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-L	M(340746)	-(15) C(11) #(14)	0.00085	0.009585
2	2	F	FV-FLVL-LP	F(340742)	L(30) V(2) Y(1) X(11)	0.00103	0.009772
3	3	V	V-FLVL-LPL	V(340442)	G(235) F(4) I(4) X(89) #(12)	0.00600	0.009707
4	3	-	-FLVL-LPLV	-(340775)	#(11)	0.00000	0.009252
5	4	F	FLVL-LPLVS	F(340768)	S(8) L(1) X(9)	0.00031	0.010629
6	5	L	LVL-LPLVSS	L(335398)	F(5074) I(1) P(1) X(288) #(24)	0.07756	0.011806
7	6	V	VL-LPLVSSQ	V(340491)	F(160) A(90) I(9) L(2) G(1) X(33)	0.00693	0.004439
8	7	L	L-LPLVSSQC	L(340766)	F(4) S(4) I(1) V(1) X(10)	0.00037	0.003914
9	7	-	-LPLVSSQCV	-(340784)	#(2)	0.00000	0.004037
10	8	L	LPLVSSQCVO	L(340678)	V(54) F(37) W(3) S(1) X(13)	0.00280	0.00468
11	9	P	PLVSSQCVOL	P(340656)	L(41) S(41) T(9) X(39)	0.00272	0.038286
12	10	L	LVSSQCVOLT	L(340753)	I(10) V(1) X(22)	0.00038	0.038595
13	11	V	VSSQCVOLTT	V(340715)	F(24) I(15) A(5) L(1) X(26)	0.00145	0.039593
14	12	S	SSQCVOLTTR	S(340112)	F(621) Y(9) C(2) P(2) X(40)	0.01377	0.042892
15	13	S	SQCVOLTTRT	S(340216)	I(534) N(8) C(1) G(1) R(1) X(25)	0.01208	0.042493
16	14	Q	QCVOLTTRTQ	Q(340612)	H(109) R(11) -(10) K(6) E(1) L(1) X(36)	0.00389	0.042719
17	15	C	CVOLTTRTQL	C(340711)	F(42) -(10) R(3) X(19) #(1)	0.00168	0.042441
18	16	V	VOLTTRTQLP	V(340721)	F(30) -(11) I(6) A(3) X(15)	0.00160	0.043341
19	17	O	OLTTRTQLPP	O(340520)	N(239) K(4) T(4) -(3) D(2) Y(2) I(1) S(1) X(10)	0.00643	0.04547
20	18	L	LTTRTQLPP-	L(304387)	F(36186) I(4) -(2) R(1) X(206)	0.33886	0.044827
21	19	T	TTRTQLPP-A	T(340543)	I(100) K(98) R(9) A(3) P(1) S(1) X(31)	0.00581	0.01218
22	20	T	TRTQLPP-AY	T(340293)	I(418) O(23) A(2) S(2) P(1) X(47)	0.01036	0.012035
23	21	R	RTQLPP-AYT	R(338994)	I(1544) K(99) T(74) G(18) S(3) N(1) $(1) X(51) #(1)	0.03444	0.012154
24	22	T	TQLPP-AYT-	T(340363)	I(307) N(69) A(11) P(8) X(28)	0.00978	0.00871
25	23	Q	QLPP-AYT-N	Q(340114)	H(614) R(17) K(10) L(8) X(23)	0.01434	0.007855
26	24	L	LPP-AYT-NS	L(340737)	S(16) -(11) V(4) F(1) I(1) X(16)	0.00111	0.006455
27	25	P	PP-AYT-NSF	P(340284)	S(309) L(105) T(17) H(2) X(69)	0.01068	0.006491
28	26	P	P-AYT-NSFT	P(339708)	S(598) L(373) H(32) R(4) T(4) Y(4) F(1) X(60) #(2)	0.02289	0.005898
29	26	-	-AYT-NSFTR	-(340783)	#(3)	0.00000	0.00367
30	27	A	AYT-NSFTRG	A(340243)	S(272) V(136) T(78) E(2) K(2) P(2) X(51)	0.01239	0.003835
31	28	Y	YT-NSFTRGV	Y(340600)	H(163) D(2) F(2) N(2) X(16) #(1)	0.00436	0.002693
32	29	T	T-NSFTRGVY	T(340229)	I(510) A(6) S(3) X(38)	0.01155	0.002261
33	29	-	-NSFTRGVYY	-(340785)	#(1)	0.00000	0.00111
34	30	N	NSFTRGVYYP	N(340651)	S(13) T(11) K(7) H(2) I(2) O(1) X(99)	0.00123	0.001114
35	31	S	SFTRGVYYPD	S(340750)	F(10) X(25) #(1)	0.00034	0.00101
36	32	F	FTRGVYYPDK	F(340698)	L(41) Y(4) I(1) S(1) V(1) X(39) #(1)	0.00147	0.001002
37	33	T	TRGVYYPDKV	T(340575)	I(109) K(53) A(5) -(1) R(1) S(1) V(1) X(40)	0.00475	0.000885
38	34	R	RGVYYPDKV-	R(340714)	L(14) C(2) -(1) H(1) X(54)	0.00061	0.00041
39	35	G	GVYYPDKV-F	G(340679)	V(55) -(1) C(1) X(50)	0.00165	0.000353
40	36	V	VYYPDKV-FR	V(340747)	I(23) F(5) -(1) L(1) X(9)	0.00097	0.000203
41	37	Y	YYPDKV-FRS	Y(340780)	-(1) X(5)	0.00004	0.000132
42	38	Y	YPDKV-FRSS	Y(340740)	C(1) X(45)	0.00004	0.000224
43	39	P	PDKV-FRSSV	P(340753)	L(1) X(32)	0.00004	0.000324
44	40	D	DKV-FRSSVL	D(340739)	E(3) N(1) T(1) X(42)	0.00019	0.000335
45	41	K	KV-FRSSVL-	K(340773)	R(3) E(2) I(2) X(6)	0.00026	0.000316
46	42	V	V-FRSSVL-H	V(340769)	I(4) F(2) L(2) X(9)	0.00030	0.001974
47	42	-	-FRSSVL-HS	-(340786)		0.00000	0.002124
48	43	F	FRSSVL-HST	F(340780)	L(1) X(5)	0.00004	0.002643
49	44	R	RSSVL-HSTQ	R(340775)	K(3) T(1) X(7)	0.00015	0.00305
50	45	S	SSVL-HSTQD	S(340774)	P(4) F(3) X(5)	0.00026	0.003054
51	46	S	SVL-HSTQDL	S(340752)	L(14) A(13) P(1) $(1) X(5)	0.00096	0.004899
52	47	V	VL-HSTQDLF	V(340744)	I(23) F(6) A(2) L(1) X(10)	0.00104	0.004822
53	48	L	L-HSTQDLFL	L(340778)	F(2) S(2) X(4)	0.00015	0.004722
54	48	-	-HSTQDLFLP	-(340785)	#(1)	0.00000	0.004736
55	49	H	HSTQDLFLPF	H(339928)	Y(811) I(1) O(1) X(45)	0.01684	0.004736
56	50	S	STQDLFLPFF	S(340707)	L(58) P(2) T(2) X(17)	0.00180	0.003368
57	51	T	TQDLFLPFFS	T(340564)	I(202) A(2) N(2) -(1) X(15)	0.00519	0.003192
58	52	Q	QDLFLPFFSO	Q(340580)	H(63) L(36) R(36) K(3) -(1) E(1) X(66)	0.00411	0.002704
59	53	D	DLFLPFFSOV	D(340772)	G(3) -(1) E(1) X(9)	0.00019	0.002486
60	54	L	LFLPFFSOVT	L(339830)	F(920) -(1) X(35)	0.01871	0.002486
61	55	F	FLPFFSOVTW	F(340774)	L(2) Y(2) -(1) X(7)	0.00019	0.001082
62	56	L	LPFFSOVTWF	L(340776)	-(1) X(9)	0.00004	0.001085
63	57	P	PFFSOVTWFH	P(340760)	S(6) L(1) T(1) X(18)	0.00029	0.001145
64	58	F	FFSOVTWFH-	F(340780)	X(5) #(1)	0.00000	0.001127
65	59	F	FSOVTWFH-A	F(340661)	Y(98) S(15) I(1) X(11)	0.00316	0.002404
66	60	S	SOVTWFH-AI	S(340775)	P(1) X(10)	0.00004	0.002286
67	61	O	OVTWFH-AIH	O(340771)	N(8) K(1) X(6)	0.00031	0.033946
68	62	V	VTWFH-AIH-	V(340712)	I(40) L(20) A(1) F(1) G(1) X(11)	0.00193	0.033919
69	63	T	TWFH-AIH-V	T(340778)	A(2) N(2) I(1) X(3)	0.00019	0.065393
70	64	W	WFH-AIH-VS	W(340604)	C(118) L(32) R(14) G(4) X(14)	0.00467	0.065883
71	65	F	FH-AIH-VSG	F(340765)	L(3) S(3) X(15)	0.00022	0.066014
72	66	H	H-AIH-VSGT	H(340750)	R(10) L(4) N(2) P(1) Y(1) X(18)	0.00064	0.066248
73	66	-	-AIH-VSGTO	-(340783)	G(3)	0.00011	0.066946
74	67	A	AIH-VSGTO-	A(340217)	V(308) S(207) T(8) D(3) -(1) X(42)	0.01277	0.066935
75	68	I	IH-VSGTO-G	I(340508)	T(33) -(16) M(7) L(3) K(1) R(1) V(1) X(213) #(3)	0.00198	0.067244
76	69	H	H-VSGTO-GT	H(308340)	-(32062) Y(135) Q(15) D(5) R(5) P(4) O(3) L(2) X(215)	0.31664	0.067709
77	69	-	-VSGTO-GTK	-(340785)	V(1)	0.00004	0.036256
78	70	V	VSGTO-GTKR	V(308421)	-(32057) F(104) A(34) I(26) L(4) S(1) X(139)	0.31667	0.036598
79	71	S	SGTO-GTKRF	S(340594)	P(97) F(74) -(12) Y(1) X(7) #(1)	0.00509	0.004976
80	72	G	GTO-GTKRFD	G(340557)	R(113) E(67) V(17) -(10) W(7) X(15)	0.00598	0.008387
81	73	T	TO-GTKRFDN	T(340685)	I(75) -(10) A(2) N(2) X(12)	0.00256	0.0078
82	74	O	O-GTKRFDNP	O(340476)	N(278) -(10) K(7) D(6) Y(5) T(1) X(3)	0.00762	0.00764
83	74	-	-GTKRFDNPV	-(340784)	#(2)	0.00000	0.007141
84	75	G	GTKRFDNPVL	G(340114)	R(336) V(250) S(26) D(19) -(10) A(6) C(2) X(23)	0.01586	0.007166
85	76	T	TKRFDNPVLP	T(340496)	I(250) -(9) A(5) N(2) S(1) X(23)	0.00663	0.005615
86	77	K	KRFDNPVLPF	K(340698)	N(37) M(28) R(3) $(1) X(19)	0.00211	0.004964
87	78	R	RFDNPVLPFN	R(340654)	M(54) S(33) G(16) K(11) T(1) X(17)	0.00346	0.0048
88	79	F	FDNPVLPFND	F(340766)	L(11) I(1) V(1) X(7)	0.00045	0.004612
89	80	D	DNPVLPFNDG	D(338692)	Y(1863) A(148) N(25) G(16) H(3) F(1) V(1) X(37)	0.03920	0.004567
90	81	N	NPVLPFNDGV	N(340777)	Y(3) X(6)	0.00011	0.001223
91	82	P	PVLPFNDGVY	P(340753)	L(15) H(12) S(2) X(4)	0.00096	0.001216
92	83	V	VLPFNDGVYF	V(340681)	I(63) F(20) L(4) A(2) X(16)	0.00263	0.001124
93	84	L	LPFNDGVYFA	L(340763)	I(6) Q(1) X(16)	0.00025	0.000915
94	85	P	PFNDGVYFAS	P(340773)	S(8) L(2) X(3)	0.00035	0.000983
95	86	F	FNDGVYFAST	F(340694)	Y(2) S(1) X(89)	0.00012	0.002561
96	87	N	NDGVYFASTE	N(340770)	K(8) S(2) Y(2) D(1) X(3)	0.00047	0.003242
97	88	D	DGVYFASTEK	D(340728)	H(24) N(10) E(6) Y(6) A(1) V(1) X(10)	0.00158	0.00335
98	89	G	GVYFASTEKS	G(340778)	X(8)	0.00000	0.010622
99	90	V	VYFASTEKS-	V(340547)	F(201) L(16) I(8) X(13) #(1)	0.00576	0.010626
100	91	Y	YFASTEKS--	Y(340781)	F(1) X(4)	0.00004	0.010054
101	92	F	FASTEKS---	F(340784)	L(1) X(1)	0.00004	0.010054
102	93	A	ASTEKS---N	A(340761)	S(14) G(1) V(1) X(9)	0.00054	0.010169
103	94	S	STEKS---NI	S(340750)	F(24) A(4) T(1) X(7)	0.00093	0.010212
104	95	T	TEKS---NII	T(339981)	I(713) N(25) A(8) P(1) S(1) X(57)	0.01613	0.010189
105	96	E	EKS---NIIR	E(340510)	D(210) G(38) Q(15) A(4) X(9)	0.00693	0.009267
106	97	K	KS---NIIRG	K(340735)	N(18) E(9) T(9) Q(4) R(4) M(2) X(5)	0.00155	0.008582
107	98	S	S---NIIRGW	S(335930)	F(4773) P(19) X(64)	0.07430	0.008487
108	98	-	---NIIRGWI	-(340785)	K(1)	0.00004	0.001115
109	98	-	--NIIRGWIF	-(340785)	A(1)	0.00004	0.001115
110	98	-	-NIIRGWIFG	-(340785)	E(1)	0.00004	0.001138
111	99	N	NIIRGWIFGT	N(340740)	D(27) O(6) S(3) K(1) X(9)	0.00119	0.001142
112	100	I	IIRGWIFGTT	I(340747)	T(15) L(10) M(3) V(1) X(10)	0.00097	0.00105
113	101	I	IRGWIFGTTL	I(340760)	V(10) T(6) M(3) -(1) X(6)	0.00070	0.000965
114	102	R	RGWIFGTTLD	R(340508)	I(170) S(77) G(14) T(1) X(16)	0.00691	0.001236
115	103	G	GWIFGTTLDS	G(340782)	A(1) C(1) X(2)	0.00008	0.000659
116	104	W	WIFGTTLDSK	W(340765)	F(19) X(2)	0.00060	0.000667
117	105	I	IFGTTLDSKT	I(340703)	V(9) L(8) X(66)	0.00058	0.000615
118	106	F	FGTTLDSKTQ	F(340779)	L(1) X(6)	0.00004	0.00058
119	107	G	GTTLDSKTQS	G(340770)	C(8) X(8)	0.00027	0.000584
120	108	T	TTLDSKTQSL	T(340775)	I(2) X(7) #(2)	0.00008	0.000568
121	109	T	TLDSKTQSLL	T(340755)	-(3) S(2) A(1) I(1) X(24)	0.00027	0.000668
122	110	L	LDSKTQSLLI	L(340750)	F(2) -(1) X(32) #(1)	0.00012	0.000818
123	111	D	DSKTQSLLIV	D(340651)	N(128) -(2) X(5)	0.00341	0.000871
124	112	S	SKTQSLLIVN	S(340747)	L(28) P(7) -(1) X(3)	0.00114	0.000553
125	113	K	KTQSLLIVNO	K(340779)	N(2) -(1) R(1) X(3)	0.00016	0.000495
126	114	T	TQSLLIVNOA	T(340777)	-(1) S(1) X(7)	0.00008	0.000522
127	115	Q	QSLLIVNOAT	Q(340775)	H(4) -(1) R(1) X(5)	0.00023	0.000549
128	116	S	SLLIVNOATN	S(340782)	-(1) C(1) X(2)	0.00008	0.00059
129	117	L	LLIVNOATNV	L(340777)	I(3) X(6)	0.00011	0.000601
130	118	L	LIVNOATNVV	L(340746)	F(25) I(9) X(6)	0.00108	0.00079
131	119	I	IVNOATNVVI	I(340721)	V(63) X(2)	0.00177	0.000713
132	120	V	VNOATNVVIK	V(340760)	I(10) F(8) A(1) X(7)	0.00065	0.000551
133	121	N	NOATNVVIKV	N(340776)	T(3) D(1) I(1) S(1) X(4)	0.00023	0.000513
134	122	O	OATNVVIKVC	O(340765)	N(16) K(1) X(4)	0.00056	0.000498
135	123	A	ATNVVIKVCE	A(340766)	V(8) S(2) T(2) X(8)	0.00043	0.00058
136	124	T	TNVVIKVCEF	T(340769)	I(8) A(1) S(1) X(7)	0.00035	0.000549
137	125	N	NVVIKVCEFQ	N(340761)	S(19) H(1) X(5)	0.00064	0.000545
138	126	V	VVIKVCEFQF	V(340770)	F(4) I(1) X(11)	0.00019	0.000497
139	127	V	VIKVCEFQFC	V(340710)	F(53) A(11) I(3) X(9)	0.00200	0.000512
140	128	I	IKVCEFQFCN	I(340772)	V(8) F(1) X(5)	0.00031	0.000394
141	129	K	KVCEFQFCND	K(340772)	N(2) R(2) X(9) #(1)	0.00015	0.002468
142	130	V	VCEFQFCNDP	V(340770)	F(3) A(2) G(1) L(1) X(8) #(1)	0.00027	0.002502
143	131	C	CEFQFCNDPF	C(340770)	F(1) R(1) X(14)	0.00008	0.002642
144	132	E	EFQFCNDPFL	E(340723)	Q(39) A(4) -(1) D(1) X(18)	0.00138	0.003328
145	133	F	FQFCNDPFLG	F(340769)	-(1) C(1) S(1) X(14)	0.00012	0.004019
146	134	Q	QFCNDPFLGV	Q(340753)	H(3) R(2) E(1) S(1) T(1) X(25)	0.00031	0.006489
147	135	F	FCNDPFLGV-	F(340767)	L(2) I(1) V(1) X(15)	0.00016	0.006469
148	136	C	CNDPFLGV-Y	C(340760)	F(3) G(3) W(2) R(1) X(17)	0.00034	0.033412
149	137	N	NDPFLGV-Y-	N(340751)	S(17) O(2) Y(2) -(1) I(1) K(1) X(11)	0.00082	0.033378
150	138	D	DPFLGV-Y-Y	D(339813)	Y(574) H(349) -(6) N(6) G(3) X(35)	0.02105	0.033624
151	139	P	PFLGV-Y-YH	P(340755)	-(9) L(3) S(2) X(17)	0.00049	0.033168
152	140	F	FLGV-Y-YHK	F(340679)	-(44) L(9) S(1) V(1) X(51) #(1)	0.00167	0.033168
153	141	L	LGV-Y-YHKN	L(340473)	F(134) -(114) V(14) X(50) #(1)	0.00694	0.033124
154	142	G	GV-Y-YHKNO	G(340425)	-(129) S(85) V(50) D(21) A(11) C(4) X(60) #(1)	0.00829	0.0329
155	143	V	V-Y-YHKNOK	V(339488)	F(1011) -(166) D(9) I(2) X(100) #(10)	0.02482	0.032151
156	143	-	-Y-YHKNOKS	-(340782)	N(3) #(1)	0.00011	0.030045
157	144	Y	Y-YHKNOKSW	Y(314695)	-(25793) F(24) H(15) C(1) D(1) S(1) X(256)	0.26959	0.031587
158	144	-	-YHKNOKSWM	-(340783)	#(3)	0.00000	0.00872
159	145	Y	YHKNOKSWME	Y(340641)	D(46) H(41) -(17) N(3) C(1) $(1) X(36)	0.00328	0.008892
160	146	H	HKNOKSWMES	H(340009)	Y(541) Q(143) R(17) -(6) N(2) P(2) K(1) L(1) X(64)	0.01649	0.008724
161	147	K	KNOKSWMESE	K(340723)	E(4) N(3) -(2) R(2) I(1) T(1) X(50)	0.00049	0.007435
162	148	N	NOKSWMESEF	N(340669)	S(13) T(10) D(7) Y(3) K(2) -(1) X(81)	0.00123	0.008106
163	149	O	OKSWMESEFR	O(340592)	N(151) Y(13) D(4) H(3) S(2) -(1) T(1) X(19)	0.00470	0.008044
164	150	K	KSWMESEFRV	K(340716)	N(11) I(6) R(4) -(1) Q(1) X(47)	0.00080	0.007671
165	151	S	SWMESEFRV-	S(340629)	I(96) G(25) N(4) T(4) R(2) -(1) X(25)	0.00376	0.007595
166	152	W	WMESEFRV-Y	W(339973)	C(464) L(100) R(89) -(1) G(1) X(158)	0.01553	0.007223
167	153	M	MESEFRV-YS	M(338648)	T(1669) I(387) V(36) -(1) L(1) X(44)	0.04092	0.005701
168	154	E	ESEFRV-YSS	E(340720)	Q(30) G(9) K(8) D(3) -(1) A(1) V(1) X(13)	0.00172	0.001682
169	155	S	SEFRV-YSSA	S(340716)	G(17) I(16) N(10) T(6) X(21)	0.00160	0.001636
170	156	E	EFRV-YSSAN	E(340641)	A(51) D(35) Q(28) G(3) K(2) V(1) X(25)	0.00360	0.003044
171	157	F	FRV-YSSANO	F(340442)	L(273) S(22) X(49)	0.00720	0.002755
172	158	R	RV-YSSANOC	R(340713)	K(7) G(4) S(4) I(2) X(56)	0.00061	0.002035
173	159	V	V-YSSANOCT	V(340728)	I(24) F(4) A(2) X(28)	0.00097	0.001993
174	159	-	-YSSANOCTF	-(340785)	L(1)	0.00004	0.001912
175	160	Y	YSSANOCTF-	Y(340779)	D(1) X(6)	0.00004	0.001908
176	161	S	SSANOCTF-E	S(340772)	A(2) F(2) T(2) Y(2) X(6)	0.00031	0.001923
177	162	S	SANOCTF-EY	S(340755)	I(18) N(2) G(1) R(1) X(9)	0.00073	0.001927
178	163	A	ANOCTF-EYV	A(340725)	V(21) S(10) T(4) E(2) G(1) X(23)	0.00126	0.001967
179	164	N	NOCTF-EYVS	N(340032)	T(729) S(8) D(1) H(1) I(1) X(14)	0.01568	0.00186
180	165	O	OCTF-EYVSQ	O(340758)	N(20) H(2) X(5) #(1)	0.00071	0.000757
181	166	C	CTF-EYVSQP	C(340780)	X(6)	0.00000	0.00081
182	167	T	TF-EYVSQPF	T(340762)	S(4) I(1) X(19)	0.00019	0.000857
183	168	F	F-EYVSQPF-	F(340775)	L(2) -(1) S(1) X(7)	0.00016	0.000842
184	168	-	-EYVSQPF-L	-(340785)	#(1)	0.00000	0.003163
185	169	E	EYVSQPF-LM	E(340771)	K(3) -(1) N(1) X(10)	0.00019	0.003704
186	170	Y	YVSQPF-LMD	Y(340771)	H(9) -(1) X(5)	0.00035	0.004178
187	171	V	VSQPF-LMDL	V(340739)	F(26) A(6) I(2) D(1) X(12)	0.00113	0.004361
188	172	S	SQPF-LMDLE	S(340777)	F(4) Y(1) X(4)	0.00019	0.004609
189	173	Q	QPF-LMDLEG	Q(340608)	K(142) P(15) H(6) L(5) R(2) E(1) X(7)	0.00465	0.006523
190	174	P	PF-LMDLEGK	P(340732)	S(35) H(2) L(2) R(1) X(14)	0.00124	0.00632
191	175	F	F-LMDLEGKQ	F(340766)	S(8) L(3) I(1) V(1) X(7)	0.00047	0.006377
192	175	-	-LMDLEGKQG	-(340785)	F(1)	0.00004	0.006526
193	176	L	LMDLEGKQGN	L(339577)	F(1189) I(4) X(16)	0.02337	0.006913
194	177	M	MDLEGKQGNF	M(340566)	I(171) T(25) K(5) V(4) X(15)	0.00541	0.004736
195	178	D	DLEGKQGNF-	D(340597)	G(95) N(63) H(16) Y(2) X(13)	0.00493	0.004195
196	179	L	LEGKQGNF-K	L(340705)	F(62) I(6) P(5) R(1) X(7)	0.00218	0.003725
197	180	E	EGKQGNF-KN	E(340647)	V(87) G(23) K(10) A(3) D(2) X(14)	0.00361	0.003674
198	181	G	GKQGNF-KN-	G(339882)	V(642) R(158) A(48) E(5) $(1) X(50)	0.01933	0.003313
199	182	K	KQGNF-KN-L	K(340690)	R(75) N(6) E(3) T(3) I(2) $(1) X(6)	0.00262	0.002112
200	183	Q	QGNF-KN-LR	Q(340715)	R(30) H(19) P(4) L(3) E(1) X(14)	0.00181	0.002536
201	184	G	GNF-KN-LRE	G(340710)	V(35) S(22) A(3) D(3) X(13)	0.00196	0.002359
202	185	N	NF-KN-LREF	N(340617)	S(121) D(12) K(4) I(3) V(1) Y(1) X(27)	0.00391	0.002167
203	186	F	F-KN-LREFV	F(340664)	S(24) L(20) V(4) Y(2) X(72)	0.00160	0.001866
204	186	-	-KN-LREFVF	-(340785)	#(1)	0.00000	0.001722
205	187	K	KN-LREFVFK	K(340754)	N(3) E(2) Q(1) X(25) #(1)	0.00023	0.001726
206	188	N	N-LREFVFKN	N(340721)	O(41) S(3) D(2) K(2) Y(2) H(1) I(1) T(1) X(12)	0.00167	0.001715
207	188	-	-LREFVFKNI	-(340785)	#(1)	0.00000	0.001724
208	189	L	LREFVFKNID	L(340458)	F(310) V(1) X(17)	0.00732	0.00234
209	190	R	REFVFKNIDG	R(340503)	M(191) S(41) K(28) G(1) X(22)	0.00686	0.001638
210	191	E	EFVFKNIDGY	E(340767)	-(1) X(18)	0.00004	0.001032
211	192	F	FVFKNIDGYF	F(340774)	-(1) X(11)	0.00004	0.001032
212	193	V	VFKNIDGYFK	V(340729)	L(28) -(1) X(28)	0.00090	0.001066
213	194	F	FKNIDGYFKI	F(340770)	L(2) -(1) Y(1) X(11) #(1)	0.00016	0.001048
214	195	K	KNIDGYFKIY	K(340774)	-(1) X(10) #(1)	0.00004	0.001062
215	196	N	NIDGYFKIYS	N(340774)	-(1) D(1) T(1) X(9)	0.00012	0.001081
216	197	I	IDGYFKIYSK	I(340724)	V(47) S(6) T(4) -(1) X(4)	0.00176	0.001092
217	198	D	DGYFKIYSKH	D(340533)	G(221) Y(16) A(2) -(1) E(1) H(1) N(1) X(9) #(1)	0.00616	0.001119
218	199	G	GYFKIYSKHT	G(340765)	-(3) C(2) R(2) V(1) X(12) #(1)	0.00030	0.00063
219	200	Y	YFKIYSKHTP	Y(340716)	H(6) -(5) C(4) N(3) D(2) S(2) X(48)	0.00080	0.000646
220	201	F	FKIYSKHTPI	F(340764)	-(1) X(21)	0.00004	0.00177
221	202	K	KIYSKHTPIN	K(340755)	R(4) N(3) -(1) Q(1) T(1) X(21)	0.00038	0.001896
222	203	I	IYSKHTPINL	I(340752)	M(7) V(5) L(3) -(2) T(2) K(1) X(14)	0.00072	0.001914
223	204	Y	YSKHTPINLV	Y(340771)	H(5) -(1) N(1) S(1) X(7)	0.00030	0.002468
224	205	S	SKHTPINLVR	S(340769)	F(3) A(2) T(1) X(11)	0.00023	0.003205
225	206	K	KHTPINLVR-	K(340766)	R(3) O(2) M(1) X(14)	0.00023	0.003204
226	207	H	HTPINLVR--	H(340707)	Q(32) R(25) Y(5) L(3) X(13) #(1)	0.00203	0.003203
227	208	T	TPINLVR---	T(340742)	M(15) A(13) S(7) P(3) X(6)	0.00127	0.003022
228	209	P	PINLVR----	P(340762)	H(7) L(4) S(2) X(11)	0.00046	0.002899
229	210	I	INLVR-----	I(340227)	-(529) T(8) V(5) X(16) #(1)	0.01204	0.002861
230	211	N	NLVR------	N(340738)	-(11) S(11) Y(11) K(2) D(1) H(1) T(1) X(10)	0.00130	0.001665
231	212	L	LVR-------	L(340766)	I(9) S(5) -(2) X(4)	0.00056	0.001543
232	213	V	VR-------D	V(340532)	L(190) A(33) E(6) M(6) F(2) G(1) X(16)	0.00626	0.004867
233	214	R	R-------DL	R(340458)	L(260) H(33) C(5) P(4) S(3) X(23)	0.00767	0.004704
234	214	-	-------DLP	-(340780)	T(5) A(1)	0.00022	0.003976
235	214	-	------DLPQ	-(340780)	D(5) K(1)	0.00022	0.004472
236	214	-	-----DLPQG	-(340780)	R(5) K(1)	0.00022	0.004571
237	214	-	----DLPQGF	-(340785)	N(1)	0.00004	0.004717
238	214	-	---DLPQGFS	-(340784)	A(2)	0.00008	0.005311
239	214	-	--DLPQGFSA	-(340784)	A(2)	0.00008	0.060312
240	214	-	-DLPQGFSAL	-(340784)	G(2)	0.00008	0.060304
241	215	D	DLPQGFSALE	D(339188)	H(1092) Y(222) G(177) V(75) N(6) E(1) X(25)	0.03380	0.060396
242	216	L	LPQGFSALEP	L(340574)	F(177) P(4) H(1) X(30)	0.00463	0.057016
243	217	P	PQGFSALEPL	P(340767)	S(9) L(1) T(1) X(7) #(1)	0.00039	0.056614
244	218	Q	QGFSALEPLV	Q(340585)	H(161) E(17) R(7) L(4) K(2) P(1) $(1) X(8)	0.00518	0.056845
245	219	G	GFSALEPLVD	G(340715)	S(22) D(11) C(2) F(1) V(1) X(34)	0.00121	0.056397
246	220	F	FSALEPLVD-	F(340726)	L(48) I(4) V(4) X(4)	0.00168	0.056276
247	221	S	SALEPLVD-L	S(340493)	L(238) W(6) X(49)	0.00598	0.056247
248	222	A	ALEPLVD-LP	A(259425)	V(81037) S(20) T(9) F(7) P(4) I(1) X(281) #(2)	0.55009	0.055649
249	223	L	LEPLVD-LPI	L(340778)	X(8)	0.00000	0.000708
250	224	E	EPLVD-LPIG	E(340746)	Q(29) G(1) K(1) V(1) X(8)	0.00100	0.000773
251	225	P	PLVD-LPIGI	P(340782)	X(4)	0.00000	0.00156
252	226	L	LVD-LPIGIO	L(340752)	F(14) V(3) I(1) X(16)	0.00061	0.001689
253	227	V	VD-LPIGIOI	V(340687)	L(78) A(9) I(6) M(1) X(5)	0.00270	0.001643
254	228	D	D-LPIGIOIT	D(340750)	H(12) Y(3) E(2) N(2) I(1) X(16)	0.00070	0.001388
255	228	-	-LPIGIOITR	-(340785)	#(1)	0.00000	0.001423
256	229	L	LPIGIOITRF	L(340723)	F(48) X(15)	0.00139	0.001423
257	230	P	PIGIOITRFQ	P(340780)	X(6)	0.00000	0.001352
258	231	I	IGIOITRFQT	I(340754)	L(7) T(5) M(4) V(3) X(13)	0.00068	0.001548
259	232	G	GIOITRFQTL	G(340753)	C(9) V(9) $(1) X(14)	0.00065	0.0015
260	233	I	IOITRFQTLL	I(340397)	V(383) M(2) R(1) X(3)	0.00887	0.001968
261	234	O	OITRFQTLLA	O(340731)	N(41) K(1) S(1) X(12)	0.00129	0.001841
262	235	I	ITRFQTLLAL	I(340747)	T(3) V(1) X(35)	0.00015	0.002266
263	236	T	TRFQTLLALH	T(340739)	S(3) I(1) X(43)	0.00015	0.00303
264	237	R	RFQTLLALHR	R(340708)	K(23) S(10) X(45)	0.00105	0.003193
265	238	F	FQTLLALHR-	F(340772)	X(14)	0.00000	0.003092
266	239	Q	QTLLALHR--	Q(340752)	K(13) H(4) R(3) X(14)	0.00068	0.003096
267	240	T	TLLALHR---	T(340682)	I(53) S(11) P(2) X(37) #(1)	0.00196	0.003032
268	241	L	LLALHR----	L(340752)	-(2) I(1) S(1) V(1) X(29)	0.00020	0.00284
269	242	L	LALHR----S	L(340552)	-(155) F(23) P(17) I(3) X(36)	0.00533	0.003047
270	243	A	ALHR----SY	A(340435)	-(188) S(83) V(19) P(1) X(58) #(2)	0.00760	0.002627
271	244	L	LHR----SYL	L(340547)	-(192) F(18) V(3) S(2) X(23) #(1)	0.00554	0.002017
272	245	H	HR----SYLT	H(340426)	Y(288) R(15) -(9) O(5) X(43)	0.00779	0.001595
273	246	R	R----SYLTP	R(340718)	I(17) T(14) K(11) -(8) S(4) X(14)	0.00178	0.00127
274	246	-	----SYLTPG	-(340785)	D(1)	0.00004	0.001264
275	246	-	---SYLTPGD	-(340785)	S(1)	0.00004	0.003365
276	246	-	--SYLTPGDS	-(340785)	W(1)	0.00004	0.004233
277	246	-	-SYLTPGDSS	-(340785)	G(1)	0.00004	0.005871
278	247	S	SYLTPGDSS-	S(340711)	G(25) N(19) I(10) -(8) R(7) C(1) X(5)	0.00227	0.005875
279	248	Y	YLTPGDSS-S	Y(340746)	H(21) S(8) -(2) F(2) C(1) X(6)	0.00113	0.007722
280	249	L	LTPGDSS-SG	L(340728)	S(38) F(10) C(1) X(9)	0.00150	0.008122
281	250	T	TPGDSS-SGW	T(340733)	N(17) I(15) S(5) A(2) F(1) X(13)	0.00132	0.008574
282	251	P	PGDSS-SGWT	P(340600)	S(66) L(49) H(42) R(1) X(28)	0.00454	0.008528
283	252	G	GDSS-SGWTA	G(340715)	V(35) S(12) D(8) X(16)	0.00172	0.008188
284	253	D	DSS-SGWTAG	D(339745)	G(951) Y(28) O(16) V(9) A(5) X(32)	0.02105	0.009727
285	254	S	SS-SGWTAGA	S(340359)	F(368) Y(5) A(1) C(1) X(52)	0.00872	0.014898
286	255	S	S-SGWTAGAA	S(339827)	F(770) P(6) Y(5) X(178)	0.01642	0.014391
287	255	-	-SGWTAGAAA	-(340783)	S(2) #(1)	0.00008	0.01281
288	256	S	SGWTAGAAAY	S(339519)	L(994) P(24) -(1) X(248)	0.02074	0.012818
289	257	G	GWTAGAAAYY	G(340529)	D(101) V(44) S(30) R(3) C(2) -(1) X(76)	0.00513	0.010783
290	258	W	WTAGAAAYY-	W(340422)	L(173) R(32) C(17) S(3) -(1) X(138)	0.00602	0.010281
291	259	T	TAGAAAYY-V	T(340653)	I(24) K(2) S(1) X(106)	0.00086	0.009733
292	260	A	AGAAAYY-VG	A(339930)	S(16) V(12) T(4) D(2) X(822)	0.00114	0.009663
293	261	G	GAAAYY-VGY	G(339540)	V(435) R(115) S(103) D(21) C(13) -(12) F(1) X(545) #(1)	0.01711	0.009584
294	262	A	AAAYY-VGYL	A(335732)	S(4595) T(22) V(13) D(1) G(1) P(1) X(421)	0.07276	0.007877
295	263	A	AAYY-VGYLQ	A(340572)	S(69) T(33) V(21) E(2) X(89)	0.00365	0.000679
296	264	A	AYY-VGYLQP	A(340721)	V(10) S(8) X(47)	0.00061	0.005783
297	265	Y	YY-VGYLQPR	Y(340720)	H(2) C(1) N(1) X(62)	0.00016	0.005804
298	266	Y	Y-VGYLQPRT	Y(340720)	C(6) H(5) X(55)	0.00039	0.005839
299	266	-	-VGYLQPRTF	-(340783)	Y(3)	0.00011	0.005815
300	267	V	VGYLQPRTF-	V(340700)	L(17) X(69)	0.00054	0.005804
301	268	G	GYLQPRTF-L	G(340752)	C(1) D(1) S(1) V(1) X(30)	0.00016	0.005765
302	269	Y	YLQPRTF-LL	Y(340738)	H(8) C(1) N(1) X(38)	0.00035	0.005753
303	270	L	LQPRTF-LLK	L(340761)	F(1) X(24)	0.00004	0.005741
304	271	Q	QPRTF-LLKY	Q(340710)	R(11) K(4) L(3) H(2) E(1) $(1) X(54)	0.00078	0.005756
305	272	P	PRTF-LLKYN	P(337488)	L(3212) H(25) F(7) T(5) S(3) R(1) X(45)	0.05469	0.00571
306	273	R	RTF-LLKYNE	R(340655)	S(16) K(4) T(2) G(1) M(1) X(107)	0.00082	0.000551
307	274	T	TF-LLKYNEO	T(340730)	I(13) A(1) N(1) X(41)	0.00051	0.00067
308	275	F	F-LLKYNEOG	F(340752)	L(3) Y(1) X(30)	0.00015	0.000619
309	275	-	-LLKYNEOGT	-(340783)	#(3)	0.00000	0.000651
310	276	L	LLKYNEOGTI	L(340692)	I(2) P(2) X(90)	0.00015	0.000651
311	277	L	LKYNEOGTIT	L(340668)	-(1) X(117)	0.00004	0.000717
312	278	K	KYNEOGTITD	K(340738)	R(3) E(2) I(1) X(42)	0.00023	0.000815
313	279	Y	YNEOGTITDA	Y(340735)	F(3) N(2) X(46)	0.00019	0.000846
314	280	N	NEOGTITDAV	N(340725)	O(7) I(1) S(1) X(52)	0.00032	0.001006
315	281	E	EOGTITDAVD	E(340592)	V(63) Q(41) G(2) K(1) X(86) #(1)	0.00310	0.000997
316	282	O	OGTITDAVDC	O(340695)	N(54) S(6) K(5) H(1) T(1) X(24)	0.00201	0.000691
317	283	G	GTITDAVDCA	G(340736)	X(50)	0.00000	0.00055
318	284	T	TITDAVDCAL	T(340728)	I(13) A(1) X(44)	0.00047	0.000558
319	285	I	ITDAVDCALD	I(340747)	X(39)	0.00000	0.000523
320	286	T	TDAVDCALDP	T(340721)	I(25) A(1) X(39)	0.00081	0.000527
321	287	D	DAVDCALDPL	D(340673)	G(27) N(3) V(1) Y(1) X(81)	0.00102	0.000471
322	288	A	AVDCALDPLS	A(340742)	V(8) S(4) T(2) P(1) X(29)	0.00054	0.000397
323	289	V	VDCALDPLSE	V(340696)	I(42) L(16) E(1) X(31)	0.00179	0.000362
324	290	D	DCALDPLSET	D(340755)	Y(4) H(1) V(1) X(25)	0.00023	0.000574
325	291	C	CALDPLSETK	C(340741)	I(1) X(44)	0.00004	0.000567
326	292	A	ALDPLSETKC	A(340728)	S(14) T(4) X(40)	0.00060	0.000578
327	293	L	LDPLSETKCT	L(340660)	P(1) V(1) X(124)	0.00008	0.00053
328	294	D	DPLSETKCTL	D(340630)	A(1) E(1) N(1) X(153)	0.00012	0.000591
329	295	P	PLSETKCTLK	P(340585)	S(1) X(200)	0.00004	0.000606
330	296	L	LSETKCTLKS	L(340713)	I(6) H(1) X(66)	0.00025	0.000618
331	297	S	SETKCTLKSF	S(340685)	L(7) T(1) X(93)	0.00028	0.000764
332	298	E	ETKCTLKSFT	E(340725)	K(2) Q(2) G(1) X(55) #(1)	0.00019	0.001391
333	299	T	TKCTLKSFTV	T(340598)	I(133) A(14) X(41)	0.00391	0.002021
334	300	K	KCTLKSFTVE	K(340754)	R(2) N(1) O(1) X(28)	0.00016	0.001985
335	301	C	CTLKSFTVEK	C(340734)	F(2) S(2) X(48)	0.00015	0.002006
336	302	T	TLKSFTVEK-	T(340731)	A(2) L(1) X(52)	0.00012	0.001991
337	303	L	LKSFTVEK-G	L(340725)	F(22) X(39)	0.00069	0.001983
338	304	K	KSFTVEK-GI	K(340742)	R(3) Q(2) E(1) N(1) X(37)	0.00027	0.001961
339	305	S	SFTVEK-GIY	S(340750)	T(2) A(1) F(1) X(32)	0.00016	0.001934
340	306	F	FTVEK-GIYQ	F(340679)	L(59) I(1) X(47)	0.00171	0.002357
341	307	T	TVEK-GIYQT	T(340477)	I(225) S(17) N(10) A(5) X(51) #(1)	0.00655	0.002207
342	308	V	VEK-GIYQTS	V(340464)	L(263) I(4) A(1) X(54)	0.00649	0.001576
343	309	E	EK-GIYQTSN	E(339907)	Q(115) K(6) A(4) G(2) D(1) V(1) X(749) #(1)	0.00355	0.000943
344	310	K	K-GIYQTSNF	K(340733)	R(11) X(39) #(3)	0.00037	0.0006
345	310	-	-GIYQTSNF-	-(340785)	#(1)	0.00000	0.000563
346	311	G	GIYQTSNF-R	G(340706)	E(1) X(79)	0.00004	0.000567
347	312	I	IYQTSNF-RV	I(340729)	V(7) L(4) F(1) M(1) X(44)	0.00047	0.000733
348	313	Y	YQTSNF-RVQ	Y(340756)	X(29) #(1)	0.00000	0.000746
349	314	Q	QTSNF-RVQP	Q(340577)	K(156) L(5) H(3) P(1) R(1) $(1) X(42)	0.00439	0.0008
350	315	T	TSNF-RVQPT	T(340737)	I(6) X(43)	0.00021	0.000816
351	316	S	SNF-RVQPTE	S(340652)	Y(2) A(1) F(1) P(1) $(1) X(128)	0.00024	0.000916
352	317	N	NF-RVQPTES	N(340649)	D(1) O(1) S(1) T(1) X(133)	0.00016	0.000936
353	318	F	F-RVQPTES-	F(340341)	L(2) S(1) X(442)	0.00012	0.00092
354	318	-	-RVQPTES-I	-(340784)	#(2)	0.00000	0.000912
355	319	R	RVQPTES-IV	R(340516)	S(1) X(269)	0.00004	0.000931
356	320	V	VQPTES-IVR	V(340252)	I(40) F(10) A(4) G(1) X(479)	0.00170	0.000939
357	321	Q	QPTES-IVRF	Q(340460)	L(16) K(1) $(1) X(308)	0.00060	0.000787
358	322	P	PTES-IVRFP	P(340737)	S(11) A(5) X(33)	0.00054	0.001212
359	323	T	TES-IVRFPO	T(340554)	I(165) A(4) R(4) K(1) $(1) X(56) #(1)	0.00455	0.001213
360	324	E	ES-IVRFPOI	E(340734)	V(20) K(6) Q(5) A(2) D(2) N(1) X(16)	0.00121	0.000758
361	325	S	S-IVRFPOIT	S(340748)	F(6) A(2) Y(2) K(1) Q(1) X(26)	0.00044	0.000652
362	325	-	-IVRFPOITN	-(340785)	#(1)	0.00000	0.000626
363	326	I	IVRFPOITNL	I(340730)	V(1) X(55)	0.00004	0.000679
364	327	V	VRFPOITNLC	V(340710)	I(4) F(1) X(71)	0.00019	0.000675
365	328	R	RFPOITNLCP	R(340773)	G(1) I(1) T(1) X(10)	0.00012	0.000707
366	329	F	FPOITNLCPF	F(340773)	L(5) X(8)	0.00018	0.000855
367	330	P	POITNLCPF-	P(340574)	S(181) L(8) A(1) X(22)	0.00485	0.000837
368	331	O	OITNLCPF-G	O(340769)	N(10) T(5) S(1) X(1)	0.00055	0.000497
369	332	I	ITNLCPF-GE	I(340784)	X(2)	0.00000	0.000509
370	333	T	TNLCPF-GEV	T(340775)	I(3) K(1) X(7)	0.00015	0.000622
371	334	N	NLCPF-GEVF	N(340779)	K(5) X(2)	0.00018	0.000629
372	335	L	LCPF-GEVFO	L(340766)	F(15) S(1) X(4)	0.00053	0.000622
373	336	C	CPF-GEVFOA	C(340778)	X(8)	0.00000	0.000865
374	337	P	PF-GEVFOAT	P(340758)	S(5) T(4) L(3) H(1) R(1) X(14)	0.00051	0.000873
375	338	F	F-GEVFOATR	F(340728)	L(56) X(2)	0.00160	0.00105
376	338	-	-GEVFOATRF	-(340785)	#(1)	0.00000	0.000898
377	339	G	GEVFOATRFA	G(340734)	D(36) S(10) F(1) X(5)	0.00145	0.001086
378	340	E	EVFOATRFA-	E(340767)	A(10) K(5) G(2) D(1) Q(1)	0.00067	0.000941
379	341	V	VFOATRFA-S	V(340729)	I(38) X(19)	0.00113	0.000897
380	342	F	FOATRFA-SV	F(340768)	-(4) C(2) X(12)	0.00022	0.000784
381	343	O	OATRFA-SVY	O(340768)	N(3) X(15)	0.00011	0.000766
382	344	A	ATRFA-SVYA	A(340671)	S(97) T(7) V(3) X(8)	0.00296	0.001031
383	345	T	TRFA-SVYAW	T(340782)	I(1) S(1) X(2)	0.00008	0.000739
384	346	R	RFA-SVYAWN	R(340705)	K(47) S(12) I(9) T(5) G(1) X(7)	0.00228	0.000966
385	347	F	FA-SVYAWNR	F(340781)	L(2) X(3)	0.00008	0.000738
386	348	A	A-SVYAWNRK	A(340711)	S(46) V(6) T(5) P(3) Q(1) X(14)	0.00188	0.000776
387	348	-	-SVYAWNRKR	-(340786)		0.00000	0.00076
388	349	S	SVYAWNRKRI	S(340777)	P(4) A(1) F(1) X(3)	0.00023	0.000772
389	350	V	VYAWNRKRIS	V(340782)	X(4)	0.00000	0.000861
390	351	Y	YAWNRKRIS-	Y(340783)	F(1) X(2)	0.00004	0.000865
391	352	A	AWNRKRIS--	A(340675)	S(86) V(10) D(2) X(13)	0.00276	0.000865
392	353	W	WNRKRIS---	W(340772)	R(1) X(13)	0.00004	0.000593
393	354	N	NRKRIS----	N(340690)	D(36) K(27) S(10) H(3) X(18) #(2)	0.00235	0.000593
394	355	R	RKRIS----N	R(340775)	X(11)	0.00000	0.000362
395	356	K	KRIS----NC	K(340754)	R(14) X(18)	0.00046	0.00038
396	357	R	RIS----NCV	R(340711)	K(61) X(14)	0.00172	0.000368
397	358	I	IS----NCVA	I(340777)	V(2) L(1) X(6)	0.00012	0.000196
398	359	S	S----NCVAD	S(340745)	N(31) R(4) T(1) X(5)	0.00112	0.000199
399	359	-	----NCVADY	-(340785)	K(1)	0.00004	0.000106
400	359	-	---NCVADYS	-(340785)	R(1)	0.00004	0.000114
401	359	-	--NCVADYS-	-(340785)	I(1)	0.00004	0.00011
402	359	-	-NCVADYS-V	-(340785)	S(1)	0.00004	0.000794
403	360	N	NCVADYS-VL	N(340781)	T(1) X(4)	0.00004	0.000794
404	361	C	CVADYS-VLY	C(340743)	T(5) X(38)	0.00018	0.000801
405	362	V	VADYS-VLYN	V(340744)	F(10) X(32)	0.00034	0.00093
406	363	A	ADYS-VLYNS	A(340762)	X(24)	0.00000	0.000952
407	364	D	DYS-VLYNSA	D(340770)	O(3) Y(1) X(12)	0.00015	0.001003
408	365	Y	YS-VLYNSAS	Y(340767)	D(2) H(2) S(1) X(14)	0.00019	0.001234
409	366	S	S-VLYNSASF	S(340768)	L(2) P(1) X(15)	0.00012	0.001231
410	366	-	-VLYNSASFS	-(340786)		0.00000	0.001269
411	367	V	VLYNSASFST	V(340476)	F(236) I(16) L(15) A(4) X(39)	0.00688	0.001431
412	368	L	LYNSASFSTF	L(340778)	P(1) X(7)	0.00004	0.000791
413	369	Y	YNSASFSTFK	Y(340782)	C(3) X(1)	0.00011	0.000819
414	370	N	NSASFSTFKC	N(340735)	S(29) K(10) O(5) D(2) X(5)	0.00147	0.000812
415	371	S	SASFSTFKCY	S(340764)	T(8) P(7) F(1) X(6)	0.00056	0.000681
416	372	A	ASFSTFKCYG	A(340765)	V(6) T(4) P(3) S(1) X(6) #(1)	0.00051	0.000625
417	373	S	SFSTFKCYGV	S(340684)	L(49) P(18) A(13) -(1) X(21)	0.00246	0.000993
418	374	F	FSTFKCYGVS	F(340777)	L(2) -(1) S(1) X(5)	0.00016	0.000747
419	375	S	STFKCYGVSP	S(340765)	-(7) P(5) F(2) X(7)	0.00050	0.001484
420	376	T	TFKCYGVSPT	T(340721)	I(38) -(7) N(5) S(2) X(13)	0.00162	0.001678
421	377	F	FKCYGVSPTK	F(340767)	-(7) L(7) X(5)	0.00048	0.001516
422	378	K	KCYGVSPTKL	K(340774)	N(7) R(2) X(3)	0.00032	0.001468
423	379	C	CYGVSPTKLN	C(340785)	F(1)	0.00004	0.001444
424	380	Y	YGVSPTKLND	Y(340781)	F(2) N(1) W(1) X(1)	0.00016	0.001491
425	381	G	GVSPTKLNDL	G(340786)		0.00000	0.001524
426	382	V	VSPTKLNDLC	V(340607)	L(160) A(1) E(1) M(1) X(16)	0.00419	0.001524
427	383	S	SPTKLNDLCF	S(340778)	X(8)	0.00000	0.001105
428	384	P	PTKLNDLCFT	P(340471)	L(243) S(50) R(6) X(16)	0.00753	0.001113
429	385	T	TKLNDLCFTN	T(340692)	I(78) N(5) A(2) S(1) X(8)	0.00244	0.000424
430	386	K	KLNDLCFTNV	K(340783)	X(3)	0.00000	0.000209
431	387	L	LNDLCFTNVY	L(340779)	X(7)	0.00000	0.000217
432	388	N	NDLCFTNVYA	N(340783)	S(1) T(1) X(1)	0.00008	0.000221
433	389	D	DLCFTNVYAD	D(340768)	E(12) N(3) X(3)	0.00051	0.000213
434	390	L	LCFTNVYADS	L(340759)	F(10) P(2) H(1) I(1) X(13)	0.00049	0.000166
435	391	C	CFTNVYADSF	C(340784)	X(2)	0.00000	0.000117
436	392	F	FTNVYADSFV	F(340767)	X(19)	0.00000	0.000131
437	393	T	TNVYADSFVI	T(340762)	-(1) P(1) X(22)	0.00008	0.000234
438	394	N	NVYADSFVIR	N(340747)	Y(16) -(1) I(1) K(1) X(20)	0.00064	0.00027
439	395	V	VYADSFVIRG	V(340770)	I(6) L(2) X(8)	0.00029	0.000218
440	396	Y	YADSFVIRGD	Y(340778)	F(1) H(1) X(5) #(1)	0.00008	0.000215
441	397	A	ADSFVIRGDE	A(340780)	S(1) X(5)	0.00004	0.000294
442	398	D	DSFVIRGDEV	D(340782)	X(4)	0.00000	0.000309
443	399	S	SFVIRGDEVR	S(340776)	P(1) X(9)	0.00004	0.000518
444	400	F	FVIRGDEVRQ	F(340780)	X(6)	0.00000	0.000522
445	401	V	VIRGDEVRQI	V(340775)	L(4) X(7)	0.00014	0.000579
446	402	I	IRGDEVRQIA	I(340747)	V(30) L(2) N(1) X(6)	0.00103	0.000698
447	403	R	RGDEVRQIAP	R(340765)	K(12) S(1) X(8)	0.00044	0.000595
448	404	G	GDEVRQIAPG	G(340773)	C(2) A(1) X(10)	0.00012	0.000577
449	405	D	DEVRQIAPGQ	D(340770)	E(3) Y(3) G(1) X(9)	0.00026	0.000883
450	406	E	EVRQIAPGQT	E(340749)	Q(27) D(1) X(9)	0.00087	0.000911
451	407	V	VRQIAPGQTG	V(340777)	A(3) I(2) X(4)	0.00019	0.000828
452	408	R	RQIAPGQTGK	R(340705)	I(43) K(17) T(6) G(1) $(1) X(13)	0.00209	0.00125
453	409	Q	QIAPGQTGKI	Q(340776)	E(1) H(1) X(8)	0.00008	0.001049
454	410	I	IAPGQTGKIA	I(340759)	V(18) X(9)	0.00057	0.001085
455	411	A	APGQTGKIAD	A(340735)	S(37) T(3) D(1) P(1) V(1) X(8)	0.00133	0.001036
456	412	P	PGQTGKIADY	P(340743)	X(43)	0.00000	0.000903
457	413	G	GQTGKIADYN	G(340670)	R(3) E(2) W(2) X(108) #(1)	0.00026	0.000903
458	414	Q	QTGKIADYNY	Q(340633)	R(68) K(35) L(2) -(1) H(1) P(1) $(1) X(42) #(2)	0.00318	0.000877
459	415	T	TGKIADYNYK	T(340768)	A(6) N(6) I(1) P(1) S(1) X(3)	0.00054	0.000563
460	416	G	GKIADYNYKL	G(340780)	$(1) X(5)	0.00004	0.000517
461	417	K	KIADYNYKLP	K(340615)	N(141) T(21) R(2) E(1) X(6)	0.00441	0.000528
462	418	I	IADYNYKLPD	I(340781)	V(2) X(3)	0.00008	0.000251
463	419	A	ADYNYKLPDD	A(340762)	S(12) G(1) X(11)	0.00044	0.000259
464	420	D	DYNYKLPDDF	D(340779)	A(1) G(1) X(5)	0.00008	0.000215
465	421	Y	YNYKLPDDFT	Y(340782)	X(4)	0.00000	0.000248
466	422	N	NYKLPDDFTG	N(340785)	X(1)	0.00000	0.000256
467	423	Y	YKLPDDFTGC	Y(340785)	X(1)	0.00000	0.000264
468	424	K	KLPDDFTGCV	K(340781)	N(1) X(4)	0.00004	0.000283
469	425	L	LPDDFTGCVI	L(340776)	S(1) V(1) X(8)	0.00008	0.00032
470	426	P	PDDFTGCVIA	P(340772)	S(2) T(2) X(10)	0.00015	0.000336
471	427	D	DDFTGCVIAW	D(340725)	G(16) V(12) Y(10) N(7) H(3) A(1) X(12)	0.00164	0.000325
472	428	D	DFTGCVIAWN	D(340770)	V(2) G(1) Y(1) X(12)	0.00016	0.000177
473	429	F	FTGCVIAWNS	F(340781)	X(5)	0.00000	0.000169
474	430	T	TGCVIAWNSN	T(340770)	I(10) A(2) X(4)	0.00041	0.010059
475	431	G	GCVIAWNSNN	G(340775)	D(1) V(1) X(9)	0.00008	0.010303
476	432	C	CVIAWNSNNL	C(340776)	F(1) $(1) X(8)	0.00008	0.010318
477	433	V	VIAWNSNNLD	V(340761)	I(4) F(1) X(20)	0.00019	0.010314
478	434	I	IAWNSNNLDS	I(340765)	V(11) K(1) X(8) #(1)	0.00041	0.010313
479	435	A	AWNSNNLDSK	A(340771)	S(7) X(7) #(1)	0.00024	0.010449
480	436	W	WNSNNLDSKV	W(340777)	-(1) X(8)	0.00004	0.01053
481	437	N	NSNNLDSKVG	N(340777)	S(2) -(1) I(1) X(5)	0.00016	0.010784
482	438	S	SNNLDSKVGG	S(340777)	-(1) A(1) X(7)	0.00008	0.010776
483	439	N	NNLDSKVGGN	N(333723)	K(6884) -(1) X(178)	0.09890	0.010791
484	440	N	NLDSKVGGNY	N(340665)	K(85) Y(10) D(2) -(1) S(1) T(1) X(21)	0.00285	0.000909
485	441	L	LDSKVGGNYN	L(340763)	F(3) I(2) -(1) X(17)	0.00023	0.00068
486	442	D	DSKVGGNYNY	D(340770)	H(1) X(15)	0.00004	0.000661
487	443	S	SKVGGNYNYL	S(340780)	A(5) X(1)	0.00018	0.002437
488	444	K	KVGGNYNYLY	K(340643)	R(35) N(22) $(1) X(85)	0.00177	0.005157
489	445	V	VGGNYNYLYR	V(340726)	A(23) I(5) F(3) L(1) X(28)	0.00105	0.00498
490	446	G	GGNYNYLYRL	G(340388)	V(81) S(8) A(1) D(1) X(307)	0.00258	0.005017
491	447	G	GNYNYLYRLF	G(340740)	V(2) X(44)	0.00008	0.004782
492	448	N	NYNYLYRLFR	N(340560)	S(3) K(2) D(1) X(220)	0.00023	0.004793
493	449	Y	YNYLYRLFRK	Y(340763)	F(1) H(1) X(21)	0.00008	0.004813
494	450	N	NYLYRLFRKS	N(340747)	K(15) D(2) X(22)	0.00056	0.005023
495	451	Y	YLYRLFRKSN	Y(340773)	H(1) X(12)	0.00004	0.005022
496	452	L	LYRLFRKSNL	L(339947)	R(704) M(96) Q(10) P(1) X(28)	0.01780	0.005026
497	453	Y	YRLFRKSNLK	Y(339335)	F(1444) X(7)	0.02738	0.003271
498	454	R	RLFRKSNLKP	R(340777)	X(9)	0.00000	0.000609
499	455	L	LFRKSNLKPF	L(340721)	F(49) X(16)	0.00142	0.000613
500	456	F	FRKSNLKPFE	F(340770)	L(3) Y(2) $(1) X(10)	0.00023	0.00049
501	457	R	RKSNLKPFER	R(340741)	K(3) S(1) T(1) X(40)	0.00019	0.000482
502	458	K	KSNLKPFERD	K(340766)	N(8) Q(2) R(2) X(8)	0.00043	0.000479
503	459	S	SNLKPFERDI	S(340705)	Y(40) F(32) P(1) X(8)	0.00218	0.000554
504	460	N	NLKPFERDIS	N(340768)	O(6) I(5) K(2) S(1) T(1) X(3)	0.00055	0.000359
505	461	L	LKPFERDIST	L(340779)	F(1) I(1) X(5)	0.00008	0.00042
506	462	K	KPFERDISTE	K(340770)	T(6) N(1) X(9)	0.00025	0.000527
507	463	P	PFERDISTEI	P(340743)	S(23) L(1) X(19)	0.00076	0.000585
508	464	F	FERDISTEIY	F(340772)	L(1) X(12) #(1)	0.00004	0.000513
509	465	E	ERDISTEIYQ	E(340732)	D(4) $(1) X(49)	0.00019	0.000513
510	466	R	RDISTEIYQA	R(340777)	K(3) I(1) X(5)	0.00015	0.000836
511	467	D	DISTEIYQAG	D(340774)	K(1) O(1) V(1) Y(1) X(8)	0.00016	0.000974
512	468	I	ISTEIYQAGS	I(340743)	V(22) T(9) F(3) L(2) X(7)	0.00118	0.023511
513	469	S	STEIYQAGST	S(340766)	A(2) L(2) P(1) Q(1) X(14)	0.00023	0.024171
514	470	T	TEIYQAGSTP	T(340740)	I(13) A(11) N(11) X(11)	0.00116	0.024522
515	471	E	EIYQAGSTPC	E(340731)	Q(22) G(7) A(4) D(2) X(20)	0.00115	0.024414
516	472	I	IYQAGSTPCN	I(340753)	V(10) L(9) T(4) N(1) X(9)	0.00083	0.024514
517	473	Y	YQAGSTPCNG	Y(340782)	F(1) X(3)	0.00004	0.024472
518	474	Q	QAGSTPCNGV	Q(340778)	H(1) X(7)	0.00004	0.024875
519	475	A	AGSTPCNGVE	A(340644)	V(77) S(43) T(1) X(21)	0.00342	0.026155
520	476	G	GSTPCNGVEG	G(340714)	S(49) A(2) F(1) X(20)	0.00153	0.025862
521	477	S	STPCNGVEGF	S(321338)	N(18839) R(304) I(167) G(7) T(4) X(127)	0.22553	0.026149
522	478	T	TPCNGVEGFN	T(340467)	I(203) K(65) R(28) A(2) X(21)	0.00778	0.003612
523	479	P	PCNGVEGFNC	P(340639)	S(109) L(18) H(8) X(12)	0.00374	0.002842
524	480	C	CNGVEGFNCY	C(340774)	F(1) W(1) X(10)	0.00008	0.002476
525	481	N	NGVEGFNCYF	N(340705)	K(47) D(13) S(6) Y(4) X(11)	0.00215	0.002742
526	482	G	GVEGFNCYFP	G(340764)	S(11) A(1) X(10)	0.00041	0.002531
527	483	V	VEGFNCYFPL	V(340626)	A(71) F(59) I(6) L(6) X(18)	0.00407	0.00249
528	484	E	EGFNCYFPLQ	E(340204)	K(468) Q(53) A(9) D(7) G(7) R(3) X(35)	0.01284	0.00216
529	485	G	GFNCYFPLQS	G(340720)	R(10) S(2) T(1) V(1) X(52)	0.00049	0.00192
530	486	F	FNCYFPLQSY	F(340608)	L(173) I(1) X(4)	0.00440	0.001875
531	487	N	NCYFPLQSYG	N(340770)	D(1) H(1) I(1) K(1) X(12)	0.00016	0.001443
532	488	C	CYFPLQSYGF	C(340773)	R(1) W(1) X(11)	0.00008	0.001427
533	489	Y	YFPLQSYGFQ	Y(340765)	H(2) X(19)	0.00008	0.001431
534	490	F	FPLQSYGFQP	F(340666)	S(63) L(23) V(5) Y(2) X(27)	0.00274	0.001505
535	491	P	PLQSYGFQPT	P(340766)	R(1) X(19)	0.00004	0.001243
536	492	L	LQSYGFQPTN	L(340780)	X(6)	0.00000	0.029078
537	493	Q	QSYGFQPTNG	Q(340746)	L(11) $(5) K(3) R(2) H(1) X(18)	0.00077	0.029082
538	494	S	SYGFQPTNGV	S(340292)	P(438) L(14) A(4) X(38)	0.01044	0.029068
539	495	Y	YGFQPTNGVG	Y(340768)	F(1) X(17)	0.00004	0.028028
540	496	G	GFQPTNGVGY	G(340772)	S(1) V(1) X(12)	0.00008	0.028081
541	497	F	FQPTNGVGYQ	F(340763)	X(23)	0.00000	0.028115
542	498	Q	QPTNGVGYQP	Q(340764)	H(1) K(1) P(1) X(19)	0.00012	0.02816
543	499	P	PTNGVGYQPY	P(340747)	H(11) S(10) L(2) R(1) X(15)	0.00082	0.028317
544	500	T	TNGVGYQPYR	T(340768)	I(1) P(1) S(1) X(15)	0.00012	0.02825
545	501	N	NGVGYQPYRV	N(314352)	Y(25964) T(379) S(7) I(3) R(1) X(80)	0.27839	0.02825
546	502	G	GVGYQPYRVV	G(340774)	V(1) X(11)	0.00004	0.000415
547	503	V	VGYQPYRVVV	V(340752)	F(16) I(2) L(1) X(15)	0.00063	0.000423
548	504	G	GYQPYRVVVL	G(340777)	Y(1) X(8)	0.00004	0.000382
549	505	Y	YQPYRVVVLS	Y(340755)	W(12) H(5) X(14)	0.00057	0.000432
550	506	Q	QPYRVVVLSF	Q(340763)	K(10) P(1) $(1) X(11)	0.00042	0.000379
551	507	P	PYRVVVLSFE	P(340758)	A(10) S(3) X(15)	0.00045	0.000408
552	508	Y	YRVVVLSFEL	Y(340717)	H(58) S(1) X(10)	0.00169	0.000427
553	509	R	RVVVLSFELL	R(340754)	K(3) T(1) X(28)	0.00015	0.000277
554	510	V	VVVLSFELLH	V(340774)	L(2) E(1) X(9)	0.00012	0.000307
555	511	V	VVLSFELLHA	V(340778)	E(1) X(7)	0.00004	0.00149
556	512	V	VLSFELLHA-	V(340771)	I(2) L(1) X(12)	0.00012	0.001548
557	513	L	LSFELLHA--	L(340741)	F(5) I(1) X(39)	0.00022	0.001576
558	514	S	SFELLHA---	S(340752)	F(14) P(1) Y(1) X(18)	0.00054	0.001631
559	515	F	FELLHA---P	F(340779)	L(1) X(6)	0.00004	0.001748
560	516	E	ELLHA---P-	E(340755)	Q(15) $(3) G(2) D(1) X(10)	0.00071	0.001748
561	517	L	LLHA---P--	L(340745)	F(15) I(3) V(1) X(22)	0.00064	0.001681
562	518	L	LHA---P--A	L(340755)	I(3) Q(1) S(1) X(26)	0.00019	0.002684
563	519	H	HA---P--AT	H(340745)	P(5) Q(3) Y(2) I(1) N(1) X(29)	0.00045	0.002702
564	520	A	A---P--ATV	A(339851)	S(530) V(7) E(1) T(1) X(396)	0.01195	0.002661
565	520	-	---P--ATVC	-(340768)	A(12) P(4) H(2)	0.00062	0.00147
566	520	-	--P--ATVCG	-(340774)	P(12)	0.00040	0.001408
567	520	-	-P--ATVCGP	-(340761)	P(25)	0.00077	0.001376
568	521	P	P--ATVCGPK	P(340688)	R(29) S(18) L(5) Q(1) T(1) X(44)	0.00171	0.001321
569	521	-	--ATVCGPKK	-(340785)	P(1)	0.00004	0.001318
570	521	-	-ATVCGPKKS	-(340785)	P(1)	0.00004	0.001326
571	522	A	ATVCGPKKST	A(340206)	V(208) S(207) P(7) G(3) E(2) X(153)	0.01067	0.001326
572	523	T	TVCGPKKSTN	T(340689)	N(4) I(3) A(2) P(1) X(87)	0.00037	0.000293
573	524	V	VCGPKKSTNL	V(340780)	L(1) X(5)	0.00004	0.000268
574	525	C	CGPKKSTNLV	C(340777)	W(1) X(8)	0.00004	0.000357
575	526	G	GPKKSTNLVK	G(340770)	X(16)	0.00000	0.000365
576	527	P	PKKSTNLVKN	P(340759)	S(1) T(1) X(25)	0.00008	0.000444
577	528	K	KKSTNLVKNK	K(340550)	R(5) I(1) X(230)	0.00022	0.000465
578	529	K	KSTNLVKNK-	K(340719)	R(36) M(9) O(5) E(1) I(1) N(1) X(14)	0.00168	0.000443
579	530	S	STNLVKNK-C	S(340781)	T(2) F(1) X(2)	0.00012	0.000279
580	531	T	TNLVKNK-CV	T(340781)	N(1) X(4)	0.00004	0.000346
581	532	N	NLVKNK-CVN	N(340774)	S(4) Y(2) D(1) I(1) K(1) X(3)	0.00034	0.000456
582	533	L	LVKNK-CVNF	L(340780)	K(2) $(1) X(3)	0.00012	0.000422
583	534	V	VKNK-CVNFN	V(340690)	I(19) F(6) G(2) L(1) X(68)	0.00093	0.00041
584	535	K	KNK-CVNFNF	K(340782)	V(2) I(1) #(1)	0.00012	0.000329
585	536	N	NK-CVNFNFN	N(340759)	S(15) K(4) D(1) H(1) O(1) T(1) X(4)	0.00079	0.000325
586	537	K	K-CVNFNFNG	K(340774)	R(5) N(2) T(1) X(4)	0.00029	0.00025
587	537	-	-CVNFNFNGL	-(340784)	#(2)	0.00000	0.000221
588	538	C	CVNFNFNGLT	C(340782)	S(1) X(3)	0.00004	0.000715
589	539	V	VNFNFNGLTG	V(340762)	I(20) F(2) G(1) L(1)	0.00079	0.000715
590	540	N	NFNFNGLTGT	N(340745)	H(23) D(7) S(4) K(1) X(6)	0.00114	0.000891
591	541	F	FNFNGLTGTG	F(340781)	X(5)	0.00000	0.000785
592	542	N	NFNGLTGTGV	N(340784)	X(2)	0.00000	0.000858
593	543	F	FNGLTGTGVL	F(340778)	I(2) L(1) X(5)	0.00012	0.000941
594	544	N	NGLTGTGVLT	N(340784)	Y(2)	0.00008	0.0011
595	545	G	GLTGTGVLTE	G(340780)	S(1) X(5)	0.00004	0.001419
596	546	L	LTGTGVLTES	L(340784)	X(2)	0.00000	0.001419
597	547	T	TGTGVLTESN	T(340572)	I(113) K(67) A(2) X(32)	0.00494	0.001492
598	548	G	GTGVLTESNK	G(340777)	D(1) X(8)	0.00004	0.000998
599	549	T	TGVLTESNKK	T(340692)	A(70) I(19) X(5)	0.00255	0.001509
600	550	G	GVLTESNKKF	G(340783)	C(2) X(1)	0.00008	0.001254
601	551	V	VLTESNKKF-	V(340761)	I(15) F(7) X(3)	0.00073	0.001246
602	552	L	LTESNKKF-L	L(340749)	F(23) I(3) X(11)	0.00083	0.001185
603	553	T	TESNKKF-LP	T(340719)	I(40) S(9) A(4) O(2) X(12)	0.00171	0.001293
604	554	E	ESNKKF-LPF	E(340663)	D(80) G(9) Q(9) V(6) K(5) A(2) X(12)	0.00327	0.001126
605	555	S	SNKKF-LPFQ	S(340782)	F(1) X(3)	0.00004	0.000799
606	556	N	NKKF-LPFQQ	N(340756)	K(12) D(4) S(3) -(1) Y(1) X(7) #(2)	0.00073	0.000799
607	557	K	KKF-LPFQQF	K(340774)	X(12)	0.00000	0.000956
608	558	K	KF-LPFQQFG	K(340568)	N(180) R(10) E(3) Q(3) M(2) X(20)	0.00515	0.001005
609	559	F	F-LPFQQFGR	F(340786)		0.00000	0.000641
610	559	-	-LPFQQFGRD	-(340785)	#(1)	0.00000	0.000663
611	560	L	LPFQQFGRDI	L(340782)	Q(2) M(1) X(1)	0.00012	0.000744
612	561	P	PFQQFGRDIA	P(340713)	S(50) L(6) H(4) T(3) X(10)	0.00191	0.027533
613	562	F	FQQFGRDIAD	F(340780)	L(1) X(5)	0.00004	0.027354
614	563	Q	QQFGRDIADT	Q(340782)	X(4)	0.00000	0.028303
615	564	Q	QFGRDIADTT	Q(340780)	H(1) X(5)	0.00004	0.028512
616	565	F	FGRDIADTTD	F(340695)	L(75) S(3) V(3) X(10)	0.00230	0.02943
617	566	G	GRDIADTTDA	G(340764)	S(15) X(7)	0.00049	0.029461
618	567	R	RDIADTTDAV	R(340730)	K(51) S(1) X(4)	0.00151	0.029427
619	568	D	DIADTTDAVR	D(340779)	N(4) H(2) X(1)	0.00022	0.029295
620	569	I	IADTTDAVRD	I(340759)	T(13) F(3) L(2) S(2) V(2) N(1) X(4)	0.00081	0.029273
621	570	A	ADTTDAVRDP	A(315318)	D(25300) V(86) S(35) Y(2) G(1) T(1) X(43)	0.26801	0.029204
622	571	D	DTTDAVRDPQ	D(340781)	E(2) H(1) X(2)	0.00012	0.002446
623	572	T	TTDAVRDPQT	T(340359)	I(402) N(5) S(5) A(1) X(14)	0.00953	0.002434
624	573	T	TDAVRDPQTL	T(340691)	I(71) N(2) A(1) X(21)	0.00209	0.001495
625	574	D	DAVRDPQTLE	D(340376)	Y(390) N(6) H(3) X(11)	0.00922	0.005987
626	575	A	AVRDPQTLEI	A(340679)	S(89) T(2) V(2) G(1) X(12) #(1)	0.00261	0.005139
627	576	V	VRDPQTLEIL	V(340709)	I(3) A(1) X(73)	0.00015	0.005047
628	577	R	RDPQTLEILD	R(340738)	C(3) L(1) S(1) X(43)	0.00019	0.005064
629	578	D	DPQTLEILDI	D(340784)	X(2)	0.00000	0.005045
630	579	P	PQTLEILDIT	P(340761)	S(2) Q(1) X(22)	0.00012	0.005151
631	580	Q	QTLEILDITP	Q(340741)	H(7) R(3) E(1) K(1) X(33)	0.00043	0.005196
632	581	T	TLEILDITPC	T(340784)	X(2)	0.00000	0.005153
633	582	L	LEILDITPCS	L(340777)	F(4) X(5)	0.00014	0.005183
634	583	E	EILDITPCSF	E(338099)	D(2546) Q(91) A(16) X(34)	0.04701	0.005181
635	584	I	ILDITPCSFG	I(340762)	V(21) L(2) X(1)	0.00074	0.000492
636	585	L	LDITPCSFGG	L(340723)	F(54) I(4) X(4) #(1)	0.00169	0.000433
637	586	D	DITPCSFGGV	D(340772)	E(7) A(1) G(1) X(5)	0.00032	0.000272
638	587	I	ITPCSFGGVS	I(340785)	X(1)	0.00000	0.000308
639	588	T	TPCSFGGVSV	T(340745)	S(30) A(2) I(2) X(7)	0.00106	0.000316
640	589	P	PCSFGGVSVI	P(340760)	S(18) X(8)	0.00057	0.000225
641	590	C	CSFGGVSVIT	C(340785)	X(1)	0.00000	0.000176
642	591	S	SFGGVSVITP	S(340767)	F(9) X(10)	0.00030	0.00018
643	592	F	FGGVSVITPG	F(340779)	S(2) L(1) X(4)	0.00012	0.00015
644	593	G	GGVSVITPGT	G(340780)	C(2) S(1) X(3)	0.00012	0.00015
645	594	G	GVSVITPGTO	G(340704)	S(4) X(78)	0.00015	0.000247
646	595	V	VSVITPGTOT	V(340784)	I(2)	0.00008	0.000376
647	596	S	SVITPGTOTS	S(340761)	I(9) N(4) R(3) C(2) T(1) X(6)	0.00068	0.000372
648	597	V	VITPGTOTSN	V(340783)	I(1) L(1) X(1)	0.00008	0.000412
649	598	I	ITPGTOTSNQ	I(340782)	V(3) L(1)	0.00015	0.000475
650	599	T	TPGTOTSNQV	T(340782)	I(2) X(2)	0.00008	0.000494
651	600	P	PGTOTSNQVA	P(340783)	S(1) X(2)	0.00004	0.00049
652	601	G	GTOTSNQVAV	G(340781)	X(5)	0.00000	0.000494
653	602	T	TOTSNQVAVL	T(340783)	I(2) K(1)	0.00012	0.000555
654	603	O	OTSNQVAVLY	O(340752)	S(12) N(5) I(4) K(3) Y(3) D(2) H(2) X(3)	0.00109	0.000555
655	604	T	TSNQVAVLYQ	T(340730)	I(42) Y(6) X(8)	0.00144	0.001722
656	605	S	SNQVAVLYQD	S(340781)	F(1) X(4)	0.00004	0.023126
657	606	N	NQVAVLYQDV	N(340752)	D(16) K(7) S(6) Y(3) X(2)	0.00108	0.023398
658	607	Q	QVAVLYQDVO	Q(340761)	H(20) L(1) R(1) X(3)	0.00071	0.023522
659	608	V	VAVLYQDVOC	V(340776)	I(10)	0.00034	0.023455
660	609	A	AVLYQDVOCT	A(340785)	V(1)	0.00004	0.023665
661	610	V	VLYQDVOCTE	V(340784)	I(2)	0.00008	0.023774
662	611	L	LYQDVOCTEV	L(340754)	F(18) I(1) X(13)	0.00061	0.023778
663	612	Y	YQDVOCTEVP	Y(340782)	-(1) F(1) N(1) X(1)	0.00012	0.023828
664	613	Q	QDVOCTEVPV	Q(340176)	H(553) R(14) L(4) K(2) $(1) X(36)	0.01276	0.025389
665	614	D	DVOCTEVPVA	G(321686)	D(18867) N(34) A(5) S(4) V(1) X(188) #(1)	0.21548	0.024571
666	615	V	VOCTEVPVAI	V(340689)	I(48) F(34) L(6) A(4) X(5)	0.00276	0.003031
667	616	O	OCTEVPVAIH	O(340703)	N(79) K(4)	0.00232	0.002858
668	617	C	CTEVPVAIHA	C(340784)	R(1) X(1)	0.00004	0.004881
669	618	T	TEVPVAIHAD	T(340699)	I(54) R(11) S(8) A(6) K(1) X(7)	0.00244	0.004962
670	619	E	EVPVAIHADQ	E(340743)	K(13) Q(8) G(7) D(3) -(1) A(1) X(10)	0.00113	0.004769
671	620	V	VPVAIHADQL	V(340778)	-(1) F(1) I(1) X(5)	0.00012	0.004689
672	621	P	PVAIHADQLT	P(340737)	S(29) L(4) -(1) T(1) X(14)	0.00111	0.004693
673	622	V	VAIHADQLTP	V(340062)	F(627) I(34) A(20) L(18) -(2) X(23)	0.01573	0.004905
674	623	A	AIHADQLTPT	A(340606)	S(92) V(67) T(4) I(2) X(15)	0.00458	0.00379
675	624	I	IHADQLTPTW	I(340781)	L(1) V(1) X(3)	0.00008	0.003336
676	625	H	HADQLTPTWR	H(340740)	Y(16) R(12) D(1) P(1) Q(1) X(15)	0.00103	0.003354
677	626	A	ADQLTPTWRV	A(339697)	S(972) V(82) T(24) X(11)	0.02255	0.003279
678	627	D	DQLTPTWRVY	D(340761)	G(12) N(5) H(3) E(1) P(1) V(1) Y(1) X(1)	0.00085	0.001032
679	628	Q	QLTPTWRVYS	Q(340767)	E(5) K(4) L(4) R(1) X(5)	0.00051	0.000962
680	629	L	LTPTWRVYST	L(340771)	F(5) I(2) V(2) X(6)	0.00033	0.001068
681	630	T	TPTWRVYSTG	T(340776)	A(1) I(1) N(1) S(1) X(6)	0.00016	0.001466
682	631	P	PTWRVYSTGS	P(340659)	S(98) L(9) T(4) H(3) F(1) X(12)	0.00323	0.002311
683	632	T	TWRVYSTGSN	T(340602)	N(161) I(15) X(8)	0.00458	0.002153
684	633	W	WRVYSTGSNV	W(340783)	R(1) X(2)	0.00004	0.001803
685	634	R	RVYSTGSNVF	R(340775)	H(3) L(3) C(1) X(4)	0.00026	0.001903
686	635	V	VYSTGSNVFQ	V(340777)	I(7) A(1) X(1)	0.00028	0.001881
687	636	Y	YSTGSNVFQT	Y(340780)	F(1) H(1) X(4)	0.00008	0.001857
688	637	S	STGSNVFQTR	S(340778)	F(3) Y(1) X(3) #(1)	0.00015	0.001888
689	638	T	TGSNVFQTRA	T(340725)	I(29) A(19) -(1) R(1) X(11)	0.00157	0.002294
690	639	G	GSNVFQTRAG	G(340609)	S(156) V(5) D(2) -(1) C(1) X(11) #(1)	0.00431	0.002137
691	640	S	SNVFQTRAGC	S(340397)	F(321) -(19) A(5) Y(5) P(4) X(35)	0.00861	0.00171
692	641	N	NVFQTRAGCL	N(340732)	S(17) Y(17) K(11) -(3) D(1) T(1) X(4)	0.00165	0.000849
693	642	V	VFQTRAGCLI	V(340744)	G(14) F(12) -(3) A(2) L(1) X(10)	0.00108	0.000706
694	643	F	FQTRAGCLIG	F(340751)	L(29) I(2) -(1) Y(1) X(2)	0.00104	0.000606
695	644	Q	QTRAGCLIGA	Q(340774)	$(1) X(11)	0.00004	0.0008
696	645	T	TRAGCLIGA-	T(340784)	I(1) X(1)	0.00004	0.000804
697	646	R	RAGCLIGA--	R(340775)	H(8) L(2) P(1)	0.00039	0.000804
698	647	A	AGCLIGA---	A(340609)	S(141) V(14) T(2) P(1) X(19)	0.00421	0.000769
699	648	G	GCLIGA----	G(340756)	X(30)	0.00000	0.000352
700	649	C	CLIGA-----	C(340784)	F(1) X(1)	0.00004	0.00036
701	650	L	LIGA------	L(340785)	X(1)	0.00000	0.00036
702	651	I	IGA-------	I(340778)	V(5) T(1) X(2)	0.00022	0.000364
703	652	G	GA--------	G(340773)	R(2) X(11)	0.00008	0.000346
704	653	A	A---------	A(340646)	V(105) S(4) P(1) X(30)	0.00298	0.000342
705	653	-	----------	-(340784)	A(1) G(1)	0.00008	4.4e-05
706	653	-	---------E	-(340785)	E(1)	0.00004	0.001087
707	653	-	--------E-	-(340785)	E(1)	0.00004	0.001087
708	653	-	-------E--	-(340785)	M(1)	0.00004	0.001087
709	653	-	------E---	-(340784)	G(1) R(1)	0.00008	0.001091
710	653	-	-----E----	-(340785)	L(1)	0.00004	0.001091
711	653	-	----E-----	-(340785)	L(1)	0.00004	0.001095
712	653	-	---E------	-(340785)	C(1)	0.00004	0.001099
713	653	-	--E-------	-(340785)	Q(1)	0.00004	0.001103
714	653	-	-E--------	-(340786)		0.00000	0.001103
715	654	E	E---------	E(340351)	Q(289) K(73) D(25) V(14) A(10) -(1) N(1) X(22)	0.01051	0.001107
716	654	-	----------	-(340785)	P(1)	0.00004	6e-05
717	654	-	----------	-(340785)	L(1)	0.00004	6e-05
718	654	-	----------	-(340784)	S(1) T(1)	0.00008	6e-05
719	654	-	----------	-(340784)	C(1) G(1)	0.00008	5.6e-05
720	654	-	---------H	-(340784)	L(1) R(1)	0.00008	0.002409
721	654	-	--------H-	-(340784)	E(1) L(1)	0.00008	0.002401
722	654	-	-------H--	-(340784)	A(1) E(1)	0.00008	0.002393
723	654	-	------H---	-(340785)	E(1)	0.00004	0.002385
724	654	-	-----H----	-(340785)	R(1)	0.00004	0.002381
725	654	-	----H----V	-(340785)	L(1)	0.00004	0.002393
726	654	-	---H----VO	-(340785)	L(1)	0.00004	0.002603
727	654	-	--H----VON	-(340785)	R(1)	0.00004	0.002762
728	654	-	-H----VONS	-(340785)	G(1)	0.00004	0.002902
729	655	H	H----VONSY	H(339492)	Y(1184) Q(8) R(4) -(1) X(97)	0.02361	0.002936
730	655	-	----VONSYE	-(340786)		0.00000	0.000686
731	655	-	---VONSYEC	-(340786)		0.00000	0.00069
732	655	-	--VONSYECD	-(340786)		0.00000	0.000694
733	655	-	-VONSYECDI	-(340786)		0.00000	0.000717
734	656	V	VONSYECDIP	V(340777)	A(2) G(1) I(1) X(5)	0.00016	0.000742
735	657	O	ONSYECDIPI	O(340709)	N(61) K(10) D(1) S(1) X(4)	0.00214	0.000751
736	658	N	NSYECDIPIG	N(340732)	D(20) K(17) Y(8) T(4) H(1) X(4)	0.00163	0.000562
737	659	S	SYECDIPIGA	S(340722)	L(44) P(2) T(2) X(16)	0.00144	0.000526
738	660	Y	YECDIPIGAG	Y(340766)	F(9) H(2) X(9)	0.00038	0.000415
739	661	E	ECDIPIGAGI	E(340746)	D(25) G(5) A(2) K(1) V(1) X(6)	0.00111	0.000555
740	662	C	CDIPIGAGIC	C(340777)	Y(1) X(8)	0.00004	0.000465
741	663	D	DIPIGAGICA	D(340780)	-(1) X(4) #(1)	0.00004	0.000799
742	664	I	IPIGAGICAS	I(340777)	-(2) L(2) M(2) X(2) #(1)	0.00023	0.001951
743	665	P	PIGAGICASY	P(340773)	-(5) S(2) X(6)	0.00025	0.002008
744	666	I	IGAGICASYQ	I(340772)	-(5) V(2) X(6) #(1)	0.00025	0.004622
745	667	G	GAGICASYQT	G(340772)	-(6) S(1) X(7)	0.00025	0.004958
746	668	A	AGICASYQTQ	A(340738)	S(30) -(6) V(4) X(8)	0.00127	0.008982
747	669	G	GICASYQTQT	G(340768)	-(6) A(2) R(1) X(9)	0.00033	0.009249
748	670	I	ICASYQTQT-	I(340709)	V(20) M(17) L(11) -(7) X(22)	0.00178	0.00922
749	671	C	CASYQTQT--	C(340770)	-(6) X(10)	0.00021	0.009046
750	672	A	ASYQTQT--N	A(340645)	V(114) -(6) D(1) P(1) S(1) T(1) X(17)	0.00338	0.010118
751	673	S	SYQTQT--NS	S(340257)	T(463) G(26) -(6) I(3) R(3) X(28)	0.01156	0.009945
752	674	Y	YQTQT--NSP	Y(340752)	F(23) -(1) D(1) X(7) #(2)	0.00080	0.037688
753	675	Q	QTQT--NSPR	Q(339508)	H(907) R(314) -(11) K(3) P(2) L(1) X(40)	0.02639	0.037691
754	676	T	TQT--NSPRR	T(340649)	I(98) -(11) A(6) P(5) O(3) S(3) X(11)	0.00361	0.035193
755	677	Q	QT--NSPRRA	Q(338642)	H(1744) P(253) R(51) -(11) Y(6) L(5) K(2) X(72)	0.04049	0.035303
756	678	T	T--NSPRRAR	T(340627)	I(133) -(11) P(2) S(1) X(12)	0.00394	0.031289
757	678	-	--NSPRRARS	-(340785)	Q(1)	0.00004	0.030938
758	678	-	-NSPRRARSV	-(340785)	T(1)	0.00004	0.031714
759	679	N	NSPRRARSVA	N(340330)	K(380) O(21) S(21) -(16) H(5) Y(3) I(2) T(1) X(6) #(1)	0.01093	0.034263
760	680	S	SPRRARSVAS	S(340725)	F(26) P(10) -(8) T(7) X(10)	0.00165	0.033528
761	681	P	PRRARSVASQ	P(312960)	H(27377) R(220) L(119) S(21) -(8) X(81)	0.28899	0.033622
762	682	R	RRARSVASQS	R(340735)	W(9) -(8) Q(5) L(2) X(27)	0.00083	0.005045
763	683	R	RARSVASQSI	R(340723)	W(15) L(10) -(8) Q(8) P(1) X(21)	0.00141	0.005055
764	684	A	ARSVASQSII	A(340589)	V(141) T(16) -(8) S(7) E(1) X(24)	0.00471	0.004936
765	685	R	RSVASQSIIA	R(340773)	-(8) P(1) Q(1) X(3)	0.00035	0.004601
766	686	S	SVASQSIIAY	S(340774)	-(7) R(3) G(2)	0.00043	0.00457
767	687	V	VASQSIIAYT	V(340464)	L(290) I(24) -(4) A(1) X(3)	0.00780	0.004535
768	688	A	ASQSIIAYTM	A(339481)	V(1171) S(83) -(4) T(3) P(2) X(42)	0.02553	0.003784
769	689	S	SQSIIAYTMS	S(340653)	I(99) R(26) -(1) G(1) O(1) X(5)	0.00358	0.001745
770	690	Q	QSIIAYTMSL	Q(340697)	H(41) R(37) L(7) K(1) X(3)	0.00259	0.001445
771	691	S	SIIAYTMSLG	S(340668)	F(54) A(48) P(6) Y(2) X(8)	0.00322	0.001198
772	692	I	IIAYTMSLGA	I(340751)	V(18) F(8) L(1) T(1) X(7)	0.00093	0.002265
773	693	I	IAYTMSLGAE	I(340776)	V(5) F(1) X(4)	0.00022	0.00227
774	694	A	AYTMSLGAEN	A(340734)	V(26) F(7) S(6) T(3) X(9) #(1)	0.00136	0.002281
775	695	Y	YTMSLGAENS	Y(340781)	N(1) X(4)	0.00004	0.00249
776	696	T	TMSLGAENSV	T(340784)	A(1) S(1)	0.00008	0.002604
777	697	M	MSLGAENSVA	M(340770)	I(6) T(2) X(8)	0.00029	0.003439
778	698	S	SLGAENSVAY	S(340573)	L(202) A(4) X(7)	0.00514	0.00341
779	699	L	LGAENSVAYS	L(340763)	I(13) F(3) V(1) X(6)	0.00058	0.002959
780	700	G	GAENSVAYSO	G(340763)	V(2) S(1) X(20)	0.00012	0.002984
781	701	A	AENSVAYSON	A(340130)	V(544) S(44) T(22) E(1) X(45)	0.01389	0.00306
782	702	E	ENSVAYSONS	E(340729)	Q(20) D(8) K(2) X(27)	0.00098	0.0017
783	703	N	NSVAYSONSI	N(340772)	S(4) T(4) D(1) X(4) #(1)	0.00033	0.001624
784	704	S	SVAYSONSIA	S(340626)	L(117) A(5) P(4) T(1) X(33)	0.00345	0.001603
785	705	V	VAYSONSIAI	V(340740)	F(18) L(15) I(2) A(1) X(10)	0.00118	0.001284
786	706	A	AYSONSIAIP	A(340418)	V(316) S(29) P(4) X(19)	0.00843	0.001177
787	707	Y	YSONSIAIPT	Y(340780)	X(6)	0.00000	0.026938
788	708	S	SONSIAIPTO	S(340761)	F(12) A(2) T(2) C(1) Y(1) X(7)	0.00063	0.027286
789	709	O	ONSIAIPTOF	O(340759)	N(11) Y(8) K(3) D(1) I(1) X(3)	0.00083	0.027227
790	710	N	NSIAIPTOFT	N(340750)	S(17) H(4) D(2) K(2) T(1) X(10)	0.00088	0.027381
791	711	S	SIAIPTOFTI	S(340775)	F(6) A(2) X(3)	0.00029	0.027317
792	712	I	IAIPTOFTIS	I(340777)	V(5) F(1) X(3)	0.00022	0.02731
793	713	A	AIPTOFTISV	A(340778)	S(2) V(1) X(5)	0.00012	0.0273
794	714	I	IPTOFTISVT	I(340772)	L(4) V(2) M(1) X(6) #(1)	0.00026	0.029103
795	715	P	PTOFTISVTT	P(340774)	S(3) X(9)	0.00011	0.029134
796	716	T	TOFTISVTTE	T(315223)	I(25496) P(1) V(1) X(65)	0.26604	0.029123
797	717	O	OFTISVTTE-	O(340653)	N(92) S(20) T(7) H(2) Y(1) X(11)	0.00348	0.002519
798	718	F	FTISVTTE-I	F(340783)	S(1) X(2)	0.00004	0.002186
799	719	T	TISVTTE-IL	T(340691)	I(81) S(3) A(1) X(10)	0.00237	0.002186
800	720	I	ISVTTE-ILP	I(340776)	V(7) X(3)	0.00024	0.001979
801	721	S	SVTTE-ILPV	S(340779)	G(4) I(2) X(1)	0.00022	0.001963
802	722	V	VTTE-ILPVS	V(340780)	I(2) A(1) X(3)	0.00012	0.001945
803	723	T	TTE-ILPVSM	T(339892)	I(888) A(1) X(5)	0.01815	0.002293
804	724	T	TE-ILPVSMT	T(340768)	A(9) K(3) I(2) S(2) X(2)	0.00057	0.001658
805	725	E	E-ILPVSMTK	E(340780)	X(5) #(1)	0.00000	0.00162
806	725	-	-ILPVSMTKT	-(340785)	#(1)	0.00000	0.001624
807	726	I	ILPVSMTKTS	I(340768)	T(3) F(1) X(14)	0.00015	0.001659
808	727	L	LPVSMTKTSV	L(340775)	I(1) X(10)	0.00004	0.001655
809	728	P	PVSMTKTSVD	P(340720)	L(3) S(3) T(2) X(58)	0.00030	0.001674
810	729	V	VSMTKTSVDC	V(340775)	A(2) X(9)	0.00008	0.001644
811	730	S	SMTKTSVDCT	S(340781)	A(1) X(4)	0.00004	0.001655
812	731	M	MTKTSVDCTM	M(340637)	I(136) T(2) X(11)	0.00360	0.001901
813	732	T	TKTSVDCTMY	T(340273)	A(412) S(60) I(25) X(16)	0.01180	0.001545
814	733	K	KTSVDCTMYI	K(340779)	R(3) O(1) Q(1) X(2)	0.00019	0.000369
815	734	T	TSVDCTMYIC	T(340776)	I(1) X(9)	0.00004	0.000358
816	735	S	SVDCTMYICG	S(340662)	L(8) A(2) X(114)	0.00035	0.000403
817	736	V	VDCTMYICGD	V(340777)	I(3) X(6)	0.00011	0.000466
818	737	D	DCTMYICGDS	D(340778)	Y(4) E(1) G(1) X(2)	0.00023	0.000455
819	738	C	CTMYICGDST	C(340772)	X(14)	0.00000	0.000684
820	739	T	TMYICGDSTE	T(340776)	A(3) I(1) S(1) X(5)	0.00019	0.000743
821	740	M	MYICGDSTEC	M(340696)	I(39) V(23) L(20) X(8)	0.00250	0.000724
822	741	Y	YICGDSTECS	Y(340782)	F(1) X(3)	0.00004	0.000517
823	742	I	ICGDSTECSN	I(340775)	V(1) X(10)	0.00004	0.000731
824	743	C	CGDSTECSNL	C(340771)	R(2) X(13)	0.00008	0.000793
825	744	G	GDSTECSNLL	G(340754)	S(10) V(3) D(1) X(18)	0.00049	0.000789
826	745	D	DSTECSNLLL	D(340729)	G(27) A(3) E(1) X(26)	0.00098	0.000758
827	746	S	STECSNLLLQ	S(340770)	X(16)	0.00000	0.000664
828	747	T	TECSNLLLQY	T(340688)	I(81) N(4) A(2) S(2) X(9)	0.00252	0.000668
829	748	E	ECSNLLLQYG	E(340764)	Q(16) K(2) X(4)	0.00059	0.000416
830	749	C	CSNLLLQYGS	C(340784)	X(2)	0.00000	0.000376
831	750	S	SNLLLQYGSF	S(340770)	N(9) G(1) I(1) R(1) X(4)	0.00043	0.000376
832	751	N	NLLLQYGSF-	N(340703)	Y(55) D(6) K(4) S(4) I(3) X(11)	0.00218	0.000333
833	752	L	LLLQYGSF-C	L(340750)	F(12) I(3) P(2) R(2) X(17)	0.00066	0.000115
834	753	L	LLQYGSF-CT	L(340768)	V(1) X(17)	0.00004	9.8e-05
835	754	L	LQYGSF-CTQ	L(340777)	F(5) X(4)	0.00018	9.4e-05
836	755	Q	QYGSF-CTQL	Q(340781)	L(1) X(4)	0.00004	9.2e-05
837	756	Y	YGSF-CTQLN	Y(340784)	K(1) X(1)	0.00004	9.2e-05
838	757	G	GSF-CTQLNR	G(340781)	X(5)	0.00000	0.000445
839	758	S	SF-CTQLNRA	S(340763)	I(4) T(1) X(18)	0.00019	0.000445
840	759	F	F-CTQLNRAL	F(340767)	X(19)	0.00000	0.00043
841	759	-	-CTQLNRALT	-(340785)	#(1)	0.00000	0.000459
842	760	C	CTQLNRALTG	C(340751)	X(35)	0.00000	0.002079
843	761	T	TQLNRALTGI	T(340741)	I(10) R(2) A(1) S(1) X(31)	0.00049	0.002166
844	762	Q	QLNRALTGIA	Q(340778)	X(8)	0.00000	0.002652
845	763	L	LNRALTGIAV	L(340774)	F(1) I(1) S(1) V(1) X(8)	0.00016	0.003459
846	764	N	NRALTGIAVE	N(340782)	K(1) X(3)	0.00004	0.003473
847	765	R	RALTGIAVEQ	R(340542)	L(54) C(50) H(17) S(1) X(122)	0.00357	0.003477
848	766	A	ALTGIAVEQD	A(340779)	X(7)	0.00000	0.003128
849	767	L	LTGIAVEQDK	L(340781)	$(1) X(4)	0.00004	0.003166
850	768	T	TGIAVEQDKN	T(340774)	N(6) A(1) I(1) X(4)	0.00029	0.003162
851	769	G	GIAVEQDKNT	G(339998)	V(736) A(15) R(9) X(28)	0.01620	0.003517
852	770	I	IAVEQDKNTQ	I(340756)	V(27) L(1) X(2)	0.00087	0.002183
853	771	A	AVEQDKNTQE	A(340532)	S(194) V(9) D(4) P(1) T(1) X(45)	0.00535	0.002893
854	772	V	VEQDKNTQEV	V(340439)	I(313) F(10) G(7) A(3) L(1) X(13)	0.00807	0.00237
855	773	E	EQDKNTQEVF	E(340775)	D(3) G(2) V(2) Q(1) X(3)	0.00030	0.001567
856	774	Q	QDKNTQEVF-	Q(340780)	H(1) R(1) X(4)	0.00008	0.001537
857	775	D	DKNTQEVF-A	D(340771)	G(1) N(1) X(13)	0.00008	0.001786
858	776	K	KNTQEVF-AQ	K(340766)	R(10) E(1) X(9)	0.00038	0.001822
859	777	N	NTQEVF-AQV	N(340781)	X(5)	0.00000	0.001887
860	778	T	TQEVF-AQVK	T(340632)	I(134) N(5) A(4) S(1) X(10)	0.00384	0.001923
861	779	Q	QEVF-AQVKQ	Q(340687)	L(47) H(24) K(13) R(7) E(1) P(1) X(6)	0.00286	0.001826
862	780	E	EVF-AQVKQI	E(340440)	Q(316) D(11) V(2) A(1) G(1) K(1) X(14)	0.00797	0.001552
863	781	V	VF-AQVKQIY	V(340760)	F(2) I(1) X(22) #(1)	0.00012	0.000785
864	782	F	F-AQVKQIYK	F(340776)	Y(1) X(8) #(1)	0.00004	0.000807
865	782	-	-AQVKQIYKT	-(340785)	#(1)	0.00000	0.001111
866	783	A	AQVKQIYKTP	A(340690)	S(61) V(21) T(4) E(1) X(9)	0.00257	0.001165
867	784	Q	QVKQIYKTPP	Q(340761)	L(12) H(1) X(12)	0.00044	0.000956
868	785	V	VKQIYKTPPI	V(340742)	I(25) L(5) A(2) X(12)	0.00103	0.001305
869	786	K	KQIYKTPPIK	K(340765)	R(6) N(3) Q(1) X(11)	0.00036	0.001242
870	787	Q	QIYKTPPIKD	Q(340675)	R(40) K(29) H(19) L(6) X(17)	0.00287	0.001994
871	788	I	IYKTPPIKDF	I(340771)	M(1) N(1) V(1) X(12)	0.00012	0.001809
872	789	Y	YKTPPIKDF-	Y(340754)	O(4) H(2) D(1) S(1) X(24)	0.00030	0.001797
873	790	K	KTPPIKDF-G	K(340772)	R(4) I(2) N(2) T(1) X(5)	0.00034	0.001824
874	791	T	TPPIKDF-GG	T(340671)	I(57) K(27) P(16) A(3) X(12)	0.00308	0.001826
875	792	P	PPIKDF-GGF	P(340767)	T(6) L(5) R(2) S(2) X(4)	0.00054	0.001518
876	793	P	PIKDF-GGFO	P(340766)	L(9) S(5) X(6)	0.00048	0.0015
877	794	I	IKDF-GGFOF	I(340635)	L(136) F(5) T(3) V(2) K(1) X(4)	0.00393	0.001452
878	795	K	KDF-GGFOF-	K(340765)	N(7) Q(2) R(1) S(1) X(10)	0.00040	0.001059
879	796	D	DF-GGFOF-S	D(340466)	Y(185) G(59) H(48) N(3) A(1) L(1) X(23)	0.00788	0.001034
880	797	F	F-GGFOF-SQ	F(340745)	L(20) C(9) I(1) V(1) X(10)	0.00102	0.00028
881	797	-	-GGFOF-SQI	-(340786)		0.00000	0.00045
882	798	G	GGFOF-SQIL	G(340759)	S(14) A(3) X(10)	0.00057	0.000486
883	799	G	GFOF-SQILP	G(340750)	S(5) V(4) A(1) X(26)	0.00036	0.00049
884	800	F	FOF-SQILPD	F(340781)	X(5)	0.00000	0.000606
885	801	O	OF-SQILPDP	O(340588)	N(7) D(1) K(1) S(1) X(188)	0.00036	0.001241
886	802	F	F-SQILPDPS	F(340786)		0.00000	0.001319
887	802	-	-SQILPDPSK	-(340785)	#(1)	0.00000	0.00135
888	803	S	SQILPDPSKP	S(340780)	L(3) P(1) X(2)	0.00015	0.003259
889	804	Q	QILPDPSKPS	Q(340772)	K(3) H(2) P(2) R(2) X(5)	0.00034	0.004032
890	805	I	ILPDPSKPSK	I(340689)	V(55) M(36) F(1) L(1) X(4)	0.00272	0.004099
891	806	L	LPDPSKPSKR	L(340771)	V(6) F(2) Q(2) X(5)	0.00036	0.003855
892	807	P	PDPSKPSKRS	P(340766)	L(6) S(5) T(5) R(1) X(3)	0.00061	0.003819
893	808	D	DPSKPSKRSF	D(340734)	G(18) N(9) E(8) H(5) A(2) Y(2) V(1) X(7)	0.00152	0.00378
894	809	P	PSKPSKRSFI	P(340523)	S(138) L(91) T(8) R(1) X(25)	0.00635	0.00399
895	810	S	SKPSKRSFIE	S(340737)	L(34) P(2) A(1) X(12)	0.00114	0.003384
896	811	K	KPSKRSFIED	K(340769)	R(3) I(2) E(1) N(1) T(1) X(8) #(1)	0.00031	0.003316
897	812	P	PSKRSFIEDL	P(339913)	S(450) L(376) Q(5) R(3) T(3) X(35) #(1)	0.01909	0.003346
898	813	S	SKRSFIEDLL	S(340448)	I(318) G(5) N(4) R(2) T(1) X(8)	0.00788	0.002073
899	814	K	KRSFIEDLLF	K(340748)	M(9) R(8) E(7) T(3) O(1) Q(1) X(9)	0.00101	0.001289
900	815	R	RSFIEDLLFN	R(340771)	K(7) G(1) X(7)	0.00028	0.001215
901	816	S	SFIEDLLFNK	S(340783)	X(3)	0.00000	0.001222
902	817	F	FIEDLLFNKV	F(340774)	L(5) S(1) X(6)	0.00022	0.001461
903	818	I	IEDLLFNKVT	I(340635)	V(135) -(2) S(1) X(13)	0.00362	0.001571
904	819	E	EDLLFNKVTL	E(340773)	D(6) -(2) X(5)	0.00029	0.001236
905	820	D	DLLFNKVTLA	D(340768)	N(4) -(2) G(2) Y(2) E(1) H(1) X(6)	0.00046	0.0016
906	821	L	LLFNKVTLAD	L(340737)	V(7) I(6) Q(2) -(1) P(1) X(31) #(1)	0.00061	0.001713
907	822	L	LFNKVTLADA	L(340492)	F(260) P(2) -(1) X(31)	0.00636	0.001984
908	823	F	FNKVTLADAG	F(340778)	Y(1) X(6) #(1)	0.00004	0.001419
909	824	N	NKVTLADAGF	N(340766)	S(3) T(2) K(1) Y(1) X(13)	0.00027	0.001434
910	825	K	KVTLADAGFI	K(340775)	R(8) $(2) X(1)	0.00035	0.001689
911	826	V	VTLADAGFIK	V(340663)	L(66) M(14) A(1) G(1) X(41)	0.00239	0.001681
912	827	T	TLADAGFIKQ	T(340743)	I(32) S(7) A(2) K(1) X(1)	0.00132	0.001672
913	828	L	LADAGFIKQY	L(340776)	I(3) P(2) F(1) H(1) X(3)	0.00027	0.001593
914	829	A	ADAGFIKQYG	A(340638)	T(130) S(9) V(7) X(2)	0.00393	0.001638
915	830	D	DAGFIKQYGD	D(340729)	G(30) Y(10) H(3) A(2) N(2) E(1) V(1) X(8)	0.00159	0.002199
916	831	A	AGFIKQYGDC	A(340655)	V(111) S(10) T(1) X(9)	0.00332	0.00204
917	832	G	GFIKQYGDCL	G(340737)	S(16) D(2) C(1) F(1) V(1) X(28)	0.00071	0.00188
918	833	F	FIKQYGDCLG	F(340781)	L(3) S(1) Y(1)	0.00019	0.002439
919	834	I	IKQYGDCLGD	I(340689)	T(51) V(22) S(9) F(6) N(4) X(5)	0.00282	0.002446
920	835	K	KQYGDCLGDI	K(340769)	E(3) R(2) I(1) N(1) X(10)	0.00027	0.002196
921	836	Q	QYGDCLGDIA	Q(340702)	H(37) L(15) K(8) E(5) -(3) P(2) R(2) X(12)	0.00230	0.003521
922	837	Y	YGDCLGDIAA	Y(340762)	H(15) L(1) X(8)	0.00053	0.004288
923	838	G	GDCLGDIAAR	G(340761)	D(10) S(7) V(4) X(4)	0.00072	0.004711
924	839	D	DCLGDIAARD	D(340355)	Y(392) A(6) E(5) N(5) V(1) X(22)	0.00954	0.004668
925	840	C	CLGDIAARDL	C(340782)	X(4)	0.00000	0.003799
926	841	L	LGDIAARDLI	L(340718)	R(41) F(11) I(4) X(12)	0.00172	0.003877
927	842	G	GDIAARDLIC	G(340535)	V(149) S(72) D(15) X(15)	0.00630	0.003709
928	843	D	DIAARDLICA	D(340767)	G(4) E(2) A(1) X(12)	0.00026	0.003202
929	844	I	IAARDLICAQ	I(340776)	V(7) M(1) S(1) X(1)	0.00032	0.003184
930	845	A	AARDLICAQK	A(340190)	S(386) V(102) D(59) T(9) X(40)	0.01352	0.003343
931	846	A	ARDLICAQKF	A(340355)	V(256) S(141) G(5) X(29)	0.00997	0.002023
932	847	R	RDLICAQKFN	R(340591)	K(142) T(29) I(5) S(1) X(18)	0.00476	0.001225
933	848	D	DLICAQKFNG	D(340769)	G(5) N(2) E(1) X(9)	0.00029	0.000757
934	849	L	LICAQKFNGL	L(340751)	F(20) P(5) I(1) X(9)	0.00085	0.000796
935	850	I	ICAQKFNGLT	I(340693)	T(16) F(4) V(2) N(1) X(70)	0.00078	0.002485
936	851	C	CAQKFNGLTV	C(340783)	W(1) X(2)	0.00004	0.002525
937	852	A	AQKFNGLTVL	A(340742)	S(17) G(10) V(8) E(1) T(1) X(7)	0.00123	0.002529
938	853	Q	QKFNGLTVLP	Q(340771)	H(1) K(1) X(13)	0.00008	0.00246
939	854	K	KFNGLTVLPP	K(340703)	N(58) R(3) E(2) M(2) X(17) #(1)	0.00191	0.002508
940	855	F	FNGLTVLPPL	F(340772)	L(6) S(3) X(5)	0.00032	0.002347
941	856	N	NGLTVLPPLL	N(340710)	S(64) K(3) D(1) T(1) X(7)	0.00199	0.002337
942	857	G	GLTVLPPLLT	G(340778)	C(2) X(6)	0.00008	0.00215
943	858	L	LTVLPPLLTD	L(340756)	F(19) I(2) X(9)	0.00068	0.002258
944	859	T	TVLPPLLTDE	T(339960)	I(529) N(252) A(1) S(1) X(43)	0.01774	0.002219
945	860	V	VLPPLLTDEM	V(340736)	I(18) F(6) A(5) L(5) Q(1) X(14) #(1)	0.00118	0.00049
946	861	L	LPPLLTDEMI	L(340778)	K(1) V(1) X(6)	0.00008	0.000754
947	862	P	PPLLTDEMIA	P(340767)	S(14) A(1) Q(1) X(3)	0.00054	0.001133
948	863	P	PLLTDEMIAQ	P(340765)	H(10) S(4) L(1) T(1) X(5)	0.00056	0.001094
949	864	L	LLTDEMIAQY	L(340773)	V(9) X(4)	0.00030	0.001042
950	865	L	LTDEMIAQYT	L(340778)	F(3) P(3) X(2)	0.00022	0.001038
951	866	T	TDEMIAQYTS	T(340780)	-(1) K(1) P(1) X(3)	0.00012	0.001027
952	867	D	DEMIAQYTSA	D(340743)	G(24) A(5) E(2) N(2) -(1) Y(1) X(8)	0.00116	0.001026
953	868	E	EMIAQYTSAL	E(340771)	G(5) K(2) -(1) X(7)	0.00029	0.000918
954	869	M	MIAQYTSALL	M(340763)	I(11) -(1) V(1) X(10)	0.00045	0.000901
955	870	I	IAQYTSALLA	I(340635)	V(118) T(20) -(1) S(1) X(11)	0.00382	0.002184
956	871	A	AQYTSALLAG	A(340614)	S(95) V(42) -(1) T(1) X(33)	0.00387	0.001814
957	872	Q	QYTSALLAGT	Q(340774)	L(3) P(1) X(7) #(1)	0.00015	0.001435
958	873	Y	YTSALLAGTI	Y(340762)	O(1) X(23)	0.00004	0.001428
959	874	T	TSALLAGTIT	T(340775)	I(4) P(3) X(4)	0.00026	0.001471
960	875	S	SALLAGTITS	S(340780)	F(3) X(3)	0.00011	0.001695
961	876	A	ALLAGTITSG	A(340782)	S(3) X(1)	0.00011	0.001706
962	877	L	LLAGTITSGW	L(340778)	M(2) X(6)	0.00008	0.001711
963	878	L	LAGTITSGWT	L(340776)	S(2) V(1) X(7)	0.00012	0.001711
964	879	A	AGTITSGWTF	A(340192)	S(435) V(73) T(45) E(2) L(1) P(1) X(37)	0.01328	0.001759
965	880	G	GTITSGWTFG	G(340777)	S(2) V(1) X(6)	0.00012	0.000443
966	881	T	TITSGWTFGA	T(340782)	I(2) X(2)	0.00008	0.000454
967	882	I	ITSGWTFGAG	I(340781)	V(2) X(3)	0.00008	0.000454
968	883	T	TSGWTFGAGA	T(340760)	A(5) I(4) S(4) X(12) #(1)	0.00047	0.001019
969	884	S	SGWTFGAGAA	S(340642)	F(54) A(29) C(2) X(59)	0.00250	0.001083
970	885	G	GWTFGAGAAL	G(340775)	D(4) C(2) X(5)	0.00022	0.000837
971	886	W	WTFGAGAALQ	W(340778)	L(2) C(1) G(1) X(4)	0.00016	0.000827
972	887	T	TFGAGAALQI	T(340779)	A(2) X(5)	0.00008	0.000844
973	888	F	FGAGAALQIP	F(340760)	L(19) X(7)	0.00060	0.000836
974	889	G	GAGAALQIPF	G(340780)	S(2) A(1) X(3)	0.00012	0.000776
975	890	A	AGAALQIPFA	A(340774)	T(3) P(1) S(1) V(1) X(6)	0.00023	0.000952
976	891	G	GAALQIPFA-	G(340780)	R(1) S(1) X(4)	0.00008	0.000929
977	892	A	AALQIPFA-M	A(340540)	S(145) V(72) X(29)	0.00573	0.001015
978	893	A	ALQIPFA-MQ	A(340737)	V(27) S(7) E(1) X(14)	0.00111	0.000442
979	894	L	LQIPFA-MQM	L(340777)	F(1) X(8)	0.00004	0.000347
980	895	Q	QIPFA-MQMA	Q(340667)	H(1) K(1) $(1) X(116)	0.00012	0.000372
981	896	I	IPFA-MQMAY	I(340776)	L(5) T(3) V(1) X(1)	0.00033	0.00036
982	897	P	PFA-MQMAYR	P(340782)	X(4)	0.00000	0.000339
983	898	F	FA-MQMAYRF	F(340783)	X(3)	0.00000	0.000351
984	899	A	A-MQMAYRF-	A(340719)	S(57) V(5) G(1) P(1) X(3)	0.00188	0.000351
985	899	-	-MQMAYRF-N	-(340786)		0.00000	0.000177
986	900	M	MQMAYRF-NG	M(340747)	I(27) L(2) $(1) X(9)	0.00094	0.000185
987	901	Q	QMAYRF-NGI	Q(340783)	X(3)	0.00000	0.000295
988	902	M	MAYRF-NGIG	M(340779)	L(2) I(1) V(1) X(3)	0.00016	0.000299
989	903	A	AYRF-NGIGV	A(340774)	S(6) G(2) X(4)	0.00029	0.000344
990	904	Y	YRF-NGIGVT	Y(340784)	X(2)	0.00000	0.000341
991	905	R	RF-NGIGVTQ	R(340776)	S(2) G(1) X(7)	0.00012	0.000404
992	906	F	F-NGIGVTQN	F(340780)	L(1) P(1) V(1) X(3)	0.00012	0.000408
993	906	-	-NGIGVTQNV	-(340785)	#(1)	0.00000	0.000458
994	907	N	NGIGVTQNVL	N(340779)	S(4) X(3)	0.00014	0.000477
995	908	G	GIGVTQNVLY	G(340781)	C(1) V(1) X(3)	0.00008	0.000478
996	909	I	IGVTQNVLYE	I(340706)	V(72) -(1) X(7)	0.00204	0.000501
997	910	G	GVTQNVLYEN	G(340767)	-(1) X(16) #(2)	0.00004	0.000301
998	911	V	VTQNVLYENQ	V(340763)	I(18) -(1) X(4)	0.00061	0.000305
999	912	T	TQNVLYENQK	T(340768)	I(4) A(2) -(1) X(11)	0.00026	0.000256
1000	913	Q	QNVLYENQK-	Q(340747)	H(16) $(2) -(1) X(20)	0.00063	0.00023
1001	914	N	NVLYENQK-L	N(340773)	-(1) I(1) S(1) Y(1) X(8) #(1)	0.00016	0.000353
1002	915	V	VLYENQK-LI	V(340759)	I(17) -(1) F(1) X(8)	0.00062	0.000345
1003	916	L	LYENQK-LIA	L(340777)	F(4) -(1) X(4)	0.00019	0.000472
1004	917	Y	YENQK-LIAN	Y(340777)	H(3) -(1) X(5)	0.00015	0.000483
1005	918	E	ENQK-LIANQ	E(340774)	G(3) -(1) D(1) P(1) Q(1) V(1) X(4)	0.00031	0.000503
1006	919	N	NQK-LIANQF	N(340782)	-(1) X(3)	0.00004	0.000472
1007	920	Q	QK-LIANQFN	Q(340753)	-(1) R(1) X(31)	0.00008	0.000483
1008	921	K	K-LIANQFNS	K(340780)	-(2) $(1) X(2) #(1)	0.00012	0.001654
1009	921	-	-LIANQFNSA	-(340784)	#(2)	0.00000	0.001877
1010	922	L	LIANQFNSAI	L(340713)	F(59) M(3) -(1) V(1) X(9)	0.00186	0.001896
1011	923	I	IANQFNSAIG	I(340783)	-(1) F(1) X(1)	0.00008	0.001825
1012	924	A	ANQFNSAIGK	A(340717)	S(32) V(29) -(1) X(7)	0.00189	0.001821
1013	925	N	NQFNSAIGKI	N(340774)	K(3) S(3) D(1) Y(1) X(4)	0.00030	0.001662
1014	926	Q	QFNSAIGKIQ	Q(340768)	H(8) E(1) $(1) X(8)	0.00035	0.001644
1015	927	F	FNSAIGKIQD	F(340781)	X(5)	0.00000	0.004755
1016	928	N	NSAIGKIQDS	N(340777)	D(2) O(2) X(5)	0.00015	0.004849
1017	929	S	SAIGKIQDSL	S(340262)	T(462) I(47) N(2) R(1) X(12)	0.01179	0.005356
1018	930	A	AIGKIQDSL-	A(340695)	V(83) S(1) T(1) X(6)	0.00235	0.004177
1019	931	I	IGKIQDSL-S	I(340779)	V(4) T(1) X(2)	0.00019	0.005552
1020	932	G	GKIQDSL-SS	G(340740)	S(15) V(9) D(5) C(4) R(1) X(12)	0.00115	0.005949
1021	933	K	KIQDSL-SST	K(340782)	R(1) X(3)	0.00004	0.005975
1022	934	I	IQDSL-SSTA	I(340769)	M(4) V(2) L(1) T(1) X(9)	0.00030	0.006464
1023	935	Q	QDSL-SSTAS	Q(340779)	E(1) H(1) R(1) X(4)	0.00012	0.006956
1024	936	D	DSL-SSTASA	D(339249)	Y(1249) N(104) H(98) V(25) E(17) G(15) A(1) X(28)	0.03146	0.006952
1025	937	S	SL-SSTASAL	S(340750)	L(27) T(2) A(1) X(6)	0.00094	0.003825
1026	938	L	L-SSTASALG	L(340564)	F(176) I(26) X(20)	0.00522	0.003914
1027	938	-	-SSTASALGK	-(340785)	#(1)	0.00000	0.003453
1028	939	S	SSTASALGK-	S(339983)	F(772) Y(1) X(30)	0.01610	0.003453
1029	940	S	STASALGK-L	S(340612)	F(136) -(7) A(7) Y(3) T(1) X(20)	0.00416	0.001884
1030	941	T	TASALGK-LQ	T(340734)	A(27) I(10) S(7) X(8)	0.00141	0.001472
1031	942	A	ASALGK-LQD	A(340596)	S(106) T(66) V(5) -(1) E(1) X(11)	0.00493	0.00152
1032	943	S	SALGK-LQDV	S(340447)	P(168) I(19) T(4) G(3) R(2) -(1) X(142)	0.00522	0.001027
1033	944	A	ALGK-LQDVV	A(340778)	-(1) V(1) X(6)	0.00008	0.000541
1034	945	L	LGK-LQDVVN	L(340773)	F(2) I(2) -(1) X(8)	0.00019	0.000533
1035	946	G	GK-LQDVVNQ	G(340716)	V(51) E(6) R(3) A(1) X(9)	0.00183	0.000596
1036	947	K	K-LQDVVNQN	K(340761)	R(18) I(1) X(6)	0.00061	0.000447
1037	947	-	-LQDVVNQNA	-(340785)	#(1)	0.00000	0.000386
1038	948	L	LQDVVNQNAQ	L(340771)	I(11) R(1) X(3)	0.00041	0.001468
1039	949	Q	QDVVNQNAQA	Q(340783)	R(1) X(2)	0.00004	0.001481
1040	950	D	DVVNQNAQAL	D(340718)	H(31) N(22) Y(4) G(2) A(1) X(8)	0.00189	0.001481
1041	951	V	VVNQNAQALN	V(340780)	X(6)	0.00000	0.0013
1042	952	V	VNQNAQALNT	V(340770)	F(7) A(1) I(1) L(1) X(6)	0.00036	0.001366
1043	953	N	NQNAQALNTL	N(340785)	X(1)	0.00000	0.00133
1044	954	Q	QNAQALNTLV	Q(340757)	K(15) L(4) R(4) $(1) X(5)	0.00082	0.001342
1045	955	N	NAQALNTLVK	N(340775)	H(10) X(1)	0.00034	0.001268
1046	956	A	AQALNTLVKQ	A(340778)	X(8)	0.00000	0.001238
1047	957	Q	QALNTLVKQL	Q(340307)	L(456) R(14) H(5) X(4)	0.01082	0.001238
1048	958	A	ALNTLVKQLS	A(340766)	S(17) X(3)	0.00054	0.000189
1049	959	L	LNTLVKQLSS	L(340772)	V(1) X(13)	0.00004	0.000139
1050	960	N	NTLVKQLSSN	N(340780)	K(2) X(4)	0.00008	0.00015
1051	961	T	TLVKQLSSNF	T(340756)	M(15) A(5) X(10)	0.00066	0.000146
1052	962	L	LVKQLSSNFG	L(340781)	X(5)	0.00000	8.4e-05
1053	963	V	VKQLSSNFGA	V(340782)	F(2) D(1) X(1)	0.00012	8.4e-05
1054	964	K	KQLSSNFGAI	K(340776)	R(2) X(8)	0.00008	8e-05
1055	965	Q	QLSSNFGAIS	Q(340780)	$(1) X(5)	0.00004	8e-05
1056	966	L	LSSNFGAISS	L(340779)	X(7)	0.00000	8e-05
1057	967	S	SSNFGAISSV	S(340767)	G(5) T(3) R(1) X(9) #(1)	0.00033	0.000115
1058	968	S	SNFGAISSVL	S(340778)	A(1) X(7)	0.00004	8.6e-05
1059	969	N	NFGAISSVLN	N(340774)	S(3) K(1) X(8)	0.00015	9e-05
1060	970	F	FGAISSVLND	F(340782)	S(1) X(3)	0.00004	9.8e-05
1061	971	G	GAISSVLNDI	G(340772)	V(1) X(13)	0.00004	0.000106
1062	972	A	AISSVLNDIL	A(340781)	X(5)	0.00000	0.000117
1063	973	I	ISSVLNDILS	I(340781)	O(1) V(1) X(3)	0.00008	0.026568
1064	974	S	SSVLNDILSR	S(340780)	L(1) P(1) X(4)	0.00008	0.02656
1065	975	S	SVLNDILSRL	S(340782)	N(1) X(3)	0.00004	0.026552
1066	976	V	VLNDILSRLD	V(340770)	F(8) I(2) X(6)	0.00035	0.026559
1067	977	L	LNDILSRLDK	L(340780)	I(1) X(5)	0.00004	0.02667
1068	978	N	NDILSRLDKV	N(340778)	D(1) O(1) X(6)	0.00008	0.026685
1069	979	D	DILSRLDKVE	D(340713)	H(3) Y(2) V(1) X(67)	0.00023	0.026677
1070	980	I	ILSRLDKVEA	I(340781)	F(1) O(1) T(1) X(2)	0.00012	0.026658
1071	981	L	LSRLDKVEAE	L(340779)	F(3) P(1) X(3)	0.00015	0.026658
1072	982	S	SRLDKVEAEV	S(315443)	A(25296) L(1) X(46)	0.26451	0.026665
1073	983	R	RLDKVEAEVQ	R(340777)	X(9)	0.00000	0.000218
1074	984	L	LDKVEAEVQI	L(340782)	X(4)	0.00000	0.000226
1075	985	D	DKVEAEVQID	D(340776)	N(3) X(7)	0.00011	0.00023
1076	986	K	KVEAEVQIDR	K(340733)	R(42) I(3) Q(2) N(1) X(5)	0.00146	0.000219
1077	987	V	VEAEVQIDRL	V(340776)	F(4) I(1) X(5)	0.00019	7.3e-05
1078	988	E	EAEVQIDRLI	E(340782)	X(4)	0.00000	5.8e-05
1079	989	A	AEVQIDRLIT	A(340782)	S(1) X(3)	0.00004	6.6e-05
1080	990	E	EVQIDRLITG	E(340782)	Q(2) A(1) X(1)	0.00012	6.2e-05
1081	991	V	VQIDRLITGR	V(340769)	L(5) A(1) X(11)	0.00022	5.4e-05
1082	992	Q	QIDRLITGRL	Q(340783)	$(1) X(2)	0.00004	3.6e-05
1083	993	I	IDRLITGRLQ	I(340783)	V(2) X(1)	0.00008	4.4e-05
1084	994	D	DRLITGRLQS	D(340779)	E(1) X(6)	0.00004	3.6e-05
1085	995	R	RLITGRLQSL	R(340780)	X(6)	0.00000	3.6e-05
1086	996	L	LITGRLQSLQ	L(340779)	X(7)	0.00000	5.5e-05
1087	997	I	ITGRLQSLQT	I(340781)	T(1) X(4)	0.00004	0.000211
1088	998	T	TGRLQSLQTY	T(340779)	I(2) X(5)	0.00008	0.000219
1089	999	G	GRLQSLQTYV	G(340629)	X(157)	0.00000	0.000226
1090	1000	R	RLQSLQTYVT	R(340780)	C(1) X(5)	0.00004	0.000302
1091	1001	L	LQSLQTYVTQ	L(340778)	F(1) X(7)	0.00004	0.000302
1092	1002	Q	QSLQTYVTQQ	Q(340775)	E(2) L(1) X(8)	0.00012	0.000298
1093	1003	S	SLQTYVTQQL	S(340776)	X(10)	0.00000	0.000294
1094	1004	L	LQTYVTQQLI	L(340782)	F(1) X(3)	0.00004	0.000313
1095	1005	Q	QTYVTQQLIR	Q(340778)	H(4) L(1) X(3)	0.00019	0.000395
1096	1006	T	TYVTQQLIRA	T(340722)	I(53) S(1) X(10)	0.00156	0.000388
1097	1007	Y	YVTQQLIRAA	Y(340734)	H(2) F(1) X(49)	0.00012	0.00027
1098	1008	V	VTQQLIRAAE	V(340769)	L(2) M(2) X(13)	0.00015	0.000266
1099	1009	T	TQQLIRAAEI	T(340749)	I(18) S(3) A(2) X(14)	0.00076	0.000281
1100	1010	Q	QQLIRAAEIR	Q(340778)	L(1) X(7)	0.00004	0.000213
1101	1011	Q	QLIRAAEIRA	Q(340778)	X(8)	0.00000	0.002148
1102	1012	L	LIRAAEIRAS	L(340782)	S(2) X(2)	0.00008	0.002228
1103	1013	I	IRAAEIRASA	I(340781)	T(4) L(1)	0.00019	0.002294
1104	1014	R	RAAEIRASAN	R(340752)	K(19) T(5) I(2) X(8)	0.00086	0.002302
1105	1015	A	AAEIRASANL	A(340781)	T(2) V(1) X(2)	0.00012	0.002257
1106	1016	A	AEIRASANLA	A(340772)	T(9) S(2) X(3)	0.00038	0.002245
1107	1017	E	EIRASANLAA	E(340780)	G(1) K(1) X(4)	0.00008	0.00238
1108	1018	I	IRASANLAAT	I(340776)	V(4) T(2) F(1) L(1) X(2)	0.00030	0.002728
1109	1019	R	RASANLAATK	R(340779)	K(2) X(5)	0.00008	0.002698
1110	1020	A	ASANLAATKM	A(339870)	S(695) V(184) D(2) T(1) X(34)	0.01939	0.002728
1111	1021	S	SANLAATKMS	S(340753)	F(12) Y(11) P(1) X(9)	0.00080	0.000811
1112	1022	A	ANLAATKMSE	A(340758)	S(24) X(4)	0.00074	0.000742
1113	1023	N	NLAATKMSEC	N(340779)	S(3) K(2) D(1) Y(1)	0.00027	0.000668
1114	1024	L	LAATKMSECV	L(340768)	F(5) R(3) I(2) P(1) X(7)	0.00041	0.00067
1115	1025	A	AATKMSECVL	A(340781)	X(5)	0.00000	0.000647
1116	1026	A	ATKMSECVLG	A(340726)	S(51) T(4) V(2) P(1) X(2)	0.00173	0.000693
1117	1027	T	TKMSECVLGQ	T(340640)	I(124) S(8) N(1) X(13)	0.00356	0.000528
1118	1028	K	KMSECVLGQS	K(340786)		0.00000	0.000176
1119	1029	M	MSECVLGQSK	M(340772)	I(9) V(2) X(3)	0.00038	0.000184
1120	1030	S	SECVLGQSKR	S(340774)	A(3) L(3) X(6)	0.00022	0.000154
1121	1031	E	ECVLGQSKRV	E(340778)	D(3) X(5)	0.00011	0.000391
1122	1032	C	CVLGQSKRVD	C(340777)	X(9)	0.00000	0.00038
1123	1033	V	VLGQSKRVDF	V(340771)	A(6) I(1) L(1) X(6) #(1)	0.00029	0.000388
1124	1034	L	LGQSKRVDFC	L(340779)	I(5) X(2)	0.00018	0.000367
1125	1035	G	GQSKRVDFCG	G(340767)	V(14) X(5)	0.00046	0.000353
1126	1036	Q	QSKRVDFCGK	Q(340780)	L(1) $(1) X(4)	0.00008	0.000523
1127	1037	S	SKRVDFCGKG	S(340732)	P(1) X(53)	0.00004	0.000515
1128	1038	K	KRVDFCGKGY	K(340782)	I(1) R(1) X(2)	0.00008	0.000523
1129	1039	R	RVDFCGKGYH	R(340781)	K(1) T(1) X(3)	0.00008	0.000529
1130	1040	V	VDFCGKGYHL	V(340680)	F(93) A(1) I(1) X(11)	0.00259	0.000535
1131	1041	D	DFCGKGYHLM	D(340781)	X(4) #(1)	0.00000	0.000522
1132	1042	F	FCGKGYHLMS	F(340781)	I(1) L(1) X(2) #(1)	0.00008	0.000526
1133	1043	C	CGKGYHLMSF	C(340781)	F(1) S(1) X(3)	0.00008	0.000886
1134	1044	G	GKGYHLMSFP	G(340776)	$(1) X(9)	0.00004	0.000882
1135	1045	K	KGYHLMSFPQ	K(340711)	N(40) R(17) M(5) E(4) Q(2) T(1) X(6)	0.00216	0.000886
1136	1046	G	GYHLMSFPQS	G(340783)	X(3)	0.00000	0.00071
1137	1047	Y	YHLMSFPQSA	Y(340776)	H(2) F(1) X(7)	0.00012	0.000759
1138	1048	H	HLMSFPQSAP	H(340772)	Y(4) X(10)	0.00014	0.000755
1139	1049	L	LMSFPQSAPH	L(340773)	I(4) X(9)	0.00014	0.000868
1140	1050	M	MSFPQSAPHG	M(340696)	I(80) V(4) L(2) T(1) X(3)	0.00246	0.000854
1141	1051	S	SFPQSAPHGV	S(340784)	T(1) X(1)	0.00004	0.000623
1142	1052	F	FPQSAPHGVV	F(340613)	L(131) I(8) X(34)	0.00368	0.000648
1143	1053	P	PQSAPHGVVF	P(340783)	T(1) X(2)	0.00004	0.000294
1144	1054	Q	QSAPHGVVFL	Q(340780)	H(1) L(1) X(4)	0.00008	0.000695
1145	1055	S	SAPHGVVFLH	S(340772)	A(5) L(5) T(1) X(3)	0.00040	0.000691
1146	1056	A	APHGVVFLHV	A(340756)	V(15) X(15)	0.00049	0.000908
1147	1057	P	PHGVVFLHVT	P(340781)	L(2) X(3)	0.00008	0.000914
1148	1058	H	HGVVFLHVTY	H(340728)	Y(35) L(4) R(2) X(17)	0.00127	0.000914
1149	1059	G	GVVFLHVTYV	G(340783)	X(3)	0.00000	0.001774
1150	1060	V	VVFLHVTYVP	V(340779)	L(3) I(1) X(3)	0.00015	0.002318
1151	1061	V	VFLHVTYVPA	V(340775)	I(5) F(3) X(3)	0.00029	0.002776
1152	1062	F	FLHVTYVPAQ	F(340777)	L(4) X(5)	0.00014	0.003226
1153	1063	L	LHVTYVPAQE	L(340617)	F(159) X(10)	0.00405	0.003259
1154	1064	H	HVTYVPAQEK	H(340783)	Y(1) X(2)	0.00004	0.005669
1155	1065	V	VTYVPAQEKO	V(340685)	L(85) A(6) M(1) X(9)	0.00257	0.005934
1156	1066	T	TYVPAQEKOF	T(340765)	N(9) I(7) X(5)	0.00055	0.005692
1157	1067	Y	YVPAQEKOFT	Y(340781)	F(1) $(1) X(3)	0.00008	0.005698
1158	1068	V	VPAQEKOFTT	V(340362)	F(375) I(25) L(13) A(1) D(1) X(9)	0.00987	0.005712
1159	1069	P	PAQEKOFTTA	P(340563)	S(217) H(1) L(1) T(1) X(3)	0.00544	0.006705
1160	1070	A	AQEKOFTTAP	A(340598)	S(89) V(79) T(4) X(16)	0.00473	0.006357
1161	1071	Q	QEKOFTTAPA	Q(340587)	L(175) H(9) E(1) K(1) X(13)	0.00479	0.005895
1162	1072	E	EKOFTTAPAI	E(340763)	Q(13) V(1) X(9)	0.00047	0.005465
1163	1073	K	KOFTTAPAIC	K(339426)	N(1024) T(290) E(17) R(6) M(2) X(21)	0.02815	0.005418
1164	1074	O	OFTTAPAICH	O(340676)	D(31) N(28) Y(18) K(6) H(3) X(24)	0.00269	0.002754
1165	1075	F	FTTAPAICHD	F(340778)	Y(3) L(1) X(4)	0.00015	0.003755
1166	1076	T	TTAPAICHDG	T(340754)	I(13) S(4) A(1) X(14)	0.00061	0.004213
1167	1077	T	TAPAICHDGK	T(340771)	I(4) A(2) X(9)	0.00022	0.004199
1168	1078	A	APAICHDGKA	A(339860)	S(717) V(92) T(80) D(1) X(36)	0.01980	0.004626
1169	1079	P	PAICHDGKAH	P(340713)	S(63) T(4) A(1) X(5)	0.00196	0.002712
1170	1080	A	AICHDGKAHF	A(340778)	S(3) X(5)	0.00011	0.002516
1171	1081	I	ICHDGKAHFP	I(340772)	V(9) M(3) L(2)	0.00049	0.002521
1172	1082	C	CHDGKAHFPR	C(340784)	X(2)	0.00000	0.002654
1173	1083	H	HDGKAHFPRE	H(340736)	Q(25) Y(20) R(3) X(2)	0.00151	0.002702
1174	1084	D	DGKAHFPREG	D(340227)	Y(457) G(54) E(21) N(5) H(3) X(18) #(1)	0.01270	0.002563
1175	1085	G	GKAHFPREGV	G(340600)	A(123) R(35) E(8) L(3) V(2) X(15)	0.00473	0.001371
1176	1086	K	KAHFPREGVF	K(340770)	R(8) E(3) N(1) $(1) X(3)	0.00047	0.000902
1177	1087	A	AHFPREGVFV	A(340600)	S(161) V(6) G(4) T(1) X(14)	0.00449	0.000863
1178	1088	H	HFPREGVFVS	H(340763)	Y(9) R(8) D(1) Q(1) X(4)	0.00066	0.000464
1179	1089	F	FPREGVFVSO	F(340780)	X(6)	0.00000	0.000439
1180	1090	P	PREGVFVSOG	P(340775)	S(2) L(1) T(1) X(7)	0.00016	0.000627
1181	1091	R	REGVFVSOGT	R(340715)	L(28) H(15) C(11) S(2) G(1) X(14)	0.00182	0.00064
1182	1092	E	EGVFVSOGTH	E(340767)	D(4) A(3) K(3) G(2) V(1) X(6)	0.00048	0.000784
1183	1093	G	GVFVSOGTHW	G(340783)	S(2) V(1)	0.00012	0.000823
1184	1094	V	VFVSOGTHWF	V(340760)	I(20) A(4) X(2)	0.00078	0.000844
1185	1095	F	FVSOGTHWFV	F(340782)	L(1) X(3)	0.00004	0.001537
1186	1096	V	VSOGTHWFVT	V(340781)	A(2) X(3)	0.00008	0.001537
1187	1097	S	SOGTHWFVTQ	S(340772)	L(9) T(2) A(1) P(1) $(1)	0.00050	0.001545
1188	1098	O	OGTHWFVTQR	O(340773)	N(10) S(2) X(1)	0.00041	0.001598
1189	1099	G	GTHWFVTQRN	G(340705)	D(57) S(4) V(2) C(1) X(17)	0.00188	0.0016
1190	1100	T	THWFVTQRNF	T(340775)	I(6) K(1) S(1) X(3)	0.00029	0.001487
1191	1101	H	HWFVTQRNFY	H(340653)	Y(112) Q(5) D(1) N(1) R(1) X(13)	0.00326	0.001458
1192	1102	W	WFVTQRNFYE	W(340754)	L(19) C(2) F(2) S(2) G(1) X(6)	0.00087	0.001329
1193	1103	F	FVTQRNFYEP	F(340775)	L(5) C(2) S(2) X(2)	0.00033	0.001409
1194	1104	V	VTQRNFYEPQ	V(340436)	L(299) I(21) X(30)	0.00771	0.001415
1195	1105	T	TQRNFYEPQI	T(340783)	P(1) X(2)	0.00004	0.000766
1196	1106	Q	QRNFYEPQII	Q(340778)	P(2) H(1) R(1) X(4)	0.00016	0.000807
1197	1107	R	RNFYEPQIIT	R(340748)	S(24) M(6) K(2) X(6)	0.00103	0.000857
1198	1108	N	NFYEPQIITT	N(340768)	Y(7) S(4) I(1) X(6)	0.00043	0.00152
1199	1109	F	FYEPQIITTD	F(340759)	L(18) I(5) X(4)	0.00075	0.028384
1200	1110	Y	YEPQIITTDN	Y(340778)	X(8)	0.00000	0.028313
1201	1111	E	EPQIITTDNT	E(340719)	Q(49) A(11) K(4) D(1) X(2)	0.00197	0.028485
1202	1112	P	PQIITTDNTF	P(340722)	L(34) S(14) Q(3) R(1) T(1) X(11)	0.00167	0.02857
1203	1113	Q	QIITTDNTFV	Q(340770)	K(3) E(2) L(2) H(1) R(1) $(1) X(5) #(1)	0.00039	0.029405
1204	1114	I	IITTDNTFVS	I(340743)	T(18) V(7) M(4) S(4) L(3) X(7)	0.00122	0.029366
1205	1115	I	ITTDNTFVSG	I(340772)	V(11) F(1) L(1) X(1)	0.00045	0.029894
1206	1116	T	TTDNTFVSGN	T(340762)	N(15) I(5) X(4)	0.00066	0.029861
1207	1117	T	TDNTFVSGNC	T(340382)	I(307) R(6) K(3) A(2) S(1) X(85)	0.00766	0.029795
1208	1118	D	DNTFVSGNCD	D(315251)	H(25313) Y(140) V(19) A(4) G(3) Q(1) X(55)	0.26907	0.029105
1209	1119	N	NTFVSGNCDV	N(340783)	S(1) X(2)	0.00004	0.002238
1210	1120	T	TFVSGNCDVV	T(340723)	I(50) S(8) X(5)	0.00172	0.002353
1211	1121	F	FVSGNCDVVI	F(340674)	L(106) X(6)	0.00282	0.00229
1212	1122	V	VSGNCDVVIG	V(340332)	L(443) A(1) M(1) X(9)	0.01002	0.002024
1213	1123	S	SGNCDVVIGI	S(340784)	X(2)	0.00000	0.00119
1214	1124	G	GNCDVVIGIV	G(340268)	V(238) C(12) S(6) D(2) A(1) X(259)	0.00650	0.001418
1215	1125	N	NCDVVIGIVO	N(340781)	D(2) T(1) X(2)	0.00012	0.000808
1216	1126	C	CDVVIGIVON	C(340786)		0.00000	0.000815
1217	1127	D	DVVIGIVONT	D(340755)	Y(6) G(5) N(4) E(3) H(2) A(1) X(10)	0.00076	0.000829
1218	1128	V	VVIGIVONTV	V(340772)	F(5) A(3) I(3) X(3)	0.00040	0.000761
1219	1129	V	VIGIVONTVY	V(340747)	I(19) L(10) A(5) E(2) X(3)	0.00119	0.000729
1220	1130	I	IGIVONTVYD	I(340748)	M(20) L(9) V(3) T(1) X(5)	0.00109	0.000849
1221	1131	G	GIVONTVYDP	G(340770)	E(2) R(1) V(1) X(12)	0.00016	0.00074
1222	1132	I	IVONTVYDPL	I(340726)	V(43) T(9) S(2) -(1) X(5)	0.00168	0.000775
1223	1133	V	VONTVYDPLQ	V(340704)	F(39) A(15) I(10) L(9) X(9)	0.00228	0.000625
1224	1134	O	ONTVYDPLQP	O(340770)	N(7) H(2) S(2) X(5)	0.00040	0.000472
1225	1135	N	NTVYDPLQPE	N(340775)	D(2) Y(2) I(1) X(6)	0.00019	0.000716
1226	1136	T	TVYDPLQPEL	T(340778)	I(4) X(4)	0.00014	0.000697
1227	1137	V	VYDPLQPELD	V(340780)	F(2) X(4)	0.00008	0.001154
1228	1138	Y	YDPLQPELDS	Y(340784)	D(1) N(1)	0.00008	0.00161
1229	1139	D	DPLQPELDSF	D(340692)	H(41) N(24) Y(12) E(1) X(16)	0.00239	0.001606
1230	1140	P	PLQPELDSFK	P(333083)	X(7703)	0.00000	0.001421
1231	1141	L	LQPELDSFKE	L(340765)	F(16) X(4) #(1)	0.00051	0.001557
1232	1142	Q	QPELDSFKEE	Q(340778)	L(5) X(3)	0.00018	0.00152
1233	1143	P	PELDSFKEEL	P(340755)	L(20) F(1) H(1) S(1) X(8)	0.00075	0.001506
1234	1144	E	ELDSFKEELD	E(340680)	Q(93) A(6) D(1) K(1) V(1) X(4)	0.00284	0.001745
1235	1145	L	LDSFKEELDK	L(340782)	X(4)	0.00000	0.001473
1236	1146	D	DSFKEELDKY	D(340608)	H(82) Y(49) G(12) E(9) N(9) V(1) X(16)	0.00471	0.001568
1237	1147	S	SFKEELDKYF	S(340585)	L(179) A(3) T(1) X(18)	0.00464	0.00114
1238	1148	F	FKEELDKYFK	F(340781)	S(1) X(4)	0.00004	0.000725
1239	1149	K	KEELDKYFKO	K(340762)	R(13) N(2) M(1) X(8)	0.00054	0.000764
1240	1150	E	EELDKYFKOH	E(340739)	D(31) K(9) V(2) G(1) X(4)	0.00136	0.00086
1241	1151	E	ELDKYFKOHT	E(340779)	D(4) X(3)	0.00014	0.000739
1242	1152	L	LDKYFKOHTS	L(340782)	F(1) X(3)	0.00004	0.000729
1243	1153	D	DKYFKOHTSP	D(340664)	Y(91) G(11) A(3) H(2) E(1) N(1) V(1) X(12)	0.00314	0.002491
1244	1154	K	KYFKOHTSPD	K(340782)	I(2) R(1) X(1)	0.00012	0.005794
1245	1155	Y	YFKOHTSPDV	Y(340752)	F(25) H(5) X(4)	0.00095	0.006009
1246	1156	F	FKOHTSPDVD	F(340772)	L(13) X(1)	0.00043	0.006048
1247	1157	K	KOHTSPDVDL	K(340768)	N(11) R(1) T(1) $(1) X(4)	0.00049	0.006034
1248	1158	O	OHTSPDVDLG	O(340772)	N(6) S(4) H(2) X(2)	0.00043	0.009415
1249	1159	H	HTSPDVDLGD	H(340731)	Y(24) R(14) L(9) X(8)	0.00150	0.009834
1250	1160	T	TSPDVDLGDI	T(340780)	I(3) K(1) X(2)	0.00015	0.009754
1251	1161	S	SPDVDLGDIS	S(340783)	P(1) X(2)	0.00004	0.009779
1252	1162	P	PDVDLGDISG	P(340013)	S(301) R(250) L(166) Q(4) A(3) T(2) X(47)	0.01766	0.009932
1253	1163	D	DVDLGDISGI	D(338775)	Y(1942) V(16) A(9) G(4) N(2) X(38)	0.03617	0.008224
1254	1164	V	VDLGDISGIO	V(340707)	F(47) I(27) A(2) X(3)	0.00227	0.004686
1255	1165	D	DLGDISGIOA	D(340739)	Y(25) G(9) A(4) N(2) V(1) X(6)	0.00134	0.004836
1256	1166	L	LGDISGIOAS	L(340777)	F(5) V(3) X(1)	0.00029	0.00471
1257	1167	G	GDISGIOASV	G(338936)	V(1753) F(24) A(19) D(14) S(4) R(2) C(1) X(33)	0.03430	0.006767
1258	1168	D	DISGIOASVV	D(340604)	G(171) Y(3) A(2) H(1) O(1) V(1) X(3)	0.00462	0.003397
1259	1169	I	ISGIOASVVN	I(340764)	L(10) F(6) V(3) T(1) X(2)	0.00070	0.002978
1260	1170	S	SGIOASVVNI	S(340770)	F(7) P(2) T(1) Y(1) X(5)	0.00040	0.002937
1261	1171	G	GIOASVVNIQ	G(340729)	V(22) D(17) S(10) X(8)	0.00157	0.002951
1262	1172	I	IOASVVNIQK	I(340764)	V(17) S(1) X(4)	0.00058	0.002897
1263	1173	O	OASVVNIQKE	O(340754)	D(11) N(7) S(4) K(1) X(9)	0.00079	0.002928
1264	1174	A	ASVVNIQKEI	A(340633)	V(136) S(6) T(1) X(9) #(1)	0.00377	0.002874
1265	1175	S	SVVNIQKEID	S(340778)	L(2) X(6)	0.00008	0.002533
1266	1176	V	VVNIQKEIDR	V(339736)	F(1037) G(3) -(1) L(1) X(8)	0.02086	0.002619
1267	1177	V	VNIQKEIDRL	V(340767)	L(15) I(2) -(1) X(1)	0.00060	0.000533
1268	1178	N	NIQKEIDRLN	N(340766)	D(8) -(1) K(1) S(1) Y(1) X(8)	0.00043	0.000837
1269	1179	I	IQKEIDRLNE	I(340776)	V(5) N(2) -(1) X(2)	0.00029	0.000852
1270	1180	Q	QKEIDRLNEV	Q(340738)	K(7) L(4) H(2) -(1) R(1) X(33)	0.00054	0.000897
1271	1181	K	KEIDRLNEVA	K(340736)	R(15) Q(6) I(4) E(3) -(1) N(1) X(20)	0.00103	0.000855
1272	1182	E	EIDRLNEVAK	E(340747)	Q(25) -(1) D(1) K(1) X(11)	0.00089	0.001503
1273	1183	I	IDRLNEVAKN	I(340777)	V(6) -(1) X(2)	0.00025	0.001507
1274	1184	D	DRLNEVAKNL	D(340771)	Y(6) N(4) X(5)	0.00036	0.001486
1275	1185	R	RLNEVAKNLO	R(340753)	C(12) H(12) S(3) L(1) X(5)	0.00094	0.001514
1276	1186	L	LNEVAKNLOE	L(340784)	X(2)	0.00000	0.001923
1277	1187	N	NEVAKNLOES	N(340644)	Y(120) I(4) S(3) D(2) T(2) H(1) K(1) X(9)	0.00364	0.001927
1278	1188	E	EVAKNLOESL	E(340763)	A(6) K(5) D(3) G(1) V(1) X(7)	0.00058	0.001586
1279	1189	V	VAKNLOESLI	V(340763)	I(16) A(3) F(3) X(1)	0.00074	0.001536
1280	1190	A	AKNLOESLID	A(340779)	S(2) V(1) X(4)	0.00012	0.001655
1281	1191	K	KNLOESLIDL	K(340359)	N(312) R(3) M(1) Q(1) X(110)	0.00751	0.001773
1282	1192	N	NLOESLIDLQ	N(340752)	T(16) S(4) D(2) O(2) H(1) K(1) Y(1) X(7)	0.00093	0.001299
1283	1193	L	LOESLIDLQE	L(340783)	V(1) X(2)	0.00004	0.001786
1284	1194	O	OESLIDLQEL	O(340767)	H(8) N(5) Y(3) S(2) X(1)	0.00064	0.001946
1285	1195	E	ESLIDLQELG	E(340577)	Q(164) D(12) G(12) K(1) V(1) X(19)	0.00503	0.001901
1286	1196	S	SLIDLQELGK	S(340781)	F(1) X(4)	0.00004	0.001556
1287	1197	L	LIDLQELGKY	L(340775)	I(3) F(2) -(1) X(5)	0.00023	0.00156
1288	1198	I	IDLQELGKYE	I(340777)	-(1) V(1) X(7)	0.00008	0.001877
1289	1199	D	DLQELGKYEQ	D(340714)	Y(23) N(16) H(13) E(2) G(2) -(1) A(1) V(1) X(13)	0.00193	0.002215
1290	1200	L	LQELGKYEQY	L(340732)	F(43) I(1) X(9) #(1)	0.00130	0.00203
1291	1201	Q	QELGKYEQYI	Q(340683)	H(50) K(44) R(1) X(8)	0.00277	0.00196
1292	1202	E	ELGKYEQYIK	E(340553)	Q(175) D(15) K(12) A(5) V(4) G(3) -(1) $(1) X(17)	0.00580	0.001695
1293	1203	L	LGKYEQYIKW	L(340717)	F(56) I(1) X(12)	0.00164	0.001123
1294	1204	G	GKYEQYIKWP	G(340772)	E(3) R(1) V(1) X(9)	0.00019	0.000971
1295	1205	K	KYEQYIKWPW	K(340723)	N(43) Q(5) R(4) X(11)	0.00158	0.000972
1296	1206	Y	YEQYIKWPWY	Y(340780)	H(1) $(1) X(4)	0.00008	0.000814
1297	1207	E	EQYIKWPWYI	E(340650)	D(116) A(4) K(2) V(2) -(1) X(11)	0.00340	0.000938
1298	1208	Q	QYIKWPWYIW	Q(340640)	H(130) -(1) R(1) X(14)	0.00346	0.000617
1299	1209	Y	YIKWPWYIWL	Y(340780)	-(1) H(1) X(4)	0.00008	0.000286
1300	1210	I	IKWPWYIWLG	I(340763)	T(9) V(5) M(2) -(1) X(6)	0.00060	0.002552
1301	1211	K	KWPWYIWLGF	K(340779)	E(1) N(1) Q(1) X(4)	0.00012	0.002511
1302	1212	W	WPWYIWLGFI	W(340774)	-(1) L(1) X(10)	0.00008	0.002524
1303	1213	P	PWYIWLGFIA	P(340775)	-(1) A(1) T(1) X(8)	0.00012	0.002546
1304	1214	W	WYIWLGFIAG	W(335952)	F(2) -(1) G(1) L(1) X(4829)	0.00020	0.002955
1305	1215	Y	YIWLGFIAGL	Y(340778)	X(8)	0.00000	0.003749
1306	1216	I	IWLGFIAGLI	I(340739)	V(25) T(12) M(2) S(2) X(6)	0.00132	0.004235
1307	1217	W	WLGFIAGLIA	W(340775)	-(2) L(2) C(1) X(6)	0.00019	0.004138
1308	1218	L	LGFIAGLIAI	L(340780)	-(2) P(2) X(2)	0.00015	0.004274
1309	1219	G	GFIAGLIAIV	G(339713)	C(687) V(333) S(13) F(1) X(39)	0.02274	0.005478
1310	1220	F	FIAGLIAIVM	F(340779)	L(3) I(1) V(1) #(1) X(1)	0.00019	0.004453
1311	1221	I	IAGLIAIVMV	I(340776)	T(5) V(2) X(3)	0.00025	0.004557
1312	1222	A	AGLIAIVMVT	A(340771)	V(9) X(6)	0.00030	0.004649
1313	1223	G	GLIAIVMVTI	G(340618)	S(163) V(2) X(3)	0.00421	0.00472
1314	1224	L	LIAIVMVTIM	L(340447)	F(297) S(30) V(5) M(1) X(6)	0.00814	0.004448
1315	1225	I	IAIVMVTIML	I(340590)	F(184) V(4) S(2) T(1) X(5)	0.00486	0.003786
1316	1226	A	AIVMVTIML-	A(340768)	V(9) S(1) X(8)	0.00035	0.0033
1317	1227	I	IVMVTIML-C	I(340726)	M(47) V(3) L(2) X(8)	0.00155	0.003778
1318	1228	V	VMVTIML-CC	V(340220)	L(503) I(21) A(12) -(1) X(29)	0.01219	0.003899
1319	1229	M	MVTIML-CCM	M(340239)	I(357) T(152) L(11) X(27)	0.01249	0.00396
1320	1230	V	VTIML-CCMT	V(340742)	L(31) A(4) M(3) E(1) X(5)	0.00123	0.002986
1321	1231	T	TIML-CCMTS	T(340745)	A(31) I(3) S(2) P(1) X(4)	0.00117	0.002927
1322	1232	I	IML-CCMTSC	I(340751)	F(9) S(7) T(7) L(4) V(2) X(6)	0.00101	0.002893
1323	1233	M	ML-CCMTSCC	M(340731)	V(24) T(12) I(9) K(1) X(9)	0.00149	0.002814
1324	1234	L	L-CCMTSCCS	L(340724)	I(50) F(2) X(10)	0.00152	0.002827
1325	1234	-	-CCMTSCCSC	-(340785)	#(1)	0.00000	0.002951
1326	1235	C	CCMTSCCSCL	C(340568)	F(201) S(3) G(1) X(13)	0.00513	0.003059
1327	1236	C	CMTSCCSCLK	C(340684)	S(66) F(30) X(6)	0.00276	0.002644
1328	1237	M	MTSCCSCLKG	M(340242)	I(290) T(210) V(17) L(5) R(1) X(21)	0.01280	0.00247
1329	1238	T	TSCCSCLKGC	T(340680)	I(88) A(5) N(4) P(1) X(8)	0.00275	0.001726
1330	1239	S	SCCSCLKGCC	S(340764)	T(10) I(4) G(2) C(1) N(1) X(4)	0.00064	0.001593
1331	1240	C	CCSCLKGCCS	C(340754)	F(23) S(2) Y(1) X(6)	0.00083	0.001593
1332	1241	C	CSCLKGCCSC	C(340774)	Y(4) F(2) X(6)	0.00022	0.002201
1333	1242	S	SCLKGCCSCG	S(340708)	I(44) T(6) C(1) G(1) N(1) X(24) #(1)	0.00162	0.00267
1334	1243	C	CLKGCCSCGS	C(340670)	F(94) Y(3) -(2) S(1) X(16)	0.00276	0.003743
1335	1244	L	LKGCCSCGSC	L(340749)	F(19) I(11) P(3) X(4)	0.00108	0.004137
1336	1245	K	KGCCSCGSCC	K(340747)	N(14) R(11) E(2) T(2) X(10)	0.00098	0.004164
1337	1246	G	GCCSCGSCCK	G(340743)	S(23) V(4) C(2) A(1) D(1) X(12)	0.00102	0.00407
1338	1247	C	CCSCGSCCK-	C(340576)	F(175) Y(15) S(5) G(4) R(4) X(7)	0.00536	0.003976
1339	1248	C	CSCGSCCK--	C(340738)	F(22) R(7) S(7) Y(6) -(1) X(5)	0.00142	0.003448
1340	1249	S	SCGSCCK--F	S(340762)	Y(14) F(3) P(2) X(5)	0.00064	0.00331
1341	1250	C	CGSCCK--FD	C(340487)	F(283) Y(4) O(1) X(11)	0.00691	0.003279
1342	1251	G	GSCCK--FDE	G(340587)	V(163) R(16) E(4) A(2) -(1) X(13)	0.00491	0.002727
1343	1252	S	SCCK--FDED	S(340244)	F(440) P(88) -(1) Y(1) X(12)	0.01235	0.002461
1344	1253	C	CCK--FDEDD	C(340502)	F(276) -(1) G(1) Y(1) X(5)	0.00670	0.001628
1345	1254	C	CK--FDEDDS	C(340727)	F(42) G(1) S(1) $(1) X(14)	0.00135	0.001066
1346	1255	K	K--FDEDDSE	K(340771)	N(1) X(14)	0.00004	0.001029
1347	1255	-	--FDEDDSEP	-(340784)	F(2)	0.00008	0.002954
1348	1255	-	-FDEDDSEPV	-(340784)	K(2)	0.00008	0.003424
1349	1256	F	FDEDDSEPVL	F(340782)	Y(1) X(3)	0.00004	0.003479
1350	1257	D	DEDDSEPVLK	D(340773)	E(6) -(1) H(1) Y(1) X(4)	0.00033	0.003542
1351	1258	E	EDDSEPVLKG	E(340728)	V(18) D(13) Q(8) A(1) G(1) $(1) X(16)	0.00139	0.003588
1352	1259	D	DDSEPVLKGV	D(340693)	Y(63) H(6) V(3) E(2) A(1) O(1) X(17)	0.00225	0.003512
1353	1260	D	DSEPVLKGVK	D(340628)	Y(111) N(18) E(7) H(3) A(2) G(2) X(15)	0.00402	0.003302
1354	1261	S	SEPVLKGVKL	S(340748)	F(32) Y(3) X(3)	0.00108	0.002904
1355	1262	E	EPVLKGVKLH	E(340752)	A(9) D(8) G(5) $(3) K(2) Q(1) X(6)	0.00098	0.002817
1356	1263	P	PVLKGVKLHY	P(339855)	L(797) T(56) S(17) Q(10) R(9) X(42)	0.01929	0.002768
1357	1264	V	VLKGVKLHYT	V(340498)	L(168) F(14) A(1) M(1) X(104)	0.00478	0.00091
1358	1265	L	LKGVKLHYT$	L(340761)	F(8) P(8) Q(1) R(1) X(7)	0.00063	0.000486
1359	1266	K		K(340756)	R(20) I(1) X(9)	0.00067
1360	1267	G		G(340756)	V(13) R(6) $(3) E(1) X(7)	0.00079
1361	1268	V		V(340762)	A(9) I(6) F(3) X(6)	0.00063
1362	1269	K		K(340778)	N(3) R(1) X(4)	0.00015
1363	1270	L		L(340781)	S(1) X(4)	0.00004
1364	1271	H		H(340776)	Y(6) X(4)	0.00021
1365	1272	Y		Y(340767)	F(8) H(5) $(1) X(5)	0.00049
1366	1273	T		T(340747)	I(19) S(3) X(17)	0.00071
1367	1274	$		$(340742)	-(17) #(27)	0.00054

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