1) H(1) P(1) X(9)	0.00020	0.000968
860	631	P	P-TWRVYSTG	P(1062451)	S(385) L(30) H(9) T(9) A(1) F(1) X(25)	0.00380	0.00149
861	631	-	-TWRVYSTGS	-(1062911)		0.00000	0.002563
862	632	T	TWRVYSTGSN	T(1062629)	N(176) S(56) I(38) C(1) X(11)	0.00259	0.00284
863	633	W	WRVYSTGSNV	W(1062905)	R(1) X(5)	0.00001	0.002758
864	634	R	RVYSTGSNVF	R(1062884)	H(11) L(9) C(1) X(6)	0.00025	0.002817
865	635	V	VYSTGSNVFQ	V(1062820)	I(33) G(25) F(19) A(5) X(9)	0.00090	0.002807
866	636	Y	YSTGSNVFQT	Y(1062898)	F(4) -(1) H(1) X(7)	0.00008	0.002721
867	637	S	STGSNVFQTR	S(1062889)	A(7) F(6) -(1) Y(1) X(6) #(1)	0.00019	0.002783
868	638	T	TGSNVFQTR-	T(1062732)	I(90) A(35) S(27) -(4) R(3) K(2) X(18)	0.00166	0.002767
869	639	G	GSNVFQTR-A	G(1062236)	S(605) V(28) D(9) -(4) C(4) R(4) A(3) X(17) #(1)	0.00542	0.002973
870	640	S	SNVFQTR-AG	S(1060785)	F(1933) -(69) Y(24) P(13) A(10) C(1) X(75) #(1)	0.01453	0.002435
871	641	N	NVFQTR-AGC	N(1062615)	S(203) Y(49) K(18) -(10) T(6) D(2) I(1) X(6) #(1)	0.00277	0.001011
872	642	V	VFQTR-AGCL	V(1062717)	G(76) F(62) I(22) A(5) -(3) L(3) X(23)	0.00177	0.000738
873	643	F	FQTR-AGCL-	F(1062851)	L(47) I(4) -(3) Y(2) X(3) #(1)	0.00060	0.000561
874	644	Q	QTR-AGCL-I	Q(1062877)	H(12) $(1) X(21)	0.00015	0.000528
875	645	T	TR-AGCL-IG	T(1062904)	I(2) A(1) X(4)	0.00004	0.000528
876	646	R	R-AGCL-IGA	R(1062845)	H(37) L(23) P(4) X(2)	0.00070	0.001702
877	646	-	-AGCL-IGA-	-(1062909)	R(2)	0.00003	0.001635
878	647	A	AGCL-IGA--	A(1062381)	S(357) V(54) T(5) K(3) E(2) P(1) X(106) #(2)	0.00372	0.001633
879	648	G	GCL-IGA---	G(1062844)	C(1) D(1) S(1) X(64)	0.00004	0.001262
880	649	C	CL-IGA----	C(1062829)	G(25) F(1) X(56)	0.00029	0.001259
881	650	L	L-IGA-----	L(1062904)	F(1) I(1) S(1) X(4)	0.00004	0.001233
882	650	-	-IGA------	-(1062910)	#(1)	0.00000	0.00123
883	651	I	IGA-------	I(1062883)	V(23) T(1) X(4)	0.00027	0.001231
884	652	G	GA--------	G(1062873)	R(4) A(2) V(2) C(1) F(1) L(1) X(26) #(1)	0.00015	0.001205
885	653	A	A---------	A(1061138)	V(1627) S(21) T(4) P(3) X(118)	0.01178	0.001191
886	653	-	----------	-(1062909)	A(1) G(1)	0.00003	1.3e-05
887	653	-	---------E	-(1062910)	E(1)	0.00001	0.000806
888	653	-	--------E-	-(1062910)	E(1)	0.00001	0.000806
889	653	-	-------E--	-(1062910)	M(1)	0.00001	0.000806
890	653	-	------E---	-(1062909)	G(1) R(1)	0.00003	0.000808
891	653	-	-----E----	-(1062910)	L(1)	0.00001	0.000808
892	653	-	----E-----	-(1062910)	L(1)	0.00001	0.00081
893	653	-	---E------	-(1062910)	C(1)	0.00001	0.000812
894	653	-	--E-------	-(1062910)	Q(1)	0.00001	0.000814
895	653	-	-E--------	-(1062911)		0.00000	0.000814
896	654	E	E---------	E(1061933)	Q(588) K(199) A(63) V(43) D(30) G(2) -(1) N(1) X(50) #(1)	0.00796	0.000815
897	654	-	----------	-(1062910)	P(1)	0.00001	2e-05
898	654	-	----------	-(1062910)	L(1)	0.00001	2e-05
899	654	-	----------	-(1062909)	S(1) T(1)	0.00003	2e-05
900	654	-	----------	-(1062909)	C(1) G(1)	0.00003	1.8e-05
901	654	-	---------H	-(1062909)	L(1) R(1)	0.00003	0.004919
902	654	-	--------H-	-(1062909)	E(1) L(1)	0.00003	0.004916
903	654	-	-------H--	-(1062909)	A(1) E(1)	0.00003	0.004913
904	654	-	------H---	-(1062910)	E(1)	0.00001	0.00491
905	654	-	-----H----	-(1062910)	R(1)	0.00001	0.004909
906	654	-	----H----V	-(1062910)	L(1)	0.00001	0.004937
907	654	-	---H----VO	-(1062910)	L(1)	0.00001	0.005172
908	654	-	--H----VON	-(1062910)	R(1)	0.00001	0.005491
909	654	-	-H----VONS	-(1062910)	G(1)	0.00001	0.005614
910	655	H	H----VONSY	H(1053763)	Y(8936) R(19) Q(18) N(2) -(1) D(1) L(1) X(170)	0.04904	0.005981
911	655	-	----VONSYE	-(1062911)		0.00000	0.001197
912	655	-	---VONSYE-	-(1062911)		0.00000	0.0012
913	655	-	--VONSYE-C	-(1062911)		0.00000	0.001207
914	655	-	-VONSYE-C-	-(1062911)		0.00000	0.001207
915	656	V	VONSYE-C-D	V(1062879)	I(15) A(4) F(3) G(1) L(1) X(8)	0.00029	0.001211
916	657	O	ONSYE-C-DI	O(1062636)	N(142) D(36) K(35) S(11) I(4) Y(4) T(3) H(1) X(39)	0.00236	0.001202
917	658	N	NSYE-C-DIP	N(1062567)	K(192) D(95) T(23) Y(14) S(5) H(3) -(1) L(1) X(9) #(1)	0.00320	0.000987
918	659	S	SYE-C-DIPI	S(1062764)	L(115) P(3) T(3) A(2) I(1) K(1) $(1) X(21)	0.00124	0.000718
919	660	Y	YE-C-DIPIG	Y(1062455)	F(415) H(19) $(1) X(16) #(5)	0.00368	0.000614
920	661	E	E-C-DIPIGA	E(1062779)	D(94) A(6) G(6) K(6) V(3) -(2) X(15)	0.00120	0.000367
921	661	-	-C-DIPIGAG	-(1062909)	L(1) V(1)	0.00003	0.000301
922	662	C	C-DIPIGAGI	C(1062888)	-(3) F(1) Y(1) X(17) #(1)	0.00007	0.000487
923	662	-	-DIPIGAGIC	-(1062911)		0.00000	0.000496
924	663	D	DIPIGAGICA	D(1062901)	-(3) X(6) #(1)	0.00004	0.000971
925	664	I	IPIGAGICAS	I(1062890)	L(5) -(4) V(4) M(2) T(1) X(4) #(1)	0.00020	0.001922
926	665	P	PIGAGICASY	P(1062883)	-(10) S(5) H(1) Q(1) X(11)	0.00021	0.002061
927	666	I	IGAGICASYQ	I(1062847)	V(34) -(11) C(1) X(14) #(4)	0.00051	0.00775
928	667	G	GAGICASYQT	G(1062870)	-(14) R(1) S(1) V(1) X(24)	0.00020	0.008127
929	668	A	AGICASYQTQ	A(1062783)	S(77) V(16) -(15) R(3) E(2) L(1) T(1) X(12) #(1)	0.00121	0.018477
930	669	G	GICASYQTQ-	G(1062851)	S(27) -(15) A(4) R(2) X(12)	0.00054	0.018357
931	670	I	ICASYQTQ--	I(1062685)	V(115) M(38) -(16) L(12) R(3) T(2) X(38) #(2)	0.00189	0.018304
932	671	C	CASYQTQ---	C(1062881)	-(14) X(16)	0.00016	0.018116
933	672	A	ASYQTQ----	A(1062302)	V(545) -(14) T(11) S(3) D(1) P(1) X(34)	0.00475	0.018101
934	673	S	SYQTQ----T	S(1061607)	T(1157) G(57) -(14) R(13) I(12) X(51)	0.00955	0.01821
935	674	Y	YQTQ----T-	Y(1062718)	F(165) D(2) C(1) H(1) O(1) X(16) #(7)	0.00159	0.017259
936	675	Q	QTQ----T--	Q(1052938)	H(8194) R(1519) K(43) -(26) L(23) P(7) W(2) E(1) $(1) X(155) #(2)	0.05710	0.017104
937	676	T	TQ----T--N	T(1062402)	I(388) A(35) -(29) P(12) S(12) O(5) X(28)	0.00428	0.012807
938	677	Q	Q----T--N-	Q(1042578)	H(16591) P(3074) R(267) K(62) -(26) Y(13) L(10) X(290)	0.10370	0.012396
939	677	-	----T--N--	-(1062910)	T(1)	0.00001	0.002043
940	677	-	---T--N---	-(1062910)	F(1)	0.00001	0.002059
941	677	-	--T--N----	-(1062910)	S(1)	0.00001	0.002075
942	677	-	-T--N-----	-(1062910)	R(1)	0.00001	0.002075
943	678	T	T--N------	T(1062181)	I(617) P(27) -(26) A(14) O(11) S(5) X(30)	0.00584	0.002075
944	678	-	--N-------	-(1062908)	Q(3)	0.00004	0.001492
945	678	-	-N--------	-(1062908)	T(3)	0.00004	0.001489
946	679	N	N--------S	N(1061011)	K(1604) S(69) O(54) -(43) T(42) D(32) Y(19) H(6) I(3) L(1) X(26) #(1)	0.01413	0.001815
947	679	-	--------SP	-(1062896)	G(15)	0.00017	0.070777
948	679	-	-------SPR	-(1062896)	I(15)	0.00017	0.070816
949	679	-	------SPRR	-(1062896)	A(15)	0.00017	0.070937
950	679	-	-----SPRRA	-(1062896)	L(15)	0.00017	0.071673
951	679	-	----SPRRAR	-(1062910)	K(1)	0.00001	0.071678
952	679	-	---SPRRARS	-(1062910)	A(1)	0.00001	0.071704
953	679	-	--SPRRARSV	-(1062910)	V(1)	0.00001	0.07224
954	679	-	-SPRRARSVA	-(1062910)	R(1)	0.00001	0.074814
955	680	S	SPRRARSVAS	S(1062523)	F(307) T(21) P(15) -(11) Y(9) A(1) X(24)	0.00330	0.075402
956	681	P	PRRARSVASQ	P(620260)	H(437590) R(3874) L(399) S(51) Y(19) -(11) T(3) A(1) X(697) #(6)	0.70375	0.075327
957	682	R	RRARSVASQS	R(1062801)	W(21) Q(10) -(9) L(7) G(1) X(61) #(1)	0.00056	0.005329
958	683	R	RARSVASQSI	R(1062688)	W(55) L(35) Q(26) -(9) P(3) G(1) X(94)	0.00138	0.005316
959	684	A	ARSVASQSII	A(1061929)	V(686) T(136) S(67) -(9) E(3) P(3) H(1) X(77)	0.00753	0.005192
960	685	R	RSVASQSIIA	R(1062864)	-(9) C(2) G(2) P(1) Q(1) S(1) V(1) X(30)	0.00022	0.004656
961	686	S	SVASQSIIAY	S(1062871)	-(8) G(4) R(4) N(2) T(2) V(1) X(19)	0.00027	0.004637
962	687	V	VASQSIIAYT	V(1062279)	L(337) I(275) -(5) A(2) $(1) X(12)	0.00537	0.00462
963	688	A	ASQSIIAYTM	A(1059027)	V(3204) T(299) S(285) -(5) D(4) P(4) G(1) L(1) X(81)	0.02575	0.004119
964	689	S	SQSIIAYTMS	S(1062192)	I(540) R(126) T(10) O(9) K(4) G(3) -(1) V(1) X(24) #(1)	0.00589	0.001874
965	690	Q	QSIIAYTMSL	Q(1062628)	R(155) H(81) K(14) L(12) N(1) X(19) #(1)	0.00255	0.001334
966	691	S	SIIAYTMSLG	S(1062472)	F(303) A(55) P(44) Y(7) C(2) T(2) X(25) #(1)	0.00377	0.001084
967	692	I	IIAYTMSLGA	I(1062834)	V(19) F(13) L(2) M(2) T(1) X(39) #(1)	0.00043	0.008945
968	693	I	IAYTMSLGAE	I(1062890)	V(8) F(2) -(1) X(10)	0.00014	0.009052
969	694	A	AYTMSLGAEN	A(1062661)	V(181) S(24) T(13) F(8) -(1) X(22) #(1)	0.00217	0.009224
970	695	Y	YTMSLGAENS	Y(1062900)	N(2) X(9)	0.00003	0.009878
971	696	T	TMSLGAENSV	T(1062901)	I(5) A(2) S(1) X(2)	0.00010	0.010028
972	697	M	MSLGAENSVA	M(1062795)	I(31) T(2) X(83)	0.00036	0.011042
973	698	S	SLGAENSVAY	S(1062510)	L(373) A(12) P(1) X(15)	0.00330	0.01101
974	699	L	LGAENSVAYS	L(1062850)	I(42) F(3) V(1) X(15)	0.00049	0.010737
975	700	G	GAENSVAYSO	G(1062881)	V(2) -(1) S(1) X(26)	0.00005	0.010772
976	701	A	AENSVAYSON	A(1046040)	V(16486) S(199) T(47) G(4) E(3) X(131) #(1)	0.08238	0.011027
977	702	E	ENSVAYSONS	E(1062367)	D(61) Q(59) V(14) K(10) X(400)	0.00150	0.002812
978	703	N	NSVAYSONSI	N(1062717)	S(82) D(48) T(43) H(4) K(3) Y(1) X(12) #(1)	0.00186	0.002771
979	704	S	SVAYSONSIA	S(1061699)	L(1100) P(28) A(20) T(3) X(60) #(1)	0.00871	0.002625
980	705	V	VAYSONSIAI	V(1062745)	L(72) F(52) I(18) A(4) D(2) X(18)	0.00153	0.001805
981	706	A	AYSONSIAIP	A(1061490)	V(1281) S(82) P(11) X(46) #(1)	0.01024	0.001675
982	707	Y	YSONSIAIPT	Y(1062886)	H(2) F(1) X(22)	0.00004	0.067825
983	708	S	SONSIAIPT-	S(1062843)	F(42) C(3) A(2) T(2) Y(2) P(1) X(16)	0.00057	0.067821
984	709	O	ONSIAIPT-O	O(1062827)	N(35) K(14) Y(9) S(8) T(4) D(2) I(2) X(10)	0.00084	0.068269
985	710	N	NSIAIPT-OF	N(1062629)	D(189) S(31) V(20) H(14) O(6) K(3) Y(3) T(1) X(15)	0.00260	0.068188
986	711	S	SIAIPT-OFT	S(1062882)	F(13) A(4) P(2) X(10)	0.00023	0.068331
987	712	I	IAIPT-OFTI	I(1062785)	V(103) T(6) F(1) L(1) X(15)	0.00109	0.068691
988	713	A	AIPT-OFTIS	A(1062867)	S(25) V(11) X(8)	0.00040	0.068685
989	714	I	IPT-OFTISV	I(1062850)	V(33) L(12) M(1) X(13) #(2)	0.00051	0.068747
990	715	P	PT-OFTISVT	P(1062867)	S(18) L(2) X(24)	0.00023	0.069494
991	716	T	T-OFTISVTT	T(643680)	I(418493) V(129) L(2) M(2) A(1) K(1) P(1) Q(1) X(600) #(1)	0.67174	0.06956
992	716	-	-OFTISVTTE	-(1062910)	#(1)	0.00000	0.002393
993	717	O	OFTISVTTE-	O(1062289)	N(494) S(75) T(11) Y(5) H(3) K(3) X(31)	0.00505	0.002394
994	718	F	FTISVTTE-I	F(1062897)	L(1) S(1) X(10) #(2)	0.00003	0.001973
995	719	T	TISVTTE-IL	T(1062406)	I(464) S(10) O(7) A(1) X(23)	0.00403	0.001988
996	720	I	ISVTTE-ILP	I(1062437)	V(464) M(1) X(9)	0.00383	0.001634
997	721	S	SVTTE-ILPV	S(1062803)	R(86) G(10) I(4) C(1) X(7)	0.00103	0.001268
998	722	V	VTTE-ILPVS	V(1062800)	I(95) A(3) F(2) G(1) L(1) X(9)	0.00102	0.00118
999	723	T	TTE-ILPVSM	T(1061672)	I(1016) P(29) N(4) A(1) X(189)	0.00798	0.001481
1000	724	T	TE-ILPVSMT	T(1062821)	A(33) I(31) S(12) K(4) Q(1) X(9)	0.00089	0.008041
1001	725	E	E-ILPVSMTK	E(1062883)	K(2) D(1) Q(1) V(1) X(22) #(1)	0.00007	0.00796
1002	725	-	-ILPVSMTKT	-(1062909)	F(1) #(1)	0.00001	0.007961
1003	726	I	ILPVSMTKTS	I(1062807)	T(38) V(37) F(1) N(1) Y(1) X(26)	0.00084	0.008128
1004	727	L	LPVSMTKTSV	L(1062882)	I(6) Q(6) P(1) V(1) X(15)	0.00018	0.00813
1005	728	P	PVSMTKTSVD	P(1062794)	L(28) S(9) T(6) X(73) #(1)	0.00049	0.008138
1006	729	V	VSMTKTSVDC	V(1062883)	M(6) A(3) L(3) -(1) X(15)	0.00017	0.00809
1007	730	S	SMTKTSVDCT	S(1062893)	A(9) P(2) F(1) X(6)	0.00015	0.008161
1008	731	M	MTKTSVDCTM	M(1062389)	I(471) T(6) L(4) K(2) V(1) X(38)	0.00403	0.0089
1009	732	T	TKTSVDCTMY	T(1049207)	A(12229) I(696) S(673) V(2) X(104)	0.07358	0.0085
1010	733	K	KTSVDCTMYI	K(1062892)	R(4) O(1) Q(1) X(13)	0.00008	0.001145
1011	734	T	TSVDCTMYIC	T(1062891)	S(3) I(2) K(1) X(13) #(1)	0.00008	0.001141
1012	735	S	SVDCTMYICG	S(1062611)	L(86) A(85) X(129)	0.00168	0.001166
1013	736	V	VDCTMYICGD	V(1062795)	I(85) G(1) L(1) X(29)	0.00086	0.001098
1014	737	D	DCTMYICGDS	D(1062887)	Y(13) E(4) G(2) H(1) V(1) X(2) #(1)	0.00026	0.001015
1015	738	C	CTMYICGDST	C(1062893)	F(1) X(17)	0.00001	0.001669
1016	739	T	TMYICGDST-	T(1062817)	I(48) A(35) S(1) X(10)	0.00088	0.001668
1017	740	M	MYICGDST-E	M(1061982)	V(697) I(104) L(86) T(21) X(21)	0.00754	0.001678
1018	741	Y	YICGDST-EC	Y(1062899)	F(2) X(10)	0.00003	0.000925
1019	742	I	ICGDST-ECS	I(1062887)	V(2) X(22)	0.00003	0.000979
1020	743	C	CGDST-ECSN	C(1062872)	R(2) G(1) X(36)	0.00004	0.001122
1021	744	G	GDST-ECSNL	G(1062835)	S(25) V(3) D(1) X(47)	0.00033	0.001228
1022	745	D	DST-ECSNLL	D(1062763)	G(67) E(12) A(9) H(2) V(2) O(1) Y(1) X(54)	0.00100	0.0012
1023	746	S	ST-ECSNLLL	S(1062883)	L(1) P(1) X(26)	0.00003	0.001233
1024	747	T	T-ECSNLLLQ	T(1062065)	I(672) N(123) A(25) S(5) P(1) X(20)	0.00680	0.001233
1025	747	-	-ECSNLLLQY	-(1062910)	#(1)	0.00000	0.000558
1026	748	E	ECSNLLLQYG	E(1062794)	Q(89) D(3) K(2) V(2) G(1) X(20)	0.00098	0.000562
1027	749	C	CSNLLLQYGS	C(1062890)	Y(1) X(20)	0.00001	0.000524
1028	750	S	SNLLLQYGSF	S(1062837)	N(24) G(12) I(6) R(5) K(2) X(25)	0.00057	0.000529
1029	751	N	NLLLQYGSFC	N(1062754)	Y(68) K(29) D(27) I(7) S(6) T(1) X(19)	0.00146	0.000477
1030	752	L	LLLQYGSFC-	L(1062729)	F(81) I(11) V(9) P(3) R(2) X(76)	0.00110	0.000331
1031	753	L	LLQYGSFC-T	L(1062777)	F(2) V(2) X(130)	0.00005	0.000379
1032	754	L	LQYGSFC-TQ	L(1062744)	F(126) S(11) V(1) X(29)	0.00133	0.000378
1033	755	Q	QYGSFC-TQL	Q(1062892)	L(1) R(1) X(17)	0.00003	0.000267
1034	756	Y	YGSFC-TQLN	Y(1062897)	F(2) H(1) K(1) X(10)	0.00005	0.000282
1035	757	G	GSFC-TQLNR	G(1062892)	C(1) S(1) V(1) X(15) #(1)	0.00004	0.000711
1036	758	S	SFC-TQLNRA	S(1062809)	G(46) I(9) T(1) X(46)	0.00060	0.000711
1037	759	F	FC-TQLNRAL	F(1062844)	S(4) L(1) X(61) #(1)	0.00006	0.000664
1038	760	C	C-TQLNRALT	C(1062793)	L(2) S(1) W(1) X(114)	0.00005	0.000734
1039	760	-	-TQLNRALTG	-(1062908)	#(3)	0.00000	0.003152
1040	761	T	TQLNRALTGI	T(1062650)	R(81) I(63) A(5) K(3) S(3) X(105) #(1)	0.00158	0.003218
1041	762	Q	QLNRALTGIA	Q(1062876)	$(2) E(1) X(32)	0.00004	0.003602
1042	763	L	LNRALTGIAV	L(1062854)	F(11) I(3) S(2) V(2) X(39)	0.00022	0.006616
1043	764	N	NRALTGIAVE	N(1062840)	K(14) Y(1) X(54) #(2)	0.00018	0.006614
1044	765	R	RALTGIAVEQ	R(1062274)	C(160) L(160) H(145) S(3) X(168) #(1)	0.00434	0.006604
1045	766	A	ALTGIAVEQD	A(1062887)	P(2) V(1) X(21)	0.00004	0.006173
1046	767	L	LTGIAVEQDK	L(1062822)	Q(10) $(1) X(77) #(1)	0.00013	0.006193
1047	768	T	TGIAVEQDKN	T(1062819)	A(53) N(11) I(7) X(21)	0.00076	0.00619
1048	769	G	GIAVEQDKN-	G(1059079)	V(3618) R(109) A(37) E(2) C(1) $(1) X(64)	0.02423	0.006114
1049	770	I	IAVEQDKN-T	I(1062814)	V(61) M(2) L(1) X(33)	0.00066	0.004058
1050	771	A	AVEQDKN-TQ	A(1062180)	S(609) V(39) D(10) G(1) P(1) T(1) X(70)	0.00542	0.004801
1051	772	V	VEQDKN-TQE	V(1057865)	I(4913) A(22) F(19) G(17) D(3) L(1) M(1) X(70)	0.03018	0.005799
1052	773	E	EQDKN-TQEV	E(1062886)	D(5) Q(5) G(3) V(2) $(1) X(9)	0.00020	0.002794
1053	774	Q	QDKN-TQEVF	Q(1062891)	R(2) $(2) H(1) L(1) X(14)	0.00008	0.002781
1054	775	D	DKN-TQEVF-	D(1062890)	G(1) N(1) X(19)	0.00003	0.002773
1055	776	K	KN-TQEVF-A	K(1062864)	R(18) T(2) E(1) X(26)	0.00024	0.002989
1056	777	N	N-TQEVF-AQ	N(1062896)	K(4) S(4) X(7)	0.00010	0.00303
1057	777	-	-TQEVF-AQV	-(1062907)	#(4)	0.00000	0.003197
1058	778	T	TQEVF-AQVK	T(1062440)	I(400) N(14) A(13) S(1) X(43)	0.00367	0.003277
1059	779	Q	QEVF-AQVKQ	Q(1061952)	K(583) R(158) E(83) L(59) H(51) P(1) $(1) X(23)	0.00809	0.00312
1060	780	E	EVF-AQVKQI	E(1060699)	Q(2038) D(48) A(36) K(23) V(16) G(12) L(1) $(1) X(37)	0.01540	0.002343
1061	781	V	VF-AQVKQIY	V(1062826)	G(6) F(2) I(2) X(73) #(2)	0.00013	0.00082
1062	782	F	F-AQVKQIYK	F(1062893)	L(2) Y(2) -(1) X(12) #(1)	0.00007	0.000856
1063	782	-	-AQVKQIYKT	-(1062906)	#(5)	0.00000	0.001722
1064	783	A	AQVKQIYKTP	A(1062671)	S(110) V(92) T(11) K(5) E(4) X(18)	0.00219	0.001862
1065	784	Q	QVKQIYKTPP	Q(1062826)	L(47) H(8) R(3) $(2) X(24) #(1)	0.00065	0.001928
1066	785	V	VKQIYKTPP-	V(1062707)	I(72) L(67) A(34) G(1) X(29) #(1)	0.00177	0.001866
1067	786	K	KQIYKTPP-I	K(1062814)	R(46) N(22) E(3) T(2) Q(1) X(22) #(1)	0.00080	0.001937
1068	787	Q	QIYKTPP-IK	Q(1062658)	K(108) R(60) H(29) L(11) $(1) X(43) #(1)	0.00210	0.002124
1069	788	I	IYKTPP-IK-	I(1062850)	M(11) V(5) T(4) L(3) -(1) F(1) N(1) X(35)	0.00032	0.001915
1070	789	Y	YKTPP-IK-D	Y(1062829)	O(6) H(3) C(1) D(1) F(1) S(1) X(69)	0.00017	0.003482
1071	790	K	KTPP-IK-DF	K(1062837)	N(17) I(9) R(9) L(2) Q(2) T(2) X(32) #(1)	0.00049	0.003523
1072	791	T	TPP-IK-DF-	T(1061731)	I(1070) K(32) P(23) A(14) R(1) X(39) #(1)	0.00873	0.003474
1073	792	P	PP-IK-DF-G	P(1062767)	T(83) L(19) R(12) S(11) Q(6) K(2) X(11)	0.00140	0.002706
1074	793	P	P-IK-DF-GG	P(1062584)	S(251) L(41) T(14) -(3) Q(1) X(17)	0.00285	0.0026
1075	793	-	-IK-DF-GGF	-(1062909)	P(2)	0.00003	0.002318
1076	794	I	IK-DF-GGF-	I(1062633)	L(165) T(57) V(24) F(6) K(1) M(1) N(1) X(23)	0.00248	0.002315
1077	795	K	K-DF-GGF-O	K(1062593)	R(182) N(84) T(7) E(3) Q(2) I(1) S(1) $(1) X(36) #(1)	0.00267	0.002104
1078	795	-	-DF-GGF-OF	-(1062909)	L(1) #(1)	0.00001	0.001842
1079	796	D	DF-GGF-OF-	D(1060739)	Y(1100) H(850) G(80) N(38) E(8) A(2) I(1) V(1) X(92)	0.01599	0.001841
1080	797	F	F-GGF-OF-S	F(1062835)	L(31) C(14) Y(3) -(1) S(1) V(1) X(23) #(2)	0.00058	0.000258
1081	797	-	-GGF-OF-SQ	-(1062908)	#(3)	0.00000	0.000259
1082	798	G	GGF-OF-SQI	G(1062791)	S(58) D(27) A(6) C(3) V(3) F(1) X(20) #(2)	0.00105	0.000527
1083	799	G	GF-OF-SQIL	G(1062848)	V(13) S(7) C(4) D(3) A(1) X(35)	0.00034	0.000453
1084	800	F	F-OF-SQILP	F(1062901)	L(1) S(1) X(8)	0.00003	0.000621
1085	800	-	-OF-SQILPD	-(1062909)	#(2)	0.00000	0.000823
1086	801	O	OF-SQILPDP	O(1062371)	N(25) D(2) K(2) S(2) Y(1) X(508)	0.00037	0.002101
1087	802	F	F-SQILPDPS	F(1062882)	L(3) S(1) #(14) X(11)	0.00005	0.002198
1088	802	-	-SQILPDPSK	-(1062910)	#(1)	0.00000	0.002232
1089	803	S	SQILPDPSKP	S(1062887)	L(9) P(3) A(1) X(11)	0.00016	0.004513
1090	804	Q	QILPDPSKPS	Q(1062834)	K(18) H(14) P(13) R(5) L(1) X(26)	0.00059	0.005194
1091	805	I	ILPDPSKPSK	I(1062615)	V(152) M(104) L(23) F(1) X(16)	0.00268	0.005205
1092	806	L	LPDPSKPSKR	L(1062869)	V(13) Q(8) F(3) S(2) X(16)	0.00031	0.004981
1093	807	P	PDPSKPSKRS	P(1062694)	L(129) S(48) T(27) R(1) X(12)	0.00202	0.004951
1094	808	D	DPSKPSKRSF	D(1062693)	N(71) G(55) E(33) H(25) Y(8) A(3) V(1) X(21) #(1)	0.00205	0.004775
1095	809	P	PSKPSKRSFI	P(1061125)	S(1453) L(219) T(19) R(15) A(2) Q(2) X(76)	0.01278	0.005101
1096	810	S	SKPSKRSFIE	S(1062757)	L(130) P(4) A(3) T(2) X(15)	0.00134	0.003842
1097	811	K	KPSKRSFIED	K(1062864)	R(12) I(8) T(7) E(3) N(1) Q(1) X(13) #(2)	0.00039	0.003756
1098	812	P	PSKRSFIEDL	P(1059554)	S(1843) L(1342) R(12) Q(11) T(6) A(2) X(139) #(2)	0.02281	0.003784
1099	813	S	SKRSFIEDLL	S(1062050)	I(576) N(226) G(22) R(5) T(2) C(1) X(28) #(1)	0.00697	0.002139
1100	814	K	KRSFIEDLL-	K(1062829)	R(17) T(14) E(12) M(9) O(4) Q(4) X(22)	0.00070	0.001442
1101	815	R	RSFIEDLL-F	R(1062850)	K(31) M(3) S(2) W(2) G(1) X(22)	0.00044	0.001375
1102	816	S	SFIEDLL-FN	S(1062903)	T(1) X(7)	0.00001	0.001364
1103	817	F	FIEDLL-FNK	F(1062866)	L(18) S(3) V(1) X(22) #(1)	0.00026	0.001382
1104	818	I	IEDLL-FNKV	I(1062205)	V(661) -(3) L(2) M(1) S(1) X(36) #(2)	0.00531	0.00151
1105	819	E	EDLL-FNKVT	E(1062875)	-(6) D(6) G(1) K(1) $(1) X(21)	0.00019	0.001172
1106	820	D	DLL-FNKVTL	D(1062848)	E(13) N(9) -(6) G(4) H(2) Y(2) I(1) S(1) V(1) X(24)	0.00048	0.001195
1107	821	L	LL-FNKVTL-	L(1062765)	V(39) I(12) -(5) Q(2) P(1) Y(1) X(85) #(1)	0.00067	0.001148
1108	822	L	L-FNKVTL-A	L(1062002)	F(798) -(7) I(7) P(2) V(1) X(94)	0.00636	0.001283
1109	822	-	-FNKVTL-AD	-(1062910)	#(1)	0.00000	0.000735
1110	823	F	FNKVTL-ADA	F(1062889)	S(1) Y(1) X(17) #(3)	0.00003	0.001286
1111	824	N	NKVTL-ADAG	N(1062835)	D(9) S(7) T(4) Y(4) H(2) K(1) X(48) #(1)	0.00033	0.001336
1112	825	K	KVTL-ADAGF	K(1062874)	R(12) E(2) $(2) X(16) #(5)	0.00019	0.001318
1113	826	V	VTL-ADAGFI	V(1062701)	L(129) M(16) A(10) G(2) X(53)	0.00154	0.001668
1114	827	T	TL-ADAGFIK	T(1062700)	I(173) A(18) S(10) K(1) P(1) X(8)	0.00193	0.001709
1115	828	L	L-ADAGFIKQ	L(1062867)	F(18) I(11) H(3) P(3) R(1) X(8)	0.00042	0.001806
1116	828	-	-ADAGFIKQY	-(1062910)	G(1)	0.00001	0.001867
1117	829	A	ADAGFIKQY-	A(1062690)	T(160) S(29) V(18) N(1) P(1) X(11) #(1)	0.00202	0.001867
1118	830	D	DAGFIKQY-G	D(1062816)	G(38) Y(19) H(6) N(6) A(2) E(2) K(2) -(1) C(1) V(1) X(17)	0.00088	0.001728
1119	831	A	AGFIKQY-GD	A(1062205)	V(614) S(39) T(18) D(1) X(34)	0.00551	0.002162
1120	832	G	GFIKQY-GDC	G(1062742)	S(30) N(7) D(3) C(2) V(2) F(1) H(1) X(122) #(1)	0.00053	0.001617
1121	833	F	FIKQY-GDCL	F(1062899)	L(8) Y(3) S(1)	0.00015	0.001655
1122	834	I	IKQY-GDCLG	I(1062503)	T(230) V(89) F(39) S(17) N(10) M(4) X(19)	0.00369	0.001994
1123	835	K	KQY-GDCLGD	K(1062683)	R(187) E(12) I(4) N(3) T(2) X(20)	0.00195	0.001838
1124	836	Q	QY-GDCLGDI	Q(1062589)	K(87) R(80) H(77) L(31) E(9) P(2) $(2) X(34)	0.00290	0.001781
1125	837	Y	Y-GDCLGDIA	Y(1062795)	H(92) -(5) F(2) L(2) $(1) X(14)	0.00103	0.003521
1126	837	-	-GDCLGDIAA	-(1062909)	V(1) #(1)	0.00001	0.004164
1127	838	G	GDCLGDIAAR	G(1062839)	D(23) S(20) V(6) R(4) -(1) I(1) X(17)	0.00063	0.004432
1128	839	D	DCLGDIAARD	D(1062261)	Y(521) V(24) G(20) E(15) N(15) A(14) X(41)	0.00522	0.004381
1129	840	C	CLGDIAARDL	C(1062690)	Y(4) L(1) X(216)	0.00006	0.003963
1130	841	L	LGDIAARDLI	L(1062783)	R(42) F(22) I(16) Q(2) T(1) X(44) #(1)	0.00091	0.004028
1131	842	G	GDIAARDLIC	G(1062506)	V(183) S(140) D(47) C(4) -(1) A(1) X(29)	0.00354	0.00394
1132	843	D	DIAARDLICA	D(1062453)	N(193) G(26) A(4) E(3) Y(1) X(231)	0.00213	0.003914
1133	844	I	IAARDLICAQ	I(1062762)	V(125) T(7) M(4) S(4) F(1) X(8)	0.00138	0.003709
1134	845	A	AARDLICAQK	A(1059798)	S(2576) V(269) D(67) T(20) G(2) P(1) X(177) #(1)	0.02030	0.003994
1135	846	A	ARDLICAQKF	A(1061955)	V(620) S(226) G(39) T(9) X(62)	0.00746	0.002016
1136	847	R	RDLICAQKFN	R(1062594)	K(194) T(73) I(15) S(2) G(1) X(32)	0.00269	0.001432
1137	848	D	DLICAQKFNG	D(1062883)	G(5) N(2) A(1) E(1) X(19)	0.00012	0.001179
1138	849	L	LICAQKFNGL	L(1062790)	F(94) I(5) P(5) X(17)	0.00104	0.001284
1139	850	I	ICAQKFNGL-	I(1062758)	F(28) T(22) V(13) N(1) X(88) #(1)	0.00071	0.00118
1140	851	C	CAQKFNGL-T	C(1062900)	W(1) Y(1) X(9)	0.00003	0.00478
1141	852	A	AQKFNGL-TV	A(1062537)	S(260) V(52) T(24) G(15) E(2) X(21)	0.00328	0.00494
1142	853	Q	QKFNGL-TVL	Q(1062828)	L(2) R(2) H(1) K(1) X(77)	0.00008	0.004622
1143	854	K	KFNGL-TVLP	K(1062361)	N(495) R(7) E(3) T(3) M(2) X(39) #(1)	0.00423	0.004659
1144	855	F	FNGL-TVLPP	F(1062836)	S(27) L(15) V(4) X(29)	0.00052	0.004267
1145	856	N	NGL-TVLPPL	N(1062695)	S(154) D(6) K(4) -(2) I(2) T(1) X(46) #(1)	0.00162	0.004232
1146	857	G	GL-TVLPPLL	G(1062879)	C(5) -(2) A(2) S(2) V(1) X(20)	0.00016	0.004096
1147	858	L	L-TVLPPLLT	L(1062763)	F(98) V(13) I(3) -(2) X(32)	0.00117	0.004091
1148	858	-	-TVLPPLLTD	-(1062910)	#(1)	0.00000	0.004101
1149	859	T	TVLPPLLTDE	T(1057071)	N(4191) I(1528) -(4) A(2) S(2) X(113)	0.03671	0.004142
1150	860	V	VLPPLLTDEM	V(1062709)	I(68) L(54) F(24) A(6) -(2) G(1) Q(1) X(44) #(2)	0.00163	0.000534
1151	861	L	LPPLLTDEMI	L(1062890)	S(2) V(2) F(1) K(1) $(1) X(13) #(1)	0.00010	0.00072
1152	862	P	PPLLTDEMIA	P(1062846)	S(38) A(3) Q(1) X(22) #(1)	0.00045	0.001224
1153	863	P	PLLTDEMIAQ	P(1062864)	H(11) S(11) L(2) A(1) T(1) X(20) #(1)	0.00031	0.001191
1154	864	L	LLTDEMIAQY	L(1062885)	V(9) F(4) S(1) X(12)	0.00017	0.001163
1155	865	L	LTDEMIAQYT	L(1062877)	F(17) P(3) I(2) X(12)	0.00026	0.001219
1156	866	T	TDEMIAQYTS	T(1062893)	S(3) I(2) -(1) K(1) P(1) X(10)	0.00011	0.001256
1157	867	D	DEMIAQYTSA	D(1062759)	G(85) Y(11) A(8) N(8) E(7) -(1) V(1) X(31)	0.00127	0.001275
1158	868	E	EMIAQYTSAL	E(1062854)	G(20) D(9) K(3) -(1) Q(1) V(1) X(22)	0.00041	0.001158
1159	869	M	MIAQYTSALL	M(1062823)	I(54) L(4) -(1) V(1) X(28)	0.00063	0.001134
1160	870	I	IAQYTSALLA	I(1062474)	V(370) T(26) S(6) -(1) X(33) #(1)	0.00349	0.002495
1161	871	A	AQYTSALLAG	A(1062246)	V(374) S(213) T(6) -(1) X(71)	0.00514	0.002155
1162	872	Q	QYTSALLAGT	Q(1062873)	L(9) P(1) X(27) #(1)	0.00012	0.001656
1163	873	Y	YTSALLAGTI	Y(1062876)	-(1) O(1) X(33)	0.00003	0.001654
1164	874	T	TSALLAGTIT	T(1062838)	I(36) N(11) A(10) P(4) S(3) -(1) X(7) #(1)	0.00073	0.001776
1165	875	S	SALLAGTITS	S(1062846)	A(37) F(17) -(1) T(1) Y(1) X(8)	0.00063	0.001986
1166	876	A	ALLAGTITS-	A(1062881)	S(16) T(6) V(2) -(1) X(5)	0.00030	0.001924
1167	877	L	LLAGTITS--	L(1062879)	M(7) -(1) X(24)	0.00010	0.001894
1168	878	L	LAGTITS--G	L(1062875)	V(7) S(6) -(1) X(22)	0.00017	0.001907
1169	879	A	AGTITS--GW	A(1060979)	S(1098) V(592) T(132) E(3) G(3) P(2) -(1) L(1) X(100)	0.01424	0.001922
1170	880	G	GTITS--GWT	G(1062892)	S(3) R(2) -(1) V(1) X(10) #(2)	0.00009	0.000504
1171	881	T	TITS--GWT-	T(1062891)	I(8) A(3) -(1) X(8)	0.00015	0.000495
1172	882	I	ITS--GWT-F	I(1062895)	V(5) F(2) T(1) X(7) #(1)	0.00010	0.001849
1173	883	T	TS--GWT-FG	T(1062756)	I(112) A(7) S(7) M(1) X(26) #(2)	0.00125	0.001845
1174	884	S	S--GWT-FGA	S(1062500)	F(254) A(45) C(7) -(1) T(1) Y(1) X(102)	0.00283	0.00189
1175	884	-	--GWT-FGAG	-(1062910)	A(1)	0.00001	0.001631
1176	884	-	-GWT-FGAGA	-(1062910)	#(1)	0.00000	0.002353
1177	885	G	GWT-FGAGAA	G(1062881)	D(6) S(4) C(3) -(2) E(2) R(1) X(12)	0.00023	0.002521
1178	886	W	WT-FGAGAAL	W(1062872)	L(11) F(6) Y(4) C(3) G(1) S(1) X(13)	0.00032	0.002507
1179	887	T	T-FGAGAALQ	T(1062876)	A(5) X(30)	0.00006	0.002491
1180	887	-	-FGAGAALQ-	-(1062909)	#(2)	0.00000	0.002485
1181	888	F	FGAGAALQ-I	F(1060879)	L(2001) X(30) #(1)	0.01369	0.002522
1182	889	G	GAGAALQ-IP	G(1062897)	S(4) A(1) X(9)	0.00006	0.001154
1183	890	A	AGAALQ-IPF	A(1062728)	V(104) T(42) S(22) P(1) X(14)	0.00170	0.001149
1184	891	G	GAALQ-IPFA	G(1062844)	V(10) S(4) D(3) C(1) R(1) X(48)	0.00024	0.001599
1185	892	A	AALQ-IPFA-	A(1061951)	V(562) S(310) G(1) P(1) T(1) X(84) #(1)	0.00723	0.001579
1186	893	A	ALQ-IPFA-M	A(1062705)	V(107) S(59) P(2) E(1) T(1) X(35) #(1)	0.00168	0.000918
1187	894	L	LQ-IPFA-M-	L(1062884)	S(5) F(2) X(20)	0.00009	0.00075
1188	895	Q	Q-IPFA-M-Q	Q(1062644)	$(6) H(5) K(2) X(253) #(1)	0.00016	0.000742
1189	895	-	-IPFA-M-QM	-(1062910)	#(1)	0.00000	0.00075
1190	896	I	IPFA-M-QMA	I(1062875)	V(13) L(9) T(9) X(5)	0.00037	0.000778
1191	897	P	PFA-M-QMAY	P(1062900)	A(1) X(10)	0.00001	0.00077
1192	898	F	FA-M-QMAYR	F(1062898)	-(1) X(12)	0.00001	0.000776
1193	899	A	A-M-QMAYRF	A(1062109)	S(769) V(7) N(4) D(3) T(2) -(1) G(1) P(1) X(14)	0.00620	0.000784
1194	899	-	-M-QMAYRF-	-(1062908)	$(3)	0.00004	0.000164
1195	900	M	M-QMAYRF-N	M(1062828)	I(54) -(3) L(2) X(24)	0.00062	0.000168
1196	900	-	-QMAYRF-NG	-(1062909)	#(2)	0.00000	0.000112
1197	901	Q	QMAYRF-NGI	Q(1062896)	$(1) X(13) #(1)	0.00001	0.000281
1198	902	M	MAYRF-NGIG	M(1062883)	I(11) L(5) V(4) X(8)	0.00024	0.000286
1199	903	A	AYRF-NGIGV	A(1062876)	S(20) G(2) T(1) V(1) X(10) #(1)	0.00028	0.000335
1200	904	Y	YRF-NGIGVT	Y(1062879)	H(19) F(6) X(7)	0.00029	0.00033
1201	905	R	RF-NGIGVTQ	R(1062870)	K(2) S(2) G(1) X(36)	0.00007	0.000344
1202	906	F	F-NGIGVTQN	F(1062889)	L(4) I(1) P(1) V(1) X(15)	0.00009	0.000349
1203	906	-	-NGIGVTQNV	-(1062910)	#(1)	0.00000	0.000399
1204	907	N	NGIGVTQNVL	N(1062897)	S(5) K(1) X(8)	0.00008	0.000408
1205	908	G	GIGVTQNVL-	G(1062893)	C(1) I(1) R(1) V(1) X(14)	0.00006	0.0004
1206	909	I	IGVTQNVL-Y	I(1062697)	V(177) M(4) -(1) L(1) X(31)	0.00169	0.000402
1207	910	G	GVTQNVL-YE	G(1062866)	-(1) E(1) R(1) V(1) X(37) #(4)	0.00006	0.000278
1208	911	V	VTQNVL-YEN	V(1062832)	I(70) -(1) F(1) X(7)	0.00073	0.000273
1209	912	T	TQNVL-YENQ	T(1062872)	I(15) A(2) -(1) K(1) X(20)	0.00023	0.000207
1210	913	Q	QNVL-YENQK	Q(1062830)	H(35) $(2) -(1) L(1) X(42)	0.00043	0.000201
1211	914	N	NVL-YENQK-	N(1062882)	Y(4) -(1) D(1) I(1) S(1) T(1) X(19) #(1)	0.00012	0.000158
1212	915	V	VL-YENQK-L	V(1062836)	I(47) F(7) -(1) X(20)	0.00059	0.000369
1213	916	L	L-YENQK-LI	L(1062896)	F(5) -(1) H(1) X(8)	0.00009	0.000318
1214	916	-	-YENQK-LIA	-(1062910)	#(1)	0.00000	0.000442
1215	917	Y	YENQK-LIAN	Y(1062889)	H(4) -(1) N(1) X(16)	0.00008	0.000467
1216	918	E	ENQK-LIANQ	E(1062855)	A(15) D(9) G(7) V(2) -(1) K(1) P(1) Q(1) X(19)	0.00045	0.000474
1217	919	N	NQK-LIANQF	N(1062898)	-(1) X(12)	0.00001	0.000434
1218	920	Q	QK-LIANQFN	Q(1062793)	-(1) E(1) K(1) R(1) $(1) X(113)	0.00007	0.000444
1219	921	K	K-LIANQFNS	K(1062888)	E(5) -(4) R(3) $(1) X(8) #(2)	0.00017	0.001082
1220	921	-	-LIANQFNSA	-(1062905)	#(6)	0.00000	0.001174
1221	922	L	LIANQFNSAI	L(1062639)	F(208) M(26) S(4) -(1) V(1) X(32)	0.00223	0.001197
1222	923	I	IANQFNSAIG	I(1062896)	V(2) -(1) F(1) M(1) T(1) X(9)	0.00008	0.001361
1223	924	A	ANQFNSAIGK	A(1062754)	S(80) V(45) T(3) -(1) D(1) X(27)	0.00133	0.001362
1224	925	N	NQFNSAIGK-	N(1062868)	S(9) K(4) D(2) I(2) Y(2) H(1) X(22) #(1)	0.00025	0.001229
1225	926	Q	QFNSAIGK-I	Q(1062876)	H(8) L(2) E(1) $(1) X(22) #(1)	0.00015	0.001295
1226	927	F	FNSAIGK-IQ	F(1062890)	-(2) I(1) L(1) X(15) #(2)	0.00005	0.001291
1227	928	N	NSAIGK-IQD	N(1062894)	O(3) D(2) -(1) T(1) Y(1) X(9)	0.00011	0.004036
1228	929	S	SAIGK-IQD-	S(1062106)	T(569) I(179) R(10) N(9) -(1) G(1) X(36)	0.00645	0.004025
1229	930	A	AIGK-IQD-S	A(1062785)	V(106) S(2) -(1) F(1) T(1) X(15)	0.00109	0.003442
1230	931	I	IGK-IQD-SL	I(1062883)	V(17) -(1) F(1) T(1) X(8)	0.00023	0.003971
1231	932	G	GK-IQD-SL-	G(1062444)	S(374) C(26) V(17) D(14) A(4) -(1) R(1) X(30)	0.00387	0.003948
1232	933	K	K-IQD-SL-S	K(1062884)	Q(3) R(2) -(1) E(1) X(20)	0.00009	0.005715
1233	933	-	-IQD-SL-SS	-(1062907)	#(4)	0.00000	0.006504
1234	934	I	IQD-SL-SS-	I(1062807)	L(30) M(27) V(22) T(3) -(1) X(21)	0.00091	0.006505
1235	935	Q	QD-SL-SS--	Q(1062893)	H(3) R(3) -(1) E(1) X(10)	0.00011	0.006415
1236	936	D	D-SL-SS---	D(1058981)	Y(2629) N(725) H(351) V(83) G(40) E(21) A(2) T(2) -(1) L(1) X(75)	0.02750	0.006404
1237	936	-	-SL-SS---T	-(1062911)		0.00000	0.003863
1238	937	S	SL-SS---TA	S(1062839)	L(39) T(12) A(4) -(1) X(16)	0.00062	0.004249
1239	938	L	L-SS---TAS	L(1062078)	F(679) I(101) -(2) P(2) V(1) X(48)	0.00638	0.005701
1240	938	-	-SS---TASA	-(1062909)	#(2)	0.00000	0.005073
1241	939	S	SS---TASAL	S(1059464)	F(3345) Y(15) A(3) -(2) C(1) T(1) X(80)	0.02154	0.005118
1242	940	S	S---TASALG	S(1061840)	F(944) Y(27) T(19) A(17) -(11) C(2) X(51)	0.00798	0.003204
1243	940	-	---TASALGK	-(1062906)	F(1) #(4)	0.00001	0.002489
1244	940	-	--TASALGK-	-(1062910)	A(1)	0.00001	0.002488
1245	940	-	-TASALGK-L	-(1062910)	#(1)	0.00000	0.002518
1246	941	T	TASALGK-LQ	T(1062533)	A(160) I(37) S(17) -(2) X(161) #(1)	0.00209	0.002555
1247	942	A	ASALGK-LQD	A(1062477)	S(195) T(106) V(105) -(3) E(2) X(23)	0.00386	0.005124
1248	943	S	SALGK-LQDV	S(1060597)	P(1287) T(506) I(114) R(23) N(21) G(5) -(3) X(355)	0.01514	0.004745
1249	944	A	ALGK-LQDVV	A(1062891)	-(3) V(3) S(2) X(12)	0.00010	0.003341
1250	945	L	LGK-LQDVVN	L(1062845)	F(34) I(4) -(3) X(25)	0.00045	0.003332
1251	946	G	GK-LQDVVNQ	G(1062624)	V(185) R(40) E(23) A(2) T(1) X(36)	0.00240	0.003374
1252	947	K	K-LQDVVNQN	K(1062819)	R(65) I(7) E(4) Q(2) T(1) X(13)	0.00083	0.003146
1253	947	-	-LQDVVNQNA	-(1062909)	#(2)	0.00000	0.003068
1254	948	L	LQDVVNQNAQ	L(1062872)	I(27) R(1) X(8) #(3)	0.00031	0.00618
1255	949	Q	QDVVNQNAQA	Q(1062862)	R(29) E(1) H(1) K(1) L(1) X(16)	0.00037	0.006211
1256	950	D	DVVNQNAQAL	D(1058663)	H(3510) N(562) Y(78) A(19) G(5) E(4) X(56) #(14)	0.02778	0.006178
1257	951	V	VVNQNAQAL-	V(1062886)	A(2) -(1) L(1) M(1) X(20)	0.00007	0.0034
1258	952	V	VNQNAQAL-N	V(1062785)	F(75) I(25) A(4) L(2) X(20)	0.00110	0.003406
1259	953	N	NQNAQAL-NT	N(1062894)	S(1) X(16)	0.00001	0.003576
1260	954	Q	QNAQAL-NTL	Q(1062801)	K(56) L(14) R(6) H(3) E(1) $(1) X(29)	0.00087	0.003576
1261	955	N	NAQAL-NTLV	N(1062898)	H(10) X(3)	0.00012	0.003501
1262	956	A	AQAL-NTLVK	A(1062897)	S(4) X(10)	0.00005	0.003502
1263	957	Q	QAL-NTLVKQ	Q(1058102)	R(3874) L(899) H(9) E(5) K(2) X(20)	0.03112	0.0035
1264	958	A	AL-NTLVKQL	A(1062840)	S(61) X(10)	0.00062	0.000388
1265	959	L	L-NTLVKQLS	L(1062878)	F(1) S(1) V(1) X(30)	0.00004	0.000376
1266	959	-	-NTLVKQLSS	-(1062910)	#(1)	0.00000	0.000379
1267	960	N	NTLVKQLSSN	N(1062889)	D(4) K(4) H(1) Y(1) X(12)	0.00013	0.000392
1268	961	T	TLVKQLSSNF	T(1062559)	M(296) A(18) S(3) X(35)	0.00280	0.00038
1269	962	L	LVKQLSSNFG	L(1062893)	R(1) X(17)	0.00001	0.000106
1270	963	V	VKQLSSNFGA	V(1062893)	A(3) I(3) F(2) D(1) X(9)	0.00012	0.000108
1271	964	K	KQLSSNFGA-	K(1062739)	R(9) I(2) X(161)	0.00013	9.6e-05
1272	965	Q	QLSSNFGA-I	Q(1062890)	R(1) $(1) X(19)	0.00003	8.6e-05
1273	966	L	LSSNFGA-IS	L(1062890)	X(21)	0.00000	8.6e-05
1274	967	S	SSNFGA-ISS	S(1062840)	N(19) R(11) G(9) T(4) X(27) #(1)	0.00050	9.1e-05
1275	968	S	SNFGA-ISSV	S(1062880)	A(3) F(2) X(26)	0.00007	9.7e-05
1276	969	N	NFGA-ISSVL	N(1062866)	K(5) S(4) O(1) X(35)	0.00013	9.4e-05
1277	970	F	FGA-ISSVL-	F(1062898)	S(1) X(12)	0.00001	8.1e-05
1278	971	G	GA-ISSVL-N	G(1062883)	D(1) R(1) S(1) V(1) X(24)	0.00006	0.00014
1279	972	A	A-ISSVL-ND	A(1062901)	E(1) V(1) X(8)	0.00003	0.000178
1280	972	-	-ISSVL-NDI	-(1062909)	#(2)	0.00000	0.000186
1281	973	I	ISSVL-NDIL	I(1062899)	O(1) V(1) X(10)	0.00003	0.000222
1282	974	S	SSVL-NDILS	S(1062902)	L(1) P(1) X(6) #(1)	0.00003	0.067165
1283	975	S	SVL-NDILSR	S(1062901)	N(4) X(6)	0.00005	0.067165
1284	976	V	VL-NDILSR-	V(1062840)	F(34) A(12) I(3) D(1) X(21)	0.00056	0.06716
1285	977	L	L-NDILSR-L	L(1062891)	F(1) I(1) $(1) X(17)	0.00004	0.067108
1286	977	-	-NDILSR-LD	-(1062910)	#(1)	0.00000	0.067119
1287	978	N	NDILSR-LDK	N(1062848)	S(44) H(6) D(3) O(1) T(1) X(8)	0.00060	0.067189
1288	979	D	DILSR-LDKV	D(1062793)	Y(18) V(11) H(9) X(79) #(1)	0.00044	0.067159
1289	980	I	ILSR-LDKVE	I(1062888)	F(4) O(2) T(1) V(1) X(15)	0.00011	0.067118
1290	981	L	LSR-LDKVEA	L(1062858)	I(20) F(6) V(3) H(1) P(1) X(21) #(1)	0.00036	0.067112
1291	982	S	SR-LDKVEAE	S(646985)	A(415429) L(22) T(1) V(1) X(473)	0.66946	0.06711
1292	983	R	R-LDKVEAEV	R(1062894)	C(1) Q(1) X(15)	0.00003	0.000174
1293	983	-	-LDKVEAEVQ	-(1062910)	#(1)	0.00000	0.000175
1294	984	L	LDKVEAEVQ-	L(1062899)	R(2) F(1) X(9)	0.00004	0.000175
1295	985	D	DKVEAEVQ-I	D(1062887)	N(8) E(4) X(12)	0.00015	0.000179
1296	986	K	KVEAEVQ-ID	K(1062823)	R(49) N(10) I(4) Q(2) X(23)	0.00070	0.000169
1297	987	V	VEAEVQ-IDR	V(1062869)	F(15) I(7) L(2) D(1) X(17)	0.00030	0.000103
1298	988	E	EAEVQ-IDRL	E(1062896)	G(1) $(1) X(13)	0.00003	7.8e-05
1299	989	A	AEVQ-IDRLI	A(1062902)	S(4) X(4) #(1)	0.00005	8.4e-05
1300	990	E	EVQ-IDRLIT	E(1062871)	Q(18) A(7) D(4) X(11)	0.00034	9.4e-05
1301	991	V	VQ-IDRLITG	V(1062858)	L(7) A(1) X(45)	0.00010	6.7e-05
1302	992	Q	Q-IDRLITGR	Q(1062899)	$(2) H(1) X(9)	0.00004	5.8e-05
1303	992	-	-IDRLITGRL	-(1062910)	#(1)	0.00000	6.3e-05
1304	993	I	IDRLITGRLQ	I(1062901)	V(4) M(2) X(4)	0.00008	7.5e-05
1305	994	D	DRLITGRLQS	D(1062895)	E(3) G(1) X(12)	0.00005	6.8e-05
1306	995	R	RLITGRLQSL	R(1062898)	G(1) K(1) S(1) X(10)	0.00004	6.8e-05
1307	996	L	LITGRLQSLQ	L(1062894)	F(2) S(1) W(1) X(13)	0.00005	0.000104
1308	997	I	ITGRLQSLQT	I(1062896)	T(3) V(3) L(1) X(8)	0.00009	0.000479
1309	998	T	TGRLQSLQTY	T(1062888)	I(10) A(1) S(1) X(10) #(1)	0.00015	0.000478
1310	999	G	GRLQSLQTYV	G(1062734)	C(3) S(2) X(172)	0.00007	0.00048
1311	1000	R	RLQSLQTYVT	R(1062895)	C(1) X(15)	0.00001	0.000606
1312	1001	L	LQSLQTYVTQ	L(1062895)	F(6) R(1) X(9)	0.00009	0.000611
1313	1002	Q	QSLQTYVTQQ	Q(1062865)	H(4) L(3) E(2) X(34) #(3)	0.00012	0.000622
1314	1003	S	SLQTYVTQQL	S(1062886)	-(1) X(24)	0.00001	0.000614
1315	1004	L	LQTYVTQQLI	L(1062897)	R(2) F(1) V(1) X(10)	0.00005	0.000626
1316	1005	Q	QTYVTQQLIR	Q(1062860)	H(28) K(3) L(3) $(1) X(16)	0.00040	0.000685
1317	1006	T	TYVTQQLIRA	T(1062420)	I(458) A(1) S(1) X(30) #(1)	0.00380	0.000661
1318	1007	Y	YVTQQLIRAA	Y(1062846)	H(5) F(1) X(57) #(2)	0.00008	0.000384
1319	1008	V	VTQQLIRAAE	V(1062878)	A(6) L(4) M(2) G(1) X(20)	0.00017	0.000384
1320	1009	T	TQQLIRAAEI	T(1062752)	I(105) S(14) A(10) N(3) X(27)	0.00133	0.000441
1321	1010	Q	QQLIRAAEIR	Q(1062893)	L(5) X(13)	0.00006	0.000313
1322	1011	Q	QLIRAAEIRA	Q(1062881)	L(15) R(2) X(13)	0.00020	0.001916
1323	1012	L	LIRAAEIRAS	L(1062896)	S(3) X(12)	0.00004	0.002001
1324	1013	I	IRAAEIRASA	I(1062896)	T(4) L(3) V(2) S(1) X(5)	0.00013	0.00206
1325	1014	R	RAAEIRASAN	R(1062838)	K(32) T(17) I(4) S(3) G(1) X(16)	0.00064	0.002097
1326	1015	A	AAEIRASANL	A(1062885)	S(6) T(2) V(2) -(1) E(1) X(14)	0.00016	0.002083
1327	1016	A	AEIRASANLA	A(1062804)	T(67) V(18) S(12) E(1) X(9)	0.00103	0.002138
1328	1017	E	EIRASANLAA	E(1062893)	G(2) K(2) D(1) Y(1) X(12)	0.00008	0.002234
1329	1018	I	IRASANLAAT	I(1062829)	V(56) L(5) T(4) M(3) F(1) X(13)	0.00074	0.006191
1330	1019	R	RASANLAATK	R(1062895)	I(2) K(2) X(11) #(1)	0.00005	0.00612
1331	1020	A	ASANLAATKM	A(1060661)	S(1598) V(572) G(10) T(4) D(3) F(1) X(61) #(1)	0.01609	0.006191
1332	1021	S	SANLAATKMS	S(1062792)	F(83) Y(18) A(1) P(1) X(15) #(1)	0.00105	0.004625
1333	1022	A	ANLAATKMSE	A(1062841)	S(59) -(1) V(1) X(9)	0.00063	0.004531
1334	1023	N	NLAATKMSEC	N(1062852)	S(29) Y(10) K(3) D(1) G(1) X(15)	0.00050	0.004468
1335	1024	L	LAATKMSECV	L(1062837)	F(27) R(11) I(4) P(1) V(1) X(29) #(1)	0.00050	0.00445
1336	1025	A	AATKMSECVL	A(1062813)	G(71) X(27)	0.00071	0.004419
1337	1026	A	ATKMSECVLG	A(1062684)	S(189) T(17) V(6) P(1) X(14)	0.00199	0.004368
1338	1027	T	TKMSECVLGQ	T(1055915)	I(6901) S(27) N(11) A(4) X(53)	0.03965	0.004172
1339	1028	K	KMSECVLGQS	K(1062896)	G(1) R(1) X(12) #(1)	0.00003	0.000217
1340	1029	M	MSECVLGQSK	M(1062833)	I(56) V(15) T(1) X(6)	0.00076	0.00029
1341	1030	S	SECVLGQSK-	S(1062860)	A(29) L(7) P(1) $(1) X(13)	0.00043	0.000214
1342	1031	E	ECVLGQSK-R	E(1062893)	D(4) V(2) G(1) K(1) X(10)	0.00011	0.000178
1343	1032	C	CVLGQSK-RV	C(1062895)	X(16)	0.00000	0.000496
1344	1033	V	VLGQSK-RVD	V(1062874)	A(19) G(3) L(3) I(2) X(9) #(1)	0.00032	0.000526
1345	1034	L	LGQSK-RVDF	L(1062888)	I(8) F(4) R(2) H(1) X(8)	0.00019	0.000499
1346	1035	G	GQSK-RVDFC	G(1062887)	V(16) K(1) X(7)	0.00020	0.000484
1347	1036	Q	QSK-RVDFCG	Q(1062904)	L(1) $(1) X(5)	0.00003	0.000469
1348	1037	S	SK-RVDFCGK	S(1062769)	T(7) P(1) X(134)	0.00010	0.000659
1349	1038	K	K-RVDFCGKG	K(1062839)	R(36) N(15) Q(14) E(2) I(1) X(3) #(1)	0.00076	0.000654
1350	1038	-	-RVDFCGKGY	-(1062909)	#(2)	0.00000	0.000603
1351	1039	R	RVDFCGKGYH	R(1062899)	G(2) K(1) S(1) T(1) X(7)	0.00007	0.000608
1352	1040	V	VDFCGKGYHL	V(1062508)	F(382) I(4) A(2) X(15)	0.00329	0.000641
1353	1041	D	DFCGKGYHLM	D(1062731)	G(23) E(4) X(151) #(2)	0.00030	0.000579
1354	1042	F	FCGKGYHLMS	F(1062900)	L(3) I(1) X(5) #(2)	0.00005	0.00055
1355	1043	C	CGKGYHLMSF	C(1062901)	S(2) F(1) X(7)	0.00004	0.000736
1356	1044	G	GKGYHLMSFP	G(1062896)	V(2) E(1) $(1) X(11)	0.00005	0.000736
1357	1045	K	KGYHLMSFPQ	K(1062703)	N(123) R(32) E(12) Q(11) M(6) T(5) G(1) X(17) #(1)	0.00193	0.000735
1358	1046	G	GYHLMSFPQS	G(1062893)	S(2) C(1) D(1) X(13) #(1)	0.00005	0.000568
1359	1047	Y	YHLMSFPQSA	Y(1062882)	C(8) H(8) F(3) S(1) X(9)	0.00025	0.000643
1360	1048	H	HLMSFPQSAP	H(1062887)	Y(4) X(20)	0.00005	0.00064
1361	1049	L	LMSFPQSAPH	L(1062854)	I(35) H(1) V(1) X(20)	0.00040	0.000787
1362	1050	M	MSFPQSAPHG	M(1062597)	I(277) V(8) L(7) T(5) A(1) X(15) #(1)	0.00267	0.000748
1363	1051	S	SFPQSAPHGV	S(1062905)	T(1) X(5)	0.00001	0.000529
1364	1052	F	FPQSAPHGVV	F(1062623)	L(159) V(15) Y(14) I(8) S(1) X(91)	0.00191	0.000568
1365	1053	P	PQSAPHGVVF	P(1062862)	T(2) S(1) X(46)	0.00004	0.000391
1366	1054	Q	QSAPHGVVFL	Q(1062881)	L(2) H(1) X(27)	0.00004	0.001052
1367	1055	S	SAPHGVVFLH	S(1062875)	L(12) A(9) T(1) X(14)	0.00026	0.001049
1368	1056	A	APHGVVFLHV	A(1062814)	V(69) S(5) G(4) X(19)	0.00080	0.001206
1369	1057	P	PHGVVFLHVT	P(1062887)	H(7) S(6) L(4) R(1) X(6)	0.00022	0.001325
1370	1058	H	HGVVFLHVTY	H(1062727)	Y(141) R(6) L(5) E(4) Q(1) X(27)	0.00152	0.001333
1371	1059	G	GVVFLHVTYV	G(1062904)	R(1) X(6)	0.00001	0.001639
1372	1060	V	VVFLHVTYVP	V(1062861)	I(22) L(12) A(8) X(8)	0.00048	0.001893
1373	1061	V	VFLHVTYVPA	V(1062868)	I(16) F(13) A(5) X(9)	0.00040	0.002623
1374	1062	F	FLHVTYVPAQ	F(1062888)	L(10) Y(2) X(11)	0.00014	0.004253
1375	1063	L	LHVTYVPAQE	L(1062014)	F(870) V(1) X(26)	0.00665	0.004353
1376	1064	H	HVTYVPAQEK	H(1062907)	Y(1) X(3)	0.00001	0.005714
1377	1065	V	VTYVPAQEKO	V(1062693)	L(150) A(33) M(6) F(1) X(27) #(1)	0.00183	0.005913
1378	1066	T	TYVPAQEKOF	T(1062694)	N(165) A(37) I(7) X(8)	0.00199	0.005783
1379	1067	Y	YVPAQEKOFT	Y(1062878)	F(25) $(2) X(6)	0.00030	0.005679
1380	1068	V	VPAQEKOFTT	V(1062367)	F(442) I(41) L(22) A(20) D(1) G(1) X(17)	0.00458	0.005711
1381	1069	P	PAQEKOFTTA	P(1062614)	S(277) H(5) T(4) L(2) X(8) #(1)	0.00255	0.007566
1382	1070	A	AQEKOFTTAP	A(1061905)	V(525) S(412) T(5) E(2) X(62)	0.00778	0.007551
1383	1071	Q	QEKOFTTAPA	Q(1060504)	L(1439) H(768) R(32) E(5) K(2) S(2) X(88) #(71)	0.01670	0.006797
1384	1072	E	EKOFTTAPAI	E(1060574)	D(39) Q(34) K(25) G(4) A(2) V(1) X(2232)	0.00114	0.005193
1385	1073	K	KOFTTAPAIC	K(1060126)	N(1699) T(836) M(93) E(59) R(33) Q(8) $(1) X(56)	0.02026	0.00508
1386	1074	O	OFTTAPAICH	O(1062690)	N(82) D(54) Y(28) K(19) H(9) S(1) X(28)	0.00200	0.003289
1387	1075	F	FTTAPAICHD	F(1062858)	L(21) V(15) Y(7) S(3) X(7)	0.00053	0.003934
1388	1076	T	TTAPAICHDG	T(1062802)	I(55) S(27) A(4) K(2) P(1) X(20)	0.00095	0.004245
1389	1077	T	TAPAICHDGK	T(1062836)	A(41) I(15) N(1) X(18)	0.00062	0.004204
1390	1078	A	APAICHDGKA	A(1059475)	S(2807) V(306) T(245) D(1) X(76) #(1)	0.02313	0.004521
1391	1079	P	PAICHDGKAH	P(1062628)	S(225) T(36) A(1) X(20) #(1)	0.00240	0.002337
1392	1080	A	AICHDGKAHF	A(1062883)	S(18) P(1) T(1) V(1) X(7)	0.00024	0.002098
1393	1081	I	ICHDGKAHFP	I(1062849)	V(29) L(13) F(7) M(7) S(1) T(1) X(4)	0.00066	0.00209
1394	1082	C	CHDGKAHFPR	C(1062906)	S(1) X(4)	0.00001	0.002312
1395	1083	H	HDGKAHFPRE	H(1062655)	Y(208) Q(27) R(6) N(5) D(3) P(1) X(6)	0.00235	0.002464
1396	1084	D	DGKAHFPREG	D(1061860)	Y(705) G(135) E(103) A(34) N(17) H(8) V(2) X(44) #(3)	0.00845	0.002236
1397	1085	G	GKAHFPREGV	G(1062502)	A(205) R(95) E(56) V(17) L(5) D(3) $(1) X(27)	0.00364	0.001479
1398	1086	K	KAHFPREGVF	K(1062762)	R(23) E(13) T(4) Q(3) N(2) $(1) X(102) #(1)	0.00054	0.001139
1399	1087	A	AHFPREGVF-	A(1062456)	S(307) G(91) V(15) T(7) X(35)	0.00379	0.001085
1400	1088	H	HFPREGVF-V	H(1062775)	Y(103) R(21) Q(3) D(1) N(1) X(7)	0.00129	0.000728
1401	1089	F	FPREGVF-VS	F(1062870)	S(1) X(39) #(1)	0.00001	0.000668
1402	1090	P	PREGVF-VSO	P(1062888)	S(9) T(2) H(1) L(1) X(10)	0.00016	0.000742
1403	1091	R	REGVF-VSOG	R(1062586)	L(142) H(110) C(36) S(6) G(2) P(1) X(28)	0.00288	0.000882
1404	1092	E	EGVF-VSOGT	E(1062755)	K(73) G(29) A(22) D(15) V(4) Q(2) X(10) #(1)	0.00153	0.000649
1405	1093	G	GVF-VSOGTH	G(1062904)	S(2) C(1) D(1) V(1) X(2)	0.00007	0.00132
1406	1094	V	VF-VSOGTH-	V(1062825)	I(50) A(18) F(14) X(4)	0.00088	0.001313
1407	1095	F	F-VSOGTH-W	F(1062878)	L(20) C(1) X(12)	0.00024	0.001295
1408	1095	-	-VSOGTH-WF	-(1062910)	#(1)	0.00000	0.001309
1409	1096	V	VSOGTH-WFV	V(1062882)	A(9) I(6) L(2) F(1) X(10) #(1)	0.00022	0.002199
1410	1097	S	SOGTH-WFVT	S(1062844)	T(37) L(17) A(6) P(1) $(1) X(5)	0.00069	0.002183
1411	1098	O	OGTH-WFVTQ	O(1062836)	N(57) S(10) D(2) T(2) X(3) #(1)	0.00075	0.002122
1412	1099	G	GTH-WFVTQR	G(1062724)	D(111) S(38) V(6) C(2) X(30)	0.00156	0.002152
1413	1100	T	TH-WFVTQRN	T(1062851)	I(40) A(4) K(3) S(3) X(10)	0.00055	0.002047
1414	1101	H	H-WFVTQRNF	H(1061890)	Y(586) D(287) Q(85) N(9) R(9) L(1) X(43) #(1)	0.00824	0.002067
1415	1101	-	-WFVTQRNFY	-(1062910)	#(1)	0.00000	0.00125
1416	1102	W	WFVTQRNFYE	W(1062824)	L(31) F(25) C(3) S(2) G(1) R(1) X(24)	0.00070	0.001896
1417	1103	F	FVTQRNFYEP	F(1062875)	L(16) S(10) V(3) C(2) Y(1) X(4)	0.00038	0.00198
1418	1104	V	VTQRNFYEPQ	V(1061711)	L(1011) I(131) A(6) -(1) E(1) X(49) #(1)	0.00890	0.002168
1419	1105	T	TQRNFYEPQ-	T(1062904)	-(1) K(1) P(1) R(1) X(3)	0.00006	0.001278
1420	1106	Q	QRNFYEPQ-I	Q(1062896)	P(2) R(2) H(1) K(1) X(7) #(2)	0.00008	0.001521
1421	1107	R	RNFYEPQ-II	R(1062796)	S(73) K(11) G(8) M(7) -(1) X(13) #(2)	0.00105	0.00155
1422	1108	N	NFYEPQ-IIT	N(1062815)	Y(23) S(13) T(5) I(2) K(1) X(51) #(1)	0.00051	0.001612
1423	1109	F	FYEPQ-IITT	F(1062834)	L(39) I(31) X(6) #(1)	0.00075	0.002373
1424	1110	Y	YEPQ-IITTD	Y(1062891)	F(3) C(1) N(1) X(15)	0.00007	0.06984
1425	1111	E	EPQ-IITTDN	E(1062139)	K(514) Q(228) A(18) D(2) G(2) X(8)	0.00646	0.069847
1426	1112	P	PQ-IITTDNT	P(1062742)	L(64) Q(46) S(34) T(2) A(1) R(1) X(20) #(1)	0.00154	0.069346
1427	1113	Q	Q-IITTDNTF	Q(1062675)	K(90) L(68) R(60) H(4) E(2) $(1) X(10) #(1)	0.00226	0.069332
1428	1113	-	-IITTDNTFV	-(1062910)	#(1)	0.00000	0.069955
1429	1114	I	IITTDNTFVS	I(1062639)	T(125) V(67) L(32) M(11) F(7) S(6) X(24)	0.00249	0.069964
1430	1115	I	ITTDNTFVSG	I(1062877)	V(21) L(7) T(3) F(1) #(1) X(1)	0.00037	0.070279
1431	1116	T	TTDNTFVSGN	T(1062731)	N(118) S(29) I(14) A(6) X(12) #(1)	0.00167	0.070327
1432	1117	T	TDNTFVSGN-	T(1061734)	I(1038) A(12) R(12) K(4) P(2) S(1) X(108)	0.00812	0.07016
1433	1118	D	DNTFVSGN-C	D(646304)	H(415081) Y(823) V(19) G(7) A(6) O(1) Q(1) R(1) X(667) #(1)	0.67542	0.069349
1434	1119	N	NTFVSGN-CD	N(1062887)	S(5) D(2) H(2) K(2) X(12) #(1)	0.00014	0.001927
1435	1120	T	TFVSGN-CDV	T(1062750)	I(116) S(26) K(4) V(1) X(14)	0.00145	0.001963
1436	1121	F	FVSGN-CDVV	F(1062746)	L(149) V(1) X(15)	0.00140	0.001975
1437	1122	V	VSGN-CDVVI	V(1061761)	L(1082) M(41) A(2) X(25)	0.00849	0.001961
1438	1123	S	SGN-CDVVIG	S(1062900)	A(7) X(4)	0.00009	0.001148
1439	1124	G	GN-CDVVIGI	G(1061894)	V(531) S(83) C(33) D(10) A(3) F(1) X(356)	0.00564	0.001274
1440	1125	N	N-CDVVIGIV	N(1062826)	D(60) K(7) S(7) Y(2) I(1) M(1) T(1) X(6)	0.00085	0.001074
1441	1125	-	-CDVVIGIVO	-(1062909)	#(2)	0.00000	0.001068
1442	1126	C	CDVVIGIVON	C(1062907)	-(1) X(3)	0.00001	0.0011
1443	1127	D	DVVIGIVON-	D(1062787)	G(51) Y(18) A(15) E(15) N(6) H(3) V(1) X(15)	0.00120	0.001103
1444	1128	V	VVIGIVON-T	V(1062857)	I(31) F(10) A(4) X(9)	0.00050	0.001047
1445	1129	V	VIGIVON-TV	V(1062747)	I(121) L(28) A(8) E(2) X(5)	0.00157	0.001014
1446	1130	I	IGIVON-TVY	I(1062779)	M(70) L(20) V(15) T(13) -(1) X(13)	0.00126	0.000869
1447	1131	G	GIVON-TVYD	G(1062856)	A(23) E(4) R(3) V(1) X(23) #(1)	0.00036	0.001029
1448	1132	I	IVON-TVYDP	I(1062764)	V(115) T(14) S(3) F(2) -(1) L(1) X(11)	0.00135	0.000994
1449	1133	V	VON-TVYDPL	V(1062508)	F(170) A(154) I(33) L(28) X(18)	0.00364	0.00091
1450	1134	O	ON-TVYDPLQ	O(1062824)	N(68) S(3) H(2) Y(2) D(1) X(10) #(1)	0.00079	0.00056
1451	1135	N	N-TVYDPLQP	N(1062860)	D(10) Y(6) K(4) O(3) I(2) S(1) X(25)	0.00032	0.000549
1452	1135	-	-TVYDPLQPE	-(1062908)	N(3)	0.00004	0.000739
1453	1136	T	TVYDPLQPEL	T(1062842)	I(55) A(4) K(1) P(1) X(8)	0.00064	0.000736
1454	1137	V	VYDPLQPELD	V(1062890)	I(8) F(4) A(2) X(7)	0.00017	0.001085
1455	1138	Y	YDPLQPELDS	Y(1062900)	F(3) C(2) D(2) H(1) N(1) X(2)	0.00012	0.001314
1456	1139	D	DPLQPELDSF	D(1062591)	H(125) N(96) Y(61) E(4) A(3) G(3) X(28)	0.00286	0.001309
1457	1140	P	PLQPELDSFK	P(1052262)	S(1) X(10647) #(1)	0.00001	0.001079
1458	1141	L	LQPELDSFKE	L(1062857)	F(36) S(5) W(4) M(1) X(7) #(1)	0.00051	0.00125
1459	1142	Q	QPELDSFKE-	Q(1062893)	L(9) K(1) R(1) X(7)	0.00014	0.001202
1460	1143	P	PELDSFKE-E	P(1062823)	L(42) S(19) F(1) H(1) X(25)	0.00068	0.001231
1461	1144	E	ELDSFKE-EL	E(1062664)	Q(187) A(20) D(12) V(9) K(3) F(1) X(15)	0.00222	0.001167
1462	1145	L	LDSFKE-ELD	L(1062899)	V(1) X(11)	0.00001	0.00144
1463	1146	D	DSFKE-ELD-	D(1062428)	Y(187) H(164) N(31) E(27) G(17) A(7) V(1) X(48) #(1)	0.00413	0.00144
1464	1147	S	SFKE-ELD-K	S(1062605)	L(269) A(6) P(2) T(1) X(28)	0.00246	0.001048
1465	1148	F	FKE-ELD-KY	F(1062881)	L(2) S(2) V(1) X(25)	0.00007	0.001035
1466	1149	K	KE-ELD-KYF	K(1062846)	R(33) M(13) N(3) E(1) X(15)	0.00056	0.001065
1467	1150	E	E-ELD-KYF-	E(1062730)	D(129) K(29) A(5) V(4) Q(2) $(2) G(1) R(1) X(8)	0.00172	0.001009
1468	1150	-	-ELD-KYF-K	-(1062909)	G(1) S(1)	0.00003	0.000945
1469	1151	E	ELD-KYF-KO	E(1062860)	D(38) M(1) $(1) X(11)	0.00043	0.000993
1470	1152	L	LD-KYF-KO-	L(1062904)	F(1) I(1) S(1) X(4)	0.00004	0.00095
1471	1153	D	D-KYF-KO-H	D(1062306)	Y(483) G(38) A(33) N(12) H(6) E(1) V(1) X(30) #(1)	0.00495	0.001185
1472	1153	-	-KYF-KO-HT	-(1062910)	I(1)	0.00001	0.00071
1473	1154	K	KYF-KO-HTS	K(1062887)	R(10) I(5) E(1) N(1) X(6) #(1)	0.00021	0.000715
1474	1155	Y	YF-KO-HTSP	Y(1062643)	F(207) H(44) -(1) X(16)	0.00233	0.002748
1475	1156	F	F-KO-HTSPD	F(1062865)	L(32) -(1) V(1) X(12)	0.00037	0.004827
1476	1156	-	-KO-HTSPD-	-(1062910)	#(1)	0.00000	0.004791
1477	1157	K	KO-HTSPD-V	K(1062792)	N(50) R(43) T(6) E(1) M(1) $(1) X(17)	0.00108	0.004936
1478	1158	O	O-HTSPD-VD	O(1062858)	N(21) S(8) D(5) H(4) I(2) K(2) Y(1) X(10)	0.00051	0.004971
1479	1158	-	-HTSPD-VDL	-(1062908)	#(3)	0.00000	0.004939
1480	1159	H	HTSPD-VDLG	H(1062636)	Y(218) R(23) L(15) Q(1) X(18)	0.00239	0.006958
1481	1160	T	TSPD-VDLGD	T(1062890)	K(7) I(4) A(3) R(2) X(5)	0.00020	0.007173
1482	1161	S	SPD-VDLGDI	S(1062902)	A(1) L(1) P(1) T(1) X(5)	0.00006	0.007299
1483	1162	P	PD-VDLGDIS	P(1060111)	S(1334) L(794) R(519) A(27) Q(12) T(11) X(103)	0.02054	0.007352
1484	1163	D	D-VDLGDISG	D(1059325)	Y(3355) N(49) G(42) V(28) A(26) H(21) E(2) X(62) #(1)	0.02312	0.005478
1485	1163	-	-VDLGDISGI	-(1062910)	D(1)	0.00001	0.003218
1486	1164	V	VDLGDISGIO	V(1062757)	I(71) F(69) A(4) X(10)	0.00145	0.003292
1487	1165	D	DLGDISGIOA	D(1062759)	Y(66) G(34) N(17) A(8) V(7) E(1) H(1) X(18)	0.00143	0.003486
1488	1166	L	LGDISGIOAS	L(1062890)	F(13) V(3) X(4) #(1)	0.00019	0.00336
1489	1167	G	GDISGIOASV	G(1060055)	V(2093) A(596) R(44) F(27) D(20) S(18) C(1) X(56) #(1)	0.02019	0.009104
1490	1168	D	DISGIOASVV	D(1062350)	G(516) Y(11) H(5) O(5) A(3) E(3) V(1) X(17)	0.00454	0.007491
1491	1169	I	ISGIOASVV-	I(1062759)	F(78) L(42) V(16) T(5) X(10) #(1)	0.00146	0.007037
1492	1170	S	SGIOASVV-N	S(1062844)	F(32) T(7) Y(6) P(4) A(3) X(14) #(1)	0.00059	0.006987
1493	1171	G	GIOASVV-NI	G(1062717)	S(80) V(76) D(22) R(1) X(15)	0.00180	0.006952
1494	1172	I	IOASVV-NI-	I(1062854)	V(43) S(2) T(2) M(1) X(8) #(1)	0.00052	0.006772
1495	1173	O	OASVV-NI-Q	O(1062829)	N(21) S(18) D(11) H(10) K(5) X(17)	0.00075	0.006789
1496	1174	A	ASVV-NI-QK	A(1062500)	V(372) S(22) T(1) X(15) #(1)	0.00339	0.006852
1497	1175	S	SVV-NI-QK-	S(1062884)	L(5) P(4) T(2) A(1) $(1) X(13) #(1)	0.00017	0.006513
1498	1176	V	VV-NI-QK-E	V(1051872)	F(10980) G(4) I(3) -(1) L(1) X(50)	0.05763	0.006638
1499	1177	V	V-NI-QK-EI	V(1062430)	I(421) L(52) -(1) A(1) X(6)	0.00406	0.000928
1500	1177	-	-NI-QK-EID	-(1062908)	#(3)	0.00000	0.000651
1501	1178	N	NI-QK-EIDR	N(1062799)	D(87) H(3) K(2) -(1) S(1) Y(1) X(17)	0.00096	0.000795
1502	1179	I	I-QK-EIDRL	I(1062886)	V(12) L(5) N(2) -(1) X(5)	0.00024	0.000705
1503	1179	-	-QK-EIDRLN	-(1062910)	#(1)	0.00000	0.00109
1504	1180	Q	QK-EIDRLNE	Q(1062771)	K(32) L(9) R(8) H(5) E(4) -(1) $(1) X(80)	0.00069	0.001278
1505	1181	K	K-EIDRLNEV	K(1062748)	R(49) E(29) N(16) Q(12) T(11) I(7) -(2) X(35) #(2)	0.00138	0.00127
1506	1181	-	-EIDRLNEVA	-(1062909)	#(2)	0.00000	0.001188
1507	1182	E	EIDRLNEVAK	E(1062743)	D(83) Q(54) K(3) -(1) X(27)	0.00142	0.006889
1508	1183	I	IDRLNEVAKN	I(1062859)	V(34) L(4) M(4) F(2) -(1) S(1) T(1) X(5)	0.00053	0.006881
1509	1184	D	DRLNEVAKNL	D(1062784)	G(33) Y(29) H(28) N(21) E(7) X(9)	0.00129	0.006836
1510	1185	R	RLNEVAKNL-	R(1062746)	C(89) H(42) S(9) L(2) X(23)	0.00144	0.006707
1511	1186	L	LNEVAKNL-O	L(1062904)	I(4) R(1) X(2)	0.00006	0.006613
1512	1187	N	NEVAKNL-OE	N(1062469)	Y(205) S(86) D(63) T(46) H(11) K(8) I(5) X(17) #(1)	0.00409	0.006874
1513	1188	E	EVAKNL-OES	E(1062707)	D(170) A(9) K(9) V(3) G(2) Q(2) -(1) X(8)	0.00188	0.00648
1514	1189	V	VAKNL-OESL	V(1062850)	I(38) F(10) A(6) L(1) X(6)	0.00061	0.006307
1515	1190	A	AKNL-OESLI	A(1062853)	S(36) T(9) V(3) P(2) X(8)	0.00056	0.006265
1516	1191	K	KNL-OESLID	K(1051943)	N(10800) Q(7) R(6) E(4) T(3) M(1) X(147)	0.05701	0.006439
1517	1192	N	NL-OESLID-	N(1062775)	T(27) Y(25) S(24) H(20) D(11) I(5) O(4) K(3) X(15) #(2)	0.00134	0.000738
1518	1193	L	L-OESLID-L	L(1062880)	F(3) -(1) V(1) $(1) X(25)	0.00008	0.000728
1519	1193	-	-OESLID-LQ	-(1062910)	#(1)	0.00000	0.001115
1520	1194	O	OESLID-LQE	O(1062860)	N(21) H(8) Y(5) S(3) I(2) T(2) -(1) X(9)	0.00050	0.001958
1521	1195	E	ESLID-LQE-	E(1062604)	Q(197) D(43) G(25) K(5) A(4) V(3) -(1) X(29)	0.00267	0.001909
1522	1196	S	SLID-LQE-L	S(1062889)	F(8) A(2) T(1) Y(1) X(10)	0.00015	0.001873
1523	1197	L	LID-LQE-LG	L(1062891)	F(7) I(4) -(1) X(8)	0.00015	0.001872
1524	1198	I	ID-LQE-LG-	I(1062880)	V(8) T(3) F(2) -(1) L(1) X(15) #(1)	0.00019	0.001857
1525	1199	D	D-LQE-LG-K	D(1062667)	Y(99) N(63) H(26) G(20) V(8) E(5) A(2) -(1) X(20)	0.00230	0.002034
1526	1199	-	-LQE-LG-KY	-(1062910)	#(1)	0.00000	0.001815
1527	1200	L	LQE-LG-KYE	L(1062760)	F(109) I(12) P(2) V(2) X(25) #(1)	0.00124	0.002097
1528	1201	Q	QE-LG-KYEQ	Q(1062477)	K(170) H(151) L(74) R(20) E(1) $(1) X(17)	0.00395	0.002399
1529	1202	E	E-LG-KYEQY	E(1061791)	Q(1003) K(25) D(17) G(15) V(13) A(8) -(1) $(1) X(37)	0.00843	0.002013
1530	1202	-	-LG-KYEQYI	-(1062910)	A(1)	0.00001	0.001278
1531	1203	L	LG-KYEQYI-	L(1062624)	F(241) I(11) V(3) $(1) X(31)	0.00231	0.001277
1532	1204	G	G-KYEQYI-K	G(1062883)	E(6) R(3) V(2) X(16) #(1)	0.00014	0.001052
1533	1204	-	-KYEQYI-KW	-(1062911)		0.00000	0.001052
1534	1205	K	KYEQYI-KWP	K(1062685)	N(167) R(17) T(10) Q(6) M(2) E(1) X(21) #(2)	0.00196	0.001065
1535	1206	Y	YEQYI-KWPW	Y(1062897)	F(3) H(3) N(1) $(1) X(6)	0.00011	0.000888
1536	1207	E	EQYI-KWPWY	E(1062569)	D(303) A(6) V(4) K(2) -(1) G(1) Q(1) $(1) X(23)	0.00282	0.000893
1537	1208	Q	QYI-KWPWYI	Q(1062377)	H(471) E(15) K(6) Y(6) R(3) $(2) -(1) X(30)	0.00426	0.000841
1538	1209	Y	YI-KWPWYIW	Y(1062898)	F(3) H(2) -(1) C(1) X(6)	0.00009	0.00043
1539	1210	I	I-KWPWYIWL	I(1062791)	V(68) T(31) M(4) -(1) X(16)	0.00108	0.000431
1540	1210	-	-KWPWYIWLG	-(1062909)	#(2)	0.00000	0.002858
1541	1211	K	KWPWYIWLGF	K(1062896)	E(1) N(1) Q(1) $(1) X(10) #(1)	0.00006	0.002879
1542	1212	W	WPWYIWLGF-	W(1062882)	$(7) L(3) -(1) X(18)	0.00014	0.002873
1543	1213	P	PWYIWLGF-I	P(1062873)	S(5) -(2) A(1) L(1) T(1) X(28)	0.00013	0.00297
1544	1214	W	WYIWLGF-IA	W(1045972)	F(6) L(4) -(2) G(2) S(1) X(16924)	0.00019	0.002996
1545	1215	Y	YIWLGF-IAG	Y(1062882)	H(9) F(3) -(1) X(16)	0.00016	0.003169
1546	1216	I	IWLGF-IAGL	I(1062667)	T(114) V(62) S(38) L(10) M(3) -(1) F(1) X(15)	0.00230	0.003743
1547	1217	W	WLGF-IAGLI	W(1062888)	L(7) -(3) C(2) X(11)	0.00015	0.003795
1548	1218	L	LGF-IAGLIA	L(1062897)	I(3) P(3) -(2) X(6)	0.00010	0.003825
1549	1219	G	GF-IAGLIAI	G(1059212)	C(1945) V(1600) S(41) A(19) D(3) F(1) X(90)	0.02535	0.003986
1550	1220	F	F-IAGLIAIV	F(1062887)	L(12) -(1) C(1) I(1) S(1) V(1) X(5) #(2)	0.00021	0.003319
1551	1220	-	-IAGLIAIVM	-(1062908)	#(3)	0.00000	0.004842
1552	1221	I	IAGLIAIVMV	I(1062798)	T(38) V(29) M(24) L(11) X(10) #(1)	0.00111	0.005135
1553	1222	A	AGLIAIVMVT	A(1062869)	T(16) V(15) S(2) P(1) X(8)	0.00039	0.005277
1554	1223	G	GLIAIVMVTI	G(1062696)	S(193) C(13) V(2) X(7)	0.00192	0.005445
1555	1224	L	LIAIVMVTIM	L(1062175)	F(630) S(41) M(39) V(5) X(21)	0.00590	0.005402
1556	1225	I	IAIVMVTIML	I(1062607)	F(193) V(73) T(17) L(6) S(5) N(1) X(9)	0.00282	0.004889
1557	1226	A	AIVMVTIML-	A(1062855)	V(31) T(5) S(4) X(16)	0.00045	0.004607
1558	1227	I	IVMVTIML-C	I(1062722)	M(141) V(15) T(14) L(5) X(14)	0.00171	0.004993
1559	1228	V	VMVTIML-CC	V(1060112)	L(2572) A(104) I(60) -(5) G(1) X(57)	0.01868	0.005032
1560	1229	M	MVTIML-CCM	M(1060822)	I(1466) T(386) V(90) L(81) -(4) K(1) X(60) #(1)	0.01544	0.00479
1561	1230	V	VTIML-CCMT	V(1062563)	L(273) A(35) M(14) E(1) X(25)	0.00293	0.003488
1562	1231	T	TIML-CCMTS	T(1062628)	A(216) I(49) S(5) P(2) X(11)	0.00253	0.00329
1563	1232	I	IML-CCMTSC	I(1062692)	L(78) V(73) T(23) F(21) S(7) X(17)	0.00207	0.003097
1564	1233	M	ML-CCMTSCC	M(1062755)	V(44) I(43) L(25) T(25) K(1) R(1) X(17)	0.00149	0.002928
1565	1234	L	L-CCMTSCCS	L(1062811)	I(54) F(19) X(23) #(4)	0.00077	0.002958
1566	1234	-	-CCMTSCCSC	-(1062910)	#(1)	0.00000	0.003277
1567	1235	C	CCMTSCCSCL	C(1062354)	F(515) S(7) G(3) X(32)	0.00431	0.003448
1568	1236	C	CMTSCCSCLK	C(1062678)	S(113) F(102) G(1) W(1) Y(1) X(15)	0.00210	0.003145
1569	1237	M	MTSCCSCLKG	M(1060732)	I(1377) T(550) V(173) L(28) K(1) R(1) X(49)	0.01626	0.00304
1570	1238	T	TSCCSCLKGC	T(1062620)	I(237) N(16) A(8) S(2) P(1) X(27)	0.00242	0.00203
1571	1239	S	SCCSCLKGCC	S(1062809)	T(50) G(22) N(8) I(5) C(1) R(1) X(15)	0.00095	0.001987
1572	1240	C	CCSCLKGCCS	C(1062831)	F(38) S(8) Y(4) G(3) R(1) X(26)	0.00060	0.001957
1573	1241	C	CSCLKGCCSC	C(1062855)	F(27) Y(7) X(21) #(1)	0.00038	0.002318
1574	1242	S	SCLKGCCSCG	S(1062691)	I(101) G(26) N(22) T(17) K(3) R(3) C(1) X(45) #(2)	0.00179	0.002738
1575	1243	C	CLKGCCSCGS	C(1062393)	F(417) Y(23) S(10) V(3) -(2) G(2) R(2) X(58) #(1)	0.00396	0.003811
1576	1244	L	LKGCCSCGS-	L(1062725)	I(81) F(72) P(10) V(6) X(16) #(1)	0.00171	0.003415
1577	1245	K	KGCCSCGS-C	K(1062757)	R(52) N(47) T(10) Q(5) E(4) M(2) X(34)	0.00128	0.003508
1578	1246	G	GCCSCGS-CC	G(1062788)	S(45) C(25) D(15) V(8) -(2) A(1) X(27)	0.00105	0.003514
1579	1247	C	CCSCGS-CCK	C(1062119)	F(684) Y(32) S(22) G(7) R(7) W(2) X(38)	0.00616	0.003578
1580	1248	C	CSCGS-CCK-	C(1062680)	F(170) Y(14) R(13) S(9) -(1) X(24)	0.00199	0.002965
1581	1249	S	SCGS-CCK--	S(1062844)	F(17) Y(16) P(14) T(5) A(4) X(11)	0.00065	0.002769
1582	1250	C	CGS-CCK--F	C(1062395)	F(457) Y(27) R(6) $(2) G(1) L(1) O(1) W(1) X(20)	0.00421	0.002708
1583	1251	G	GS-CCK--FD	G(1062323)	V(438) R(57) E(19) A(13) -(1) X(60)	0.00458	0.002324
1584	1252	S	S-CCK--FDE	S(1061213)	F(1310) P(215) C(67) Y(31) A(5) T(2) -(1) X(67)	0.01252	0.002123
1585	1252	-	-CCK--FDED	-(1062910)	#(1)	0.00000	0.001272
1586	1253	C	CCK--FDEDD	C(1062606)	F(285) Y(7) -(2) G(2) S(2) X(7)	0.00264	0.002026
1587	1254	C	CK--FDEDD-	C(1062751)	F(111) $(9) S(7) W(2) Y(2) -(1) G(1) X(27)	0.00134	0.001763
1588	1255	K	K--FDEDD--	K(1062598)	R(168) T(6) N(4) -(1) Q(1) X(133)	0.00169	0.00163
1589	1255	-	--FDEDD---	-(1062909)	F(2)	0.00003	0.001462
1590	1255	-	-FDEDD----	-(1062909)	K(2)	0.00003	0.00146
1591	1256	F	FDEDD----S	F(1062895)	-(1) L(1) Y(1) X(12) #(1)	0.00004	0.001566
1592	1257	D	DEDD----SE	D(1062859)	E(22) -(7) Y(2) H(1) X(20)	0.00037	0.001681
1593	1258	E	EDD----SEP	E(1062082)	D(212) V(22) H(18) Q(12) A(2) K(2) G(1) $(1) X(558) #(1)	0.00257	0.003136
1594	1259	D	DD----SEPV	D(1062105)	Y(289) H(133) V(10) E(6) O(3) A(2) X(363)	0.00401	0.004047
1595	1260	D	D----SEPVL	D(1062012)	N(435) Y(346) H(42) E(27) A(19) G(4) X(26)	0.00754	0.00379
1596	1260	-	----SEPVLK	-(1062910)	R(1)	0.00001	0.003163
1597	1260	-	---SEPVLK-	-(1062910)	C(1)	0.00001	0.003162
1598	1260	-	--SEPVLK-G	-(1062910)	I(1)	0.00001	0.003339
1599	1260	-	-SEPVLK-GV	-(1062910)	D(1)	0.00001	0.003482
1600	1261	S	SEPVLK-GVK	S(1062799)	F(72) P(16) Y(7) A(4) T(2) -(1) I(1) X(9)	0.00109	0.003491
1601	1262	E	EPVLK-GVK-	E(1062775)	D(46) G(17) $(15) A(13) K(13) -(1) Q(1) V(1) X(29)	0.00119	0.003382
1602	1263	P	PVLK-GVK-L	P(1060796)	L(1627) R(214) T(69) S(54) Q(22) A(5) X(124)	0.01492	0.003266
1603	1264	V	VLK-GVK-LH	V(1061100)	L(1560) M(21) F(20) A(11) D(3) E(1) X(195)	0.01168	0.001787
1604	1265	L	LK-GVK-LHY	L(1062745)	F(116) P(15) R(10) H(1) I(1) Q(1) X(22)	0.00144	0.000746
1605	1266	K	K-GVK-LHYT	K(1062766)	R(103) T(8) E(7) N(3) I(2) Q(1) $(1) X(20)	0.00127	0.000706
1606	1266	-	-GVK-LHYT$	-(1062910)	#(1)	0.00000	0.000601
1607	1267	G		G(1062720)	R(99) V(57) $(12) E(5) A(3) X(14) #(1)	0.00178
1608	1268	V		V(1062742)	I(128) A(12) F(4) L(2) G(1) X(22)	0.00144
1609	1269	K		K(1062872)	N(6) E(1) R(1) X(31)	0.00010
1610	1269	-		-(1062906)	#(5)	0.00000
1611	1270	L		L(1062896)	I(1) S(1) X(13)	0.00003
1612	1271	H		H(1062892)	Y(10) O(1) X(8)	0.00013
1613	1272	Y		Y(1062774)	H(63) F(54) $(5) N(1) X(14)	0.00127
1614	1273	T		T(1062781)	I(98) S(4) A(3) X(25)	0.00104
1615	1274	$		$(1062517)	-(20) #(374)	0.00022

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