Tables of mutating sites in Spike, updated daily

Last update: Oct 24, 2020

Table 2. All positions in Spike are listed, with the frequencies of variant forms in position, the entropy of each position, and the local regional entropy of spanning 10 continuous amino acid segments, to highlight nearby regions of variation.
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**Per site variation**
Alignment position	1st seq position	1st seq in input set	10 mer	10/24/2020 common form	10/24/2020 Variants	10/24/2020 Entropy	10/24/2020 Ave Entropy 10mer
1	1	M	MFV-FLVLLP	M(125038)	-(11) C(1) X(8)	0.001	0.008
2	2	F	FV-FLVLLPL	F(125041)	L(12) X(5)	0.001	0.0079
3	3	V	V-FLVLLPLV	V(124967)	F(2) G(49) I(2) X(38)	0.004	0.008
4	3	-	-FLVLLPLVS	-(125051)	X(7)	0.000	0.0087
5	4	F	FLVLLPLVSS	F(125050)	S(2) X(6)	0.000	0.009
6	5	L	LVLLPLVSSQ	L(123566)	F(1373) I(1) X(118)	0.061	0.0093
7	6	V	VLLPLVSSQC	V(124993)	F(50) G(1) I(1) X(13)	0.004	0.0034
8	7	L	LLPLVSSQCV	L(125047)	F(1) I(1) S(3) V(1) X(5)	0.001	0.0031
9	8	L	LPLVSSQCVO	L(124989)	F(11) V(54) W(1) X(3)	0.005	0.0034
10	9	P	PLVSSQCVOL	P(125008)	L(14) S(14) T(7) X(15)	0.003	0.0158
11	10	L	LVSSQCVOLT	L(125045)	I(2) V(1) X(10)	0.000	0.0158
12	11	V	VSSQCVOLTT	V(125023)	A(3) F(5) I(9) L(1) X(17)	0.002	0.0163
13	12	S	SSQCVOLTTR	S(124855)	C(1) F(184) P(1) X(17)	0.011	0.0216
14	13	S	SQCVOLTTRT	S(125016)	I(25) N(8) X(9)	0.003	0.0213
15	14	Q	QCVOLTTRTQ	Q(125010)	-(3) H(26) R(4) X(15)	0.003	0.0211
16	15	C	CVOLTTRTQL	C(125018)	-(3) F(23) X(14)	0.002	0.0209
17	16	V	VOLTTRTQLP	V(125038)	-(3) F(6) I(3) X(8)	0.001	0.0217
18	17	O	OLTTRTQLPP	O(124998)	-(2) K(1) N(49) X(6) Y(2)	0.004	0.0233
19	18	L	LTTRTQLPPA	L(121460)	-(1) F(3555) I(1) X(41)	0.129	0.0238
20	19	T	TTRTQLPPAY	T(125007)	I(29) K(4) P(1) R(2) S(1) X(14)	0.003	0.0113
21	20	T	TRTQLPPAYT	T(124968)	A(2) I(64) O(1) S(1) X(22)	0.005	0.0123
22	21	R	RTQLPPAYT-	R(123848)	I(1147) K(16) S(1) T(15) X(31)	0.055	0.0118
23	22	T	TQLPPAYT-N	T(124926)	A(2) I(68) N(43) P(1) X(18)	0.008	0.0064
24	23	Q	QLPPAYT-NS	Q(125039)	H(6) K(1) R(2) X(10)	0.001	0.0056
25	24	L	LPPAYT-NSF	L(125028)	-(9) I(1) S(5) X(15)	0.001	0.0056
26	25	P	PPAYT-NSFT	P(124866)	L(4) S(141) T(5) X(42)	0.010	0.0058
27	26	P	PAYT-NSFTR	P(124757)	F(1) H(2) L(210) R(4) S(56) T(3) X(25)	0.017	0.0048
28	27	A	AYT-NSFTRG	A(124908)	S(76) T(18) V(31) X(25)	0.009	0.0034
29	28	Y	YT-NSFTRGV	Y(124988)	D(2) F(1) H(58) X(9)	0.004	0.0025
30	29	T	T-NSFTRGVY	T(124818)	A(5) I(215) S(1) X(19)	0.013	0.0021
31	29	-	-NSFTRGVYY	-(125057)	X(1)	0.000	0.0008
32	30	N	NSFTRGVYYP	N(125007)	I(2) S(2) T(4) X(43)	0.001	0.0008
33	31	S	SFTRGVYYPD	S(125035)	F(2) X(21)	0.000	0.0007
34	32	F	FTRGVYYPDK	F(125012)	I(1) L(10) V(1) X(33) Y(1)	0.001	0.0007
35	33	T	TRGVYYPDKV	T(125000)	A(4) I(32) K(2) S(1) X(19)	0.003	0.0006
36	34	R	RGVYYPDKV-	R(125030)	C(1) X(27)	0.000	0.0003
37	35	G	GVYYPDKV-F	G(124987)	V(45) X(26)	0.003	0.0003
38	36	V	VYYPDKV-FR	V(125055)	X(3)	0.000	0
39	37	Y	YYPDKV-FRS	Y(125056)	X(2)	0.000	0
40	38	Y	YPDKV-FRSS	Y(125047)	C(1) X(10)	0.000	0.0001
41	39	P	PDKV-FRSSV	P(125054)	L(1) X(3)	0.000	0.0001
42	40	D	DKV-FRSSVL	D(125050)	E(1) T(1) X(6)	0.000	0.0001
43	41	K	KV-FRSSVLH	K(125053)	I(1) X(4)	0.000	0.0015
44	42	V	V-FRSSVLHS	V(125054)	L(2) X(2)	0.000	0.0018
45	42	-	-FRSSVLHST	-(125058)		0.000	0.0022
46	43	F	FRSSVLHSTQ	F(125056)	L(1) X(1)	0.000	0.0025
47	44	R	RSSVLHSTQD	R(125054)	K(1) X(3)	0.000	0.0025
48	45	S	SSVLHSTQDL	S(125054)	P(1) X(3)	0.000	0.0043
49	46	S	SVLHSTQDLF	S(125045)	A(6) L(4) X(3)	0.001	0.0043
50	47	V	VLHSTQDLFL	V(125051)	F(1) I(3) X(3)	0.000	0.0042
51	48	L	LHSTQDLFLP	L(125053)	F(1) S(1) X(3)	0.000	0.0042
52	49	H	HSTQDLFLPF	H(124802)	O(1) X(13) Y(242)	0.014	0.0042
53	50	S	STQDLFLPFF	S(125015)	L(33) P(1) X(9)	0.003	0.0028
54	51	T	TQDLFLPFFS	T(124996)	I(55) X(7)	0.004	0.0025
55	52	Q	QDLFLPFFSO	Q(124976)	H(13) L(29) X(40)	0.003	0.0021
56	53	D	DLFLPFFSOV	D(125056)	X(2)	0.000	0.002
57	54	L	LFLPFFSOVT	L(124714)	F(329) X(15)	0.018	0.002
58	55	F	FLPFFSOVTW	F(125054)	X(4)	0.000	0.0003
59	56	L	LPFFSOVTWF	L(125052)	X(6)	0.000	0.0003
60	57	P	PFFSOVTWFH	P(125045)	L(1) S(1) X(11)	0.000	0.0003
61	58	F	FFSOVTWFH-	F(125056)	X(2)	0.000	0.0003
62	59	F	FSOVTWFH-A	F(125050)	S(5) X(3)	0.000	0.0007
63	60	S	SOVTWFH-AI	S(125050)	P(1) X(7)	0.000	0.0032
64	61	O	OVTWFH-AIH	O(125055)	N(1) X(2)	0.000	0.0059
65	62	V	VTWFH-AIHV	V(125027)	F(1) G(1) I(6) L(14) X(9)	0.002	0.0088
66	63	T	TWFH-AIHVS	T(125057)	N(1)	0.000	0.0091
67	64	W	WFH-AIHVSG	W(125042)	G(3) L(5) R(3) X(5)	0.001	0.0093
68	65	F	FH-AIHVSGT	F(125043)	L(2) X(13)	0.000	0.0096
69	66	H	H-AIHVSGTO	H(125037)	L(2) P(1) R(1) X(17)	0.000	0.0103
70	66	-	-AIHVSGTO-	-(125056)	G(2)	0.000	0.0103
71	67	A	AIHVSGTO-G	A(124976)	S(24) T(2) V(31) X(25)	0.004	0.0111
72	68	I	IHVSGTO-GT	I(124561)	-(444) K(1) M(3) R(1) T(5) X(43)	0.025	0.0112
73	69	H	HVSGTO-GTK	H(124534)	-(444) D(2) Q(1) R(4) X(39) Y(34)	0.027	0.009
74	70	V	VSGTO-GTKR	V(124506)	-(3) A(12) F(60) I(446) X(31)	0.029	0.0067
75	71	S	SGTO-GTKRF	S(124997)	-(3) F(23) P(32) X(2) Y(1)	0.005	0.0038
76	72	G	GTO-GTKRFD	G(125031)	-(3) E(7) R(5) V(1) W(5) X(6)	0.002	0.0061
77	73	T	TO-GTKRFDN	T(125000)	-(3) I(45) N(1) X(9)	0.004	0.0059
78	74	O	O-GTKRFDNP	O(124957)	-(3) D(5) K(6) N(85) X(2)	0.007	0.0056
79	74	-	-GTKRFDNPV	-(125056)	X(2)	0.000	0.005
80	75	G	GTKRFDNPVL	G(124940)	-(3) A(3) D(11) R(14) S(3) V(75) X(9)	0.008	0.005
81	76	T	TKRFDNPVLP	T(124970)	-(2) A(1) I(73) X(12)	0.005	0.0042
82	77	K	KRFDNPVLPF	K(125009)	M(20) N(13) X(16)	0.003	0.0037
83	78	R	RFDNPVLPFN	R(124999)	G(11) K(4) M(23) S(11) X(10)	0.004	0.0034
84	79	F	FDNPVLPFND	F(125049)	I(1) L(2) V(1) X(5)	0.000	0.0031
85	80	D	DNPVLPFNDG	D(124516)	A(16) G(1) N(8) X(17) Y(500)	0.028	0.0031
86	81	N	NPVLPFNDGV	N(125053)	X(4) Y(1)	0.000	0.0008
87	82	P	PVLPFNDGVY	P(125047)	H(7) L(1) S(2) X(1)	0.001	0.0008
88	83	V	VLPFNDGVYF	V(125040)	F(8) I(4) X(6)	0.001	0.0007
89	84	L	LPFNDGVYFA	L(125050)	I(1) Q(1) X(6)	0.000	0.0006
90	85	P	PFNDGVYFAS	P(125056)	X(2)	0.000	0.0006
91	86	F	FNDGVYFAST	F(124972)	S(1) X(84) Y(1)	0.000	0.0015
92	87	N	NDGVYFASTE	N(125055)	S(1) X(1) Y(1)	0.000	0.0017
93	88	D	DGVYFASTEK	D(125042)	A(1) E(4) H(3) N(1) V(1) X(4) Y(2)	0.001	0.0019
94	89	G	GVYFASTEKS	G(125057)	X(1)	0.000	0.0045
95	90	V	VYFASTEKS-	V(124989)	F(50) L(14) X(5)	0.005	0.0045
96	91	Y	YFASTEKS--	Y(125055)	F(1) X(2)	0.000	0.004
97	92	F	FASTEKS---	F(125057)	L(1)	0.000	0.004
98	93	A	ASTEKS---N	A(125054)	S(1) V(1) X(2)	0.000	0.004
99	94	S	STEKS---NI	S(125051)	F(4) X(3)	0.000	0.0042
100	95	T	TEKS---NII	T(124893)	A(7) I(128) N(2) P(1) X(27)	0.009	0.0042
101	96	E	EKS---NIIR	E(125029)	A(1) D(19) G(1) Q(1) X(7)	0.002	0.0039
102	97	K	KS---NIIRG	K(125033)	E(1) N(8) Q(4) R(2) T(7) X(3)	0.002	0.0037
103	98	S	S---NIIRGW	S(124533)	F(505) P(15) X(5)	0.027	0.0035
104	98	-	---NIIRGWI	-(125057)	K(1)	0.000	0.0009
105	98	-	--NIIRGWIF	-(125057)	A(1)	0.000	0.0009
106	98	-	-NIIRGWIFG	-(125057)	E(1)	0.000	0.0009
107	99	N	NIIRGWIFGT	N(125052)	K(1) O(1) X(4)	0.000	0.0009
108	100	I	IIRGWIFGTT	I(125036)	L(8) M(1) T(9) X(4)	0.002	0.0009
109	101	I	IRGWIFGTTL	I(125053)	T(1) V(2) X(2)	0.000	0.0007
110	102	R	RGWIFGTTLD	R(124964)	G(7) I(74) S(8) X(5)	0.006	0.0011
111	103	G	GWIFGTTLDS	G(125054)	A(1) C(1) X(2)	0.000	0.0006
112	104	W	WIFGTTLDSK	W(125057)	X(1)	0.000	0.0006
113	105	I	IFGTTLDSKT	I(124996)	L(8) V(2) X(52)	0.001	0.0006
114	106	F	FGTTLDSKTQ	F(125054)	L(1) X(3)	0.000	0.0005
115	107	G	GTTLDSKTQS	G(125056)	C(1) X(1)	0.000	0.0005
116	108	T	TTLDSKTQSL	T(125053)	I(1) X(4)	0.000	0.0005
117	109	T	TLDSKTQSLL	T(125041)	-(2) I(1) S(1) X(13)	0.000	0.0006
118	110	L	LDSKTQSLLI	L(125040)	X(18)	0.000	0.0009
119	111	D	DSKTQSLLIV	D(125005)	N(52) X(1)	0.004	0.001
120	112	S	SKTQSLLIVN	S(125045)	L(7) P(3) X(3)	0.001	0.0006
121	113	K	KTQSLLIVNO	K(125054)	N(1) R(1) X(2)	0.000	0.0005
122	114	T	TQSLLIVNOA	T(125054)	X(4)	0.000	0.0005
123	115	Q	QSLLIVNOAT	Q(125053)	H(3) R(1) X(1)	0.000	0.0005
124	116	S	SLLIVNOATN	S(125056)	C(1) X(1)	0.000	0.0005
125	117	L	LLIVNOATNV	L(125054)	I(2) X(2)	0.000	0.0005
126	118	L	LIVNOATNVV	L(125049)	F(6) X(3)	0.001	0.0006
127	119	I	IVNOATNVVI	I(125018)	V(38) X(2)	0.003	0.0005
128	120	V	VNOATNVVIK	V(125043)	F(3) I(6) X(6)	0.001	0.0002
129	121	N	NOATNVVIKV	N(125051)	S(1) T(3) X(3)	0.000	0.0001
130	122	O	OATNVVIKVC	O(125052)	N(4) X(2)	0.000	0.0001
131	123	A	ATNVVIKVCE	A(125051)	V(4) X(3)	0.000	0.0001
132	124	T	TNVVIKVCEF	T(125054)	I(3) X(1)	0.000	0.0001
133	125	N	NVVIKVCEFQ	N(125054)	H(1) S(1) X(2)	0.000	0.0001
134	126	V	VVIKVCEFQF	V(125050)	F(3) X(5)	0.000	0.0001
135	127	V	VIKVCEFQFC	V(125043)	A(5) F(8) X(2)	0.001	0.0002
136	128	I	IKVCEFQFCN	I(125054)	F(1) V(1) X(2)	0.000	0.0001
137	129	K	KVCEFQFCND	K(125050)	N(1) X(7)	0.000	0.0009
138	130	V	VCEFQFCNDP	V(125047)	A(2) F(1) G(1) X(7)	0.000	0.001
139	131	C	CEFQFCNDPF	C(125048)	F(1) R(1) X(8)	0.000	0.0012
140	132	E	EFQFCNDPFL	E(125046)	-(1) A(1) D(1) Q(1) X(8)	0.000	0.0017
141	133	F	FQFCNDPFLG	F(125050)	-(1) C(1) S(1) X(5)	0.000	0.0025
142	134	Q	QFCNDPFLGV	Q(125041)	H(2) R(1) S(1) T(1) X(12)	0.000	0.0031
143	135	F	FCNDPFLGVY	F(125050)	V(1) X(7)	0.000	0.0044
144	136	C	CNDPFLGVYY	C(125042)	F(2) G(1) R(1) W(2) X(10)	0.001	0.0047
145	137	N	NDPFLGVYYH	N(125049)	I(1) O(1) S(1) X(5) Y(1)	0.000	0.0059
146	138	D	DPFLGVYYHK	D(124923)	-(4) H(50) X(15) Y(66)	0.008	0.0059
147	139	P	PFLGVYYHKN	P(125044)	-(4) L(1) S(1) X(8)	0.001	0.0052
148	140	F	FLGVYYHKNO	F(125008)	-(22) L(1) V(1) X(26)	0.002	0.0055
149	141	L	LGVYYHKNOK	L(124978)	-(45) F(14) V(2) X(19)	0.005	0.0053
150	142	G	GVYYHKNOKS	G(124929)	-(55) A(10) C(4) D(12) S(11) V(17) X(20)	0.008	0.0051
151	143	V	VYYHKNOKSW	V(124944)	-(68) F(11) X(35)	0.006	0.0046
152	144	Y	YYHKNOKSWM	Y(124785)	-(194) C(1) D(6) F(2) H(4) X(66)	0.013	0.0052
153	145	Y	YHKNOKSWME	Y(124998)	-(1) C(1) D(13) H(24) N(4) X(17)	0.003	0.004
154	146	H	HKNOKSWMES	H(124817)	L(1) N(1) Q(8) R(9) X(25) Y(197)	0.013	0.0038
155	147	K	KNOKSWMESE	K(125043)	E(1) N(1) X(13)	0.000	0.0027
156	148	N	NOKSWMESEF	N(124991)	D(5) K(2) S(8) X(51) Y(1)	0.001	0.0029
157	149	O	OKSWMESEFR	O(124992)	D(4) H(3) N(50) X(9)	0.004	0.0029
158	150	K	KSWMESEFRV	K(125047)	I(1) N(2) Q(1) R(1) X(6)	0.000	0.0026
159	151	S	SWMESEFRVY	S(125007)	G(2) I(35) N(3) X(11)	0.003	0.0026
160	152	W	WMESEFRVYS	W(124907)	L(28) R(10) X(113)	0.003	0.0024
161	153	M	MESEFRVYSS	M(124857)	I(146) T(33) V(8) X(14)	0.012	0.0022
162	154	E	ESEFRVYSSA	E(125037)	A(1) D(3) G(1) K(4) Q(5) V(1) X(6)	0.001	0.0011
163	155	S	SEFRVYSSAN	S(125036)	I(8) N(1) T(2) X(11)	0.001	0.0011
164	156	E	EFRVYSSANO	E(125024)	A(6) D(6) G(1) Q(4) V(1) X(16)	0.002	0.0011
165	157	F	FRVYSSANOC	F(125000)	L(13) S(5) X(40)	0.002	0.0009
166	158	R	RVYSSANOCT	R(125005)	G(1) I(1) K(4) S(3) X(44)	0.001	0.0007
167	159	V	VYSSANOCTF	V(125032)	F(2) I(6) X(18)	0.001	0.0006
168	160	Y	YSSANOCTF-	Y(125054)	X(4)	0.000	0.0005
169	161	S	SSANOCTF-E	S(125046)	A(2) F(2) T(2) X(6)	0.001	0.0005
170	162	S	SANOCTF-EY	S(125048)	G(1) I(5) X(4)	0.001	0.0004
171	163	A	ANOCTF-EYV	A(125043)	S(1) V(7) X(7)	0.001	0.0004
172	164	N	NOCTF-EYVS	N(125038)	D(1) H(1) S(3) T(10) X(5)	0.001	0.0003
173	165	O	OCTF-EYVSQ	O(125043)	H(2) N(10) X(3)	0.001	0.0004
174	166	C	CTF-EYVSQP	C(125057)	X(1)	0.000	0.0004
175	167	T	TF-EYVSQPF	T(125048)	X(10)	0.000	0.0004
176	168	F	F-EYVSQPFL	F(125054)	-(1) S(1) X(2)	0.000	0.0012
177	168	-	-EYVSQPFLM	-(125057)	X(1)	0.000	0.0015
178	169	E	EYVSQPFLMD	E(125048)	-(1) X(9)	0.000	0.0017
179	170	Y	YVSQPFLMDL	Y(125054)	-(1) H(1) X(2)	0.000	0.0018
180	171	V	VSQPFLMDLE	V(125046)	A(2) D(1) F(5) X(4)	0.001	0.0021
181	172	S	SQPFLMDLEG	S(125054)	F(2) X(2)	0.000	0.0025
182	173	Q	QPFLMDLEGK	Q(125035)	E(1) H(2) K(15) L(1) R(1) X(3)	0.002	0.0027
183	174	P	PFLMDLEGKQ	P(125040)	H(1) L(1) S(7) X(9)	0.001	0.0027
184	175	F	FLMDLEGKQG	F(125054)	X(4)	0.000	0.0029
185	176	L	LMDLEGKQGN	L(124928)	F(124) I(2) X(4)	0.008	0.0031
186	177	M	MDLEGKQGNF	M(125005)	I(39) K(2) T(4) X(8)	0.003	0.0025
187	178	D	DLEGKQGNFK	D(125024)	G(7) H(5) N(16) X(6)	0.002	0.0022
188	179	L	LEGKQGNFKN	L(125041)	F(8) I(2) P(3) X(4)	0.001	0.0021
189	180	E	EGKQGNFKN-	E(125020)	D(1) G(3) K(4) V(26) X(4)	0.003	0.002
190	181	G	GKQGNFKN-L	G(124965)	A(11) R(27) V(33) X(22)	0.005	0.0021
191	182	K	KQGNFKN-LR	K(125033)	E(2) N(1) R(20) X(2)	0.002	0.0017
192	183	Q	QGNFKN-LRE	Q(125033)	E(1) H(9) L(1) P(3) R(5) X(6)	0.002	0.0015
193	184	G	GNFKN-LREF	G(125015)	D(1) S(17) V(16) X(9)	0.003	0.0013
194	185	N	NFKN-LREFV	N(125030)	D(3) I(2) K(3) S(10) V(1) X(8) Y(1)	0.002	0.0011
195	186	F	FKN-LREFVF	F(124986)	L(11) S(8) V(2) X(51)	0.002	0.0009
196	187	K	KN-LREFVFK	K(125045)	N(1) Q(1) X(11)	0.000	0.0007
197	188	N	N-LREFVFKN	N(125046)	D(1) H(1) I(1) K(2) O(1) X(5) Y(1)	0.001	0.0007
198	188	-	-LREFVFKNI	-(125057)	X(1)	0.000	0.0008
199	189	L	LREFVFKNID	L(124999)	F(48) V(1) X(10)	0.004	0.0011
200	190	R	REFVFKNIDG	R(125027)	K(9) M(6) S(1) X(15)	0.001	0.0007
201	191	E	EFVFKNIDGY	E(125049)	X(9)	0.000	0.0007
202	192	F	FVFKNIDGYF	F(125050)	X(8)	0.000	0.0007
203	193	V	VFKNIDGYFK	V(125029)	L(12) X(17)	0.001	0.0007
204	194	F	FKNIDGYFKI	F(125050)	L(1) X(6) Y(1)	0.000	0.0007
205	195	K	KNIDGYFKIY	K(125054)	X(4)	0.000	0.0007
206	196	N	NIDGYFKIYS	N(125052)	D(1) X(5)	0.000	0.0007
207	197	I	IDGYFKIYSK	I(125026)	S(1) T(2) V(28) X(1)	0.002	0.0007
208	198	D	DGYFKIYSKH	D(125006)	A(1) G(43) X(5) Y(3)	0.003	0.0007
209	199	G	GYFKIYSKHT	G(125048)	C(1) R(1) X(8)	0.000	0.0005
210	200	Y	YFKIYSKHTP	Y(125031)	-(3) H(6) N(2) S(1) X(15)	0.001	0.0005
211	201	F	FKIYSKHTPI	F(125049)	X(9)	0.000	0.0008
212	202	K	KIYSKHTPIN	K(125041)	N(1) Q(1) R(1) X(14)	0.000	0.0009
213	203	I	IYSKHTPINL	I(125044)	K(1) L(2) M(4) T(1) V(2) X(4)	0.001	0.001
214	204	Y	YSKHTPINLV	Y(125053)	N(1) S(1) X(3)	0.000	0.0019
215	205	S	SKHTPINLVR	S(125050)	A(1) F(1) T(1) X(5)	0.000	0.0025
216	206	K	KHTPINLVRD	K(125043)	O(1) R(2) X(12)	0.000	0.0042
217	207	H	HTPINLVRDL	H(125019)	L(3) R(24) X(12)	0.002	0.0044
218	208	T	TPINLVRDLP	T(125043)	A(1) M(9) S(2) X(3)	0.001	0.0042
219	209	P	PINLVRDLPQ	P(125056)	L(1) X(1)	0.000	0.0043
220	210	I	INLVRDLPQG	I(124996)	-(53) N(1) T(2) X(6)	0.004	0.0043
221	211	N	NLVRDLPQGF	N(125044)	-(1) D(1) H(1) S(4) X(4) Y(3)	0.001	0.0041
222	212	L	LVRDLPQGFS	L(125051)	I(1) S(5) X(1)	0.001	0.0045
223	213	V	VRDLPQGFSA	V(124892)	A(14) G(1) L(146) X(5)	0.010	0.0262
224	214	R	RDLPQGFSAL	R(124968)	C(2) H(5) L(74) P(1) S(1) X(7)	0.006	0.0252
225	215	D	DLPQGFSALE	D(124795)	E(1) G(45) H(134) N(1) V(21) X(10) Y(51)	0.017	0.0246
226	216	L	LPQGFSALEP	L(125017)	F(30) H(1) X(10)	0.002	0.0229
227	217	P	PQGFSALEPL	P(125051)	L(1) S(1) T(1) X(4)	0.000	0.0228
228	218	Q	QGFSALEPLV	Q(125034)	E(2) H(12) L(2) R(3) X(5)	0.002	0.0229
229	219	G	GFSALEPLVD	G(125048)	D(1) S(1) X(8)	0.000	0.0228
230	220	F	FSALEPLVD-	F(125024)	I(1) L(30) V(1) X(2)	0.002	0.0228
231	221	S	SALEPLVD-L	S(124968)	L(66) W(2) X(22)	0.005	0.0227
232	222	A	ALEPLVD-LP	A(117987)	F(1) I(1) P(3) S(8) T(3) V(7013) X(42)	0.218	0.0222
233	223	L	LEPLVD-LPI	L(125053)	X(5)	0.000	0.0005
234	224	E	EPLVD-LPIG	E(125052)	G(1) Q(2) V(1) X(2)	0.000	0.0006
235	225	P	PLVD-LPIGI	P(125055)	X(3)	0.000	0.0007
236	226	L	LVD-LPIGIO	L(125047)	F(5) I(1) V(2) X(3)	0.001	0.0008
237	227	V	VD-LPIGIOI	V(125042)	A(6) I(4) L(3) M(1) X(2)	0.001	0.0007
238	228	D	D-LPIGIOIT	D(125045)	E(1) H(3) I(1) X(6) Y(2)	0.001	0.0006
239	228	-	-LPIGIOITR	-(125057)	X(1)	0.000	0.0006
240	229	L	LPIGIOITRF	L(125038)	F(15) X(5)	0.001	0.0006
241	230	P	PIGIOITRFQ	P(125057)	X(1)	0.000	0.0006
242	231	I	IGIOITRFQT	I(125047)	L(6) T(2) X(3)	0.001	0.0007
243	232	G	GIOITRFQTL	G(125047)	C(5) V(1) X(5)	0.001	0.0006
244	233	I	IOITRFQTLL	I(125045)	M(2) R(1) V(9) X(1)	0.001	0.0007
245	234	O	OITRFQTLLA	O(125036)	N(15) S(1) X(6)	0.001	0.001
246	235	I	ITRFQTLLAL	I(125044)	X(14)	0.000	0.0011
247	236	T	TRFQTLLALH	T(125040)	S(1) X(17)	0.000	0.0015
248	237	R	RFQTLLALHR	R(125034)	K(6) S(3) X(15)	0.001	0.0016
249	238	F	FQTLLALHRS	F(125048)	X(10)	0.000	0.0018
250	239	Q	QTLLALHRSY	Q(125032)	H(1) K(13) R(3) X(9)	0.001	0.0019
251	240	T	TLLALHRSYL	T(125033)	I(13) P(2) X(10)	0.001	0.0019
252	241	L	LLALHRSYLT	L(125046)	V(1) X(11)	0.000	0.0019
253	242	L	LALHRSYLTP	L(125020)	-(7) F(11) P(6) X(14)	0.002	0.0021
254	243	A	ALHRSYLTPG	A(124981)	-(21) P(1) S(18) V(8) X(29)	0.004	0.002
255	244	L	LHRSYLTPGD	L(125021)	-(21) F(4) X(12)	0.002	0.0043
256	245	H	HRSYLTPGDS	H(124984)	-(2) R(5) X(20) Y(47)	0.004	0.0048
257	246	R	RSYLTPGDSS	R(125042)	-(1) I(3) K(3) S(1) T(2) X(6)	0.001	0.0057
258	247	S	SYLTPGDSSS	S(125022)	-(1) G(20) I(3) N(5) R(5) X(2)	0.003	0.0059
259	248	Y	YLTPGDSSSG	Y(125048)	-(1) C(1) H(3) S(2) X(3)	0.001	0.006
260	249	L	LTPGDSSSGW	L(125046)	F(4) S(7) X(1)	0.001	0.0066
261	250	T	TPGDSSSGWT	T(125043)	A(1) F(1) I(6) N(4) X(3)	0.001	0.0065
262	251	P	PGDSSSGWTA	P(125030)	H(2) L(16) S(5) X(5)	0.002	0.0065
263	252	G	GDSSSGWTAG	G(125040)	D(3) S(10) X(5)	0.001	0.008
264	253	D	DSSSGWTAGA	D(124530)	A(1) G(506) O(2) X(9) Y(10)	0.027	0.0105
265	254	S	SSSGWTAGAA	S(124933)	C(1) F(108) X(15) Y(1)	0.007	0.0081
266	255	S	SSGWTAGAAA	S(124814)	F(206) P(5) X(33)	0.013	0.0075
267	256	S	SGWTAGAAAY	S(124966)	F(1) L(27) P(5) X(59)	0.003	0.0062
268	257	G	GWTAGAAAYY	G(124987)	D(30) R(1) S(9) V(15) X(16)	0.004	0.006
269	258	W	WTAGAAAYY-	W(124890)	C(6) L(75) R(14) S(3) X(70)	0.007	0.0056
270	259	T	TAGAAAYY-V	T(125003)	I(1) K(1) X(53)	0.000	0.0049
271	260	A	AGAAAYY-VG	A(124592)	S(3) T(1) V(3) X(459)	0.001	0.0049
272	261	G	GAAAYY-VGY	G(124474)	C(5) D(12) F(1) R(17) S(22) V(215) X(312)	0.017	0.0048
273	262	A	AAAYY-VGYL	A(124334)	D(1) P(1) S(459) T(14) X(249)	0.026	0.0031
274	263	A	AAYY-VGYLQ	A(124965)	S(13) T(23) V(6) X(51)	0.003	0.0006
275	264	A	AYY-VGYLQP	A(125030)	S(5) V(1) X(22)	0.001	0.002
276	265	Y	YY-VGYLQPR	Y(125020)	C(1) N(1) X(36)	0.000	0.002
277	266	Y	Y-VGYLQPRT	Y(125010)	C(3) H(5) X(40)	0.001	0.0021
278	266	-	-VGYLQPRTF	-(125055)	Y(3)	0.000	0.002
279	267	V	VGYLQPRTF-	V(125008)	L(4) X(46)	0.000	0.002
280	268	G	GYLQPRTF-L	G(125038)	D(1) X(19)	0.000	0.002
281	269	Y	YLQPRTF-LL	Y(125030)	C(1) H(1) X(26)	0.000	0.002
282	270	L	LQPRTF-LLK	L(125049)	X(9)	0.000	0.002
283	271	Q	QPRTF-LLKY	Q(125009)	R(6) X(43)	0.001	0.002
284	272	P	PRTF-LLKYN	P(124753)	L(290) S(3) T(2) X(10)	0.017	0.0019
285	273	R	RTF-LLKYNE	R(124964)	G(1) K(3) M(1) S(5) X(84)	0.001	0.0007
286	274	T	TF-LLKYNEO	T(125032)	A(1) I(8) N(1) X(16)	0.001	0.0009
287	275	F	F-LLKYNEOG	F(125036)	L(1) X(20) Y(1)	0.000	0.0008
288	275	-	-LLKYNEOGT	-(125057)	X(1)	0.000	0.0008
289	276	L	LLKYNEOGTI	L(125005)	I(2) P(1) X(50)	0.000	0.0008
290	277	L	LKYNEOGTIT	L(124981)	-(1) X(76)	0.000	0.0009
291	278	K	KYNEOGTITD	K(125026)	X(32)	0.000	0.0009
292	279	Y	YNEOGTITDA	Y(125022)	F(1) N(1) X(34)	0.000	0.001
293	280	N	NEOGTITDAV	N(125014)	O(4) X(40)	0.000	0.0012
294	281	E	EOGTITDAVD	E(124922)	Q(8) V(61) X(67)	0.005	0.0012
295	282	O	OGTITDAVDC	O(125008)	K(1) N(29) S(4) X(16)	0.003	0.0007
296	283	G	GTITDAVDCA	G(125025)	X(33)	0.000	0.0005
297	284	T	TITDAVDCAL	T(125026)	I(2) X(30)	0.000	0.0005
298	285	I	ITDAVDCALD	I(125036)	X(22)	0.000	0.0005
299	286	T	TDAVDCALDP	T(125023)	A(1) I(9) X(25)	0.001	0.0005
300	287	D	DAVDCALDPL	D(125011)	G(2) X(44) Y(1)	0.000	0.0004
301	288	A	AVDCALDPLS	A(125038)	S(3) T(2) V(4) X(11)	0.001	0.0004
302	289	V	VDCALDPLSE	V(125016)	E(1) I(25) L(2) X(14)	0.002	0.0003
303	290	D	DCALDPLSET	D(125043)	V(1) X(11) Y(3)	0.000	0.0004
304	291	C	CALDPLSETK	C(125034)	I(1) X(23)	0.000	0.0004
305	292	A	ALDPLSETKC	A(125033)	S(11) T(1) X(13)	0.001	0.0004
306	293	L	LDPLSETKCT	L(124963)	P(1) V(1) X(93)	0.000	0.0003
307	294	D	DPLSETKCTL	D(124957)	E(1) X(100)	0.000	0.0003
308	295	P	PLSETKCTLK	P(124918)	S(1) X(139)	0.000	0.0003
309	296	L	LSETKCTLKS	L(125028)	H(1) X(29)	0.000	0.0003
310	297	S	SETKCTLKSF	S(125013)	L(3) T(1) X(41)	0.000	0.0003
311	298	E	ETKCTLKSFT	E(125025)	G(1) K(1) Q(1) X(30)	0.000	0.001
312	299	T	TKCTLKSFTV	T(124995)	A(4) I(42) X(17)	0.003	0.0015
313	300	K	KCTLKSFTVE	K(125039)	N(1) X(18)	0.000	0.0015
314	301	C	CTLKSFTVEK	C(125027)	F(2) X(29)	0.000	0.0015
315	302	T	TLKSFTVEKG	T(125031)	A(2) L(1) X(24)	0.000	0.0015
316	303	L	LKSFTVEKGI	L(125037)	F(3) X(18)	0.000	0.0016
317	304	K	KSFTVEKGIY	K(125031)	N(1) R(1) X(25)	0.000	0.0016
318	305	S	SFTVEKGIYQ	S(125047)	X(11)	0.000	0.002
319	306	F	FTVEKGIYQT	F(125032)	I(1) L(4) X(21)	0.000	0.002
320	307	T	TVEKGIYQTS	T(124944)	A(2) I(71) N(6) S(14) X(21)	0.007	0.002
321	308	V	VEKGIYQTSN	V(124969)	L(66) X(23)	0.005	0.0013
322	309	E	EKGIYQTSNF	E(124383)	A(1) Q(37) X(637)	0.003	0.0008
323	310	K	KGIYQTSNF-	K(125037)	X(21)	0.000	0.0005
324	311	G	GIYQTSNF-R	G(125005)	E(1) X(52)	0.000	0.0005
325	312	I	IYQTSNF-RV	I(125024)	L(4) V(2) X(28)	0.001	0.0008
326	313	Y	YQTSNF-RVQ	Y(125033)	X(25)	0.000	0.0007
327	314	Q	QTSNF-RVQP	Q(124987)	H(1) K(41) L(4) R(1) X(24)	0.004	0.0008
328	315	T	TSNF-RVQPT	T(125025)	I(1) X(32)	0.000	0.0007
329	316	S	SNF-RVQPTE	S(124965)	X(93)	0.000	0.0007
330	317	N	NF-RVQPTES	N(124951)	D(1) O(1) X(105)	0.000	0.0008
331	318	F	F-RVQPTES-	F(124739)	L(1) S(1) X(317)	0.000	0.0008
332	318	-	-RVQPTES-I	-(125057)	X(1)	0.000	0.0008
333	319	R	RVQPTES-IV	R(124864)	S(1) X(193)	0.000	0.0008
334	320	V	VQPTES-IVR	V(124636)	A(4) F(3) G(1) I(34) X(380)	0.003	0.0008
335	321	Q	QPTES-IVRF	Q(124881)	L(1) X(176)	0.000	0.0005
336	322	P	PTES-IVRFP	P(125030)	A(5) S(2) X(21)	0.001	0.001
337	323	T	TES-IVRFPO	T(124991)	I(47) X(20)	0.003	0.0009
338	324	E	ES-IVRFPOI	E(125052)	D(1) N(1) X(4)	0.000	0.0006
339	325	S	S-IVRFPOIT	S(125044)	A(1) F(5) K(1) Q(1) X(6)	0.001	0.0006
340	325	-	-IVRFPOITN	-(125057)	X(1)	0.000	0.0005
341	326	I	IVRFPOITNL	I(125046)	V(1) X(11)	0.000	0.0005
342	327	V	VRFPOITNLC	V(125049)	F(1) X(8)	0.000	0.0005
343	328	R	RFPOITNLCP	R(125049)	X(9)	0.000	0.0005
344	329	F	FPOITNLCPF	F(125055)	X(3)	0.000	0.0005
345	330	P	POITNLCPFG	P(124976)	A(1) L(3) S(72) X(6)	0.005	0.0006
346	331	O	OITNLCPFGE	O(125055)	N(3)	0.000	0.0002
347	332	I	ITNLCPFGEV	I(125057)	X(1)	0.000	0.0004
348	333	T	TNLCPFGEVF	T(125055)	X(3)	0.000	0.0004
349	334	N	NLCPFGEVFO	N(125053)	K(4) X(1)	0.000	0.0004
350	335	L	LCPFGEVFOA	L(125054)	F(3) X(1)	0.000	0.0009
351	336	C	CPFGEVFOAT	C(125055)	X(3)	0.000	0.0009
352	337	P	PFGEVFOATR	P(125047)	R(1) S(3) T(1) X(6)	0.000	0.001
353	338	F	FGEVFOATRF	F(125051)	L(5) X(2)	0.000	0.001
354	339	G	GEVFOATRFA	G(125050)	D(6) S(1) X(1)	0.001	0.0012
355	340	E	EVFOATRFAS	E(125052)	G(1) K(5)	0.001	0.0011
356	341	V	VFOATRFASV	V(125016)	I(33) X(9)	0.002	0.001
357	342	F	FOATRFASVY	F(125048)	-(1) C(1) X(8)	0.000	0.0008
358	343	O	OATRFASVYA	O(125050)	N(2) X(6)	0.000	0.0009
359	344	A	ATRFASVYAW	A(124981)	S(65) T(5) V(1) X(6)	0.005	0.0009
360	345	T	TRFASVYAWN	T(125055)	I(2) S(1)	0.000	0.0006
361	346	R	RFASVYAWNR	R(125046)	K(9) T(2) X(1)	0.001	0.0006
362	347	F	FASVYAWNRK	F(125058)		0.000	0.0005
363	348	A	ASVYAWNRKR	A(125034)	S(14) T(2) V(4) X(4)	0.002	0.0005
364	349	S	SVYAWNRKRI	S(125054)	F(1) P(1) X(2)	0.000	0.0003
365	350	V	VYAWNRKRIS	V(125055)	X(3)	0.000	0.0004
366	351	Y	YAWNRKRISN	Y(125057)	X(1)	0.000	0.0004
367	352	A	AWNRKRISNC	A(125038)	S(13) V(3) X(4)	0.001	0.0004
368	353	W	WNRKRISNCV	W(125048)	R(1) X(9)	0.000	0.0003
369	354	N	NRKRISNCVA	N(125033)	D(9) K(4) S(5) X(7)	0.002	0.0003
370	355	R	RKRISNCVAD	R(125054)	X(4)	0.000	0.0001
371	356	K	KRISNCVADY	K(125051)	R(2) X(5)	0.000	0.0001
372	357	R	RISNCVADYS	R(125049)	K(5) X(4)	0.000	0.0001
373	358	I	ISNCVADYS-	I(125055)	X(3)	0.000	0.0001
374	359	S	SNCVADYS-V	S(125041)	N(14) X(3)	0.001	0.0007
375	360	N	NCVADYS-VL	N(125056)	X(2)	0.000	0.0006
376	361	C	CVADYS-VLY	C(125045)	T(3) X(10)	0.000	0.0006
377	362	V	VADYS-VLYN	V(125047)	F(4) X(7)	0.000	0.0008
378	363	A	ADYS-VLYNS	A(125051)	X(7)	0.000	0.0008
379	364	D	DYS-VLYNSA	D(125051)	O(1) X(5) Y(1)	0.000	0.0008
380	365	Y	YS-VLYNSAS	Y(125050)	D(2) H(2) S(1) X(3)	0.000	0.0009
381	366	S	S-VLYNSASF	S(125054)	L(2) X(2)	0.000	0.0009
382	366	-	-VLYNSASFS	-(125058)		0.000	0.0009
383	367	V	VLYNSASFST	V(124962)	F(72) I(2) L(6) X(16)	0.006	0.0009
384	368	L	LYNSASFSTF	L(125053)	P(1) X(4)	0.000	0.0004
385	369	Y	YNSASFSTFK	Y(125055)	C(1) X(2)	0.000	0.0004
386	370	N	NSASFSTFKC	N(125037)	K(2) O(3) S(14) X(2)	0.002	0.0004
387	371	S	SASFSTFKCY	S(125051)	P(5) X(2)	0.000	0.0002
388	372	A	ASFSTFKCYG	A(125053)	S(1) T(2) V(1) X(1)	0.000	0.0002
389	373	S	SFSTFKCYGV	S(125040)	L(11) X(7)	0.001	0.0007
390	374	F	FSTFKCYGVS	F(125056)	L(1) X(1)	0.000	0.0006
391	375	S	STFKCYGVSP	S(125054)	P(2) X(2)	0.000	0.001
392	376	T	TFKCYGVSPT	T(125049)	I(4) X(5)	0.000	0.0011
393	377	F	FKCYGVSPTK	F(125048)	L(7) X(3)	0.001	0.0011
394	378	K	KCYGVSPTKL	K(125051)	N(4) R(1) X(2)	0.000	0.001
395	379	C	CYGVSPTKLN	C(125057)	F(1)	0.000	0.001
396	380	Y	YGVSPTKLND	Y(125057)	N(1)	0.000	0.001
397	381	G	GVSPTKLNDL	G(125058)		0.000	0.001
398	382	V	VSPTKLNDLC	V(124979)	E(1) L(71) M(1) X(6)	0.005	0.001
399	383	S	SPTKLNDLCF	S(125053)	X(5)	0.000	0.0005
400	384	P	PTKLNDLCFT	P(124997)	L(41) S(12) X(8)	0.004	0.0005
401	385	T	TKLNDLCFTN	T(125038)	A(2) I(13) N(1) X(4)	0.001	0.0001
402	386	K	KLNDLCFTNV	K(125056)	X(2)	0.000	0
403	387	L	LNDLCFTNVY	L(125054)	X(4)	0.000	0
404	388	N	NDLCFTNVYA	N(125057)	T(1)	0.000	0
405	389	D	DLCFTNVYAD	D(125057)	X(1)	0.000	0
406	390	L	LCFTNVYADS	L(125050)	H(1) P(1) X(6)	0.000	0
407	391	C	CFTNVYADSF	C(125058)		0.000	0
408	392	F	FTNVYADSFV	F(125051)	X(7)	0.000	0
409	393	T	TNVYADSFVI	T(125047)	P(1) X(10)	0.000	0.0001
410	394	N	NVYADSFVIR	N(125046)	-(1) X(10) Y(1)	0.000	0.0002
411	395	V	VYADSFVIRG	V(125050)	I(3) L(1) X(4)	0.000	0.0002
412	396	Y	YADSFVIRGD	Y(125055)	F(1) X(2)	0.000	0.0002
413	397	A	ADSFVIRGDE	A(125054)	X(4)	0.000	0.0002
414	398	D	DSFVIRGDEV	D(125056)	X(2)	0.000	0.0002
415	399	S	SFVIRGDEVR	S(125053)	P(1) X(4)	0.000	0.0004
416	400	F	FVIRGDEVRQ	F(125056)	X(2)	0.000	0.0004
417	401	V	VIRGDEVRQI	V(125054)	X(4)	0.000	0.0004
418	402	I	IRGDEVRQIA	I(125049)	L(2) V(6) X(1)	0.001	0.0005
419	403	R	RGDEVRQIAP	R(125042)	K(11) S(1) X(4)	0.001	0.0004
420	404	G	GDEVRQIAPG	G(125050)	A(1) C(1) X(6)	0.000	0.0003
421	405	D	DEVRQIAPGQ	D(125057)	X(1)	0.000	0.0005
422	406	E	EVRQIAPGQT	E(125049)	D(1) Q(4) X(4)	0.000	0.0005
423	407	V	VRQIAPGQTG	V(125057)	I(1)	0.000	0.0005
424	408	R	RQIAPGQTGK	R(125029)	G(1) I(15) K(3) T(2) X(8)	0.002	0.0006
425	409	Q	QIAPGQTGKI	Q(125051)	E(1) H(1) X(5)	0.000	0.0004
426	410	I	IAPGQTGKIA	I(125050)	V(3) X(5)	0.000	0.0004
427	411	A	APGQTGKIAD	A(125041)	D(1) S(14) T(1) X(1)	0.001	0.0004
428	412	P	PGQTGKIADY	P(125056)	X(2)	0.000	0.0003
429	413	G	GQTGKIADYN	G(125045)	E(1) R(1) X(11)	0.000	0.0003
430	414	Q	QTGKIADYNY	Q(125021)	-(1) K(6) P(1) R(10) X(19)	0.002	0.0003
431	415	T	TGKIADYNYK	T(125054)	P(1) S(1) X(2)	0.000	0.0001
432	416	G	GKIADYNYKL	G(125055)	X(3)	0.000	0.0001
433	417	K	KIADYNYKLP	K(125049)	N(6) R(1) X(2)	0.001	0.0001
434	418	I	IADYNYKLPD	I(125055)	V(1) X(2)	0.000	0
435	419	A	ADYNYKLPDD	A(125052)	S(2) X(4)	0.000	0
436	420	D	DYNYKLPDDF	D(125056)	X(2)	0.000	0
437	421	Y	YNYKLPDDFT	Y(125056)	X(2)	0.000	0
438	422	N	NYKLPDDFTG	N(125057)	X(1)	0.000	0
439	423	Y	YKLPDDFTGC	Y(125057)	X(1)	0.000	0
440	424	K	KLPDDFTGCV	K(125057)	X(1)	0.000	0
441	425	L	LPDDFTGCVI	L(125052)	X(6)	0.000	0
442	426	P	PDDFTGCVIA	P(125051)	T(1) X(6)	0.000	0
443	427	D	DDFTGCVIAW	D(125045)	N(1) X(8) Y(4)	0.000	0
444	428	D	DFTGCVIAWN	D(125053)	X(5)	0.000	0
445	429	F	FTGCVIAWNS	F(125055)	X(3)	0.000	0
446	430	T	TGCVIAWNSN	T(125055)	A(1) I(1) X(1)	0.000	0.0039
447	431	G	GCVIAWNSNN	G(125053)	X(5)	0.000	0.004
448	432	C	CVIAWNSNNL	C(125052)	F(1) X(5)	0.000	0.004
449	433	V	VIAWNSNNLD	V(125052)	X(6)	0.000	0.004
450	434	I	IAWNSNNLDS	I(125053)	K(1) X(4)	0.000	0.004
451	435	A	AWNSNNLDSK	A(125049)	S(5) X(4)	0.000	0.0041
452	436	W	WNSNNLDSKV	W(125052)	X(6)	0.000	0.0041
453	437	N	NSNNLDSKVG	N(125054)	I(1) X(3)	0.000	0.0043
454	438	S	SNNLDSKVGG	S(125053)	X(5)	0.000	0.0043
455	439	N	NNLDSKVGGN	N(124153)	K(798) X(107)	0.039	0.0043
456	440	N	NLDSKVGGNY	N(125040)	K(15) S(1) T(1) X(1)	0.001	0.0004
457	441	L	LDSKVGGNYN	L(125054)	F(1) I(1) X(2)	0.000	0.0003
458	442	D	DSKVGGNYNY	D(125056)	X(2)	0.000	0.0003
459	443	S	SKVGGNYNYL	S(125057)	X(1)	0.000	0.0006
460	444	K	KVGGNYNYLY	K(125035)	N(7) R(9) X(7)	0.001	0.0009
461	445	V	VGGNYNYLYR	V(125049)	A(2) F(1) I(1) X(5)	0.000	0.0008
462	446	G	GGNYNYLYRL	G(124862)	A(1) S(6) V(21) X(168)	0.002	0.001
463	447	G	GNYNYLYRLF	G(125044)	X(14)	0.000	0.0008
464	448	N	NYNYLYRLFR	N(124976)	K(1) X(81)	0.000	0.0008
465	449	Y	YNYLYRLFRK	Y(125045)	F(1) X(12)	0.000	0.0008
466	450	N	NYLYRLFRKS	N(125042)	D(2) K(3) X(11)	0.000	0.001
467	451	Y	YLYRLFRKSN	Y(125054)	X(4)	0.000	0.001
468	452	L	LYRLFRKSNL	L(125007)	M(38) P(1) Q(3) R(2) X(7)	0.003	0.001
469	453	Y	YRLFRKSNLK	Y(125011)	F(45) X(2)	0.003	0.0007
470	454	R	RLFRKSNLKP	R(125048)	X(10)	0.000	0.0005
471	455	L	LFRKSNLKPF	L(125018)	F(28) X(12)	0.002	0.0005
472	456	F	FRKSNLKPFE	F(125050)	L(2) X(5) Y(1)	0.000	0.0003
473	457	R	RKSNLKPFER	R(125026)	K(2) X(30)	0.000	0.0003
474	458	K	KSNLKPFERD	K(125048)	N(1) Q(1) X(8)	0.000	0.0003
475	459	S	SNLKPFERDI	S(125029)	F(1) X(1) Y(27)	0.002	0.0005
476	460	N	NLKPFERDIS	N(125052)	S(1) T(1) X(4)	0.000	0.0003
477	461	L	LKPFERDIST	L(125054)	F(1) X(3)	0.000	0.0004
478	462	K	KPFERDISTE	K(125051)	N(1) X(6)	0.000	0.0005
479	463	P	PFERDISTEI	P(125044)	L(1) S(8) X(5)	0.001	0.0006
480	464	F	FERDISTEIY	F(125054)	X(4)	0.000	0.0005
481	465	E	ERDISTEIYQ	E(125013)	D(1) X(44)	0.000	0.0005
482	466	R	RDISTEIYQA	R(125053)	X(5)	0.000	0.0006
483	467	D	DISTEIYQAG	D(125052)	O(1) V(1) X(4)	0.000	0.0008
484	468	I	ISTEIYQAGS	I(125034)	F(2) L(2) T(8) V(6) X(6)	0.002	0.0253
485	469	S	STEIYQAGST	S(125049)	A(1) P(1) X(7)	0.000	0.0259
486	470	T	TEIYQAGSTP	T(125041)	A(11) I(1) N(2) X(3)	0.001	0.0265
487	471	E	EIYQAGSTPC	E(125040)	A(1) D(1) G(2) Q(6) X(8)	0.001	0.0264
488	472	I	IYQAGSTPCN	I(125049)	V(6) X(3)	0.001	0.0264
489	473	Y	YQAGSTPCNG	Y(125053)	F(1) X(4)	0.000	0.0263
490	474	Q	QAGSTPCNGV	Q(125053)	X(5)	0.000	0.0269
491	475	A	AGSTPCNGVE	A(125039)	V(13) X(6)	0.001	0.0272
492	476	G	GSTPCNGVEG	G(125018)	A(1) F(1) S(24) X(14)	0.002	0.0272
493	477	S	STPCNGVEGF	S(116842)	G(2) I(43) N(8114) R(17) T(2) X(38)	0.245	0.0276
494	478	T	TPCNGVEGFN	T(124929)	A(2) I(102) K(9) R(1) X(15)	0.008	0.0031
495	479	P	PCNGVEGFNC	P(124957)	L(3) S(91) X(7)	0.006	0.0023
496	480	C	CNGVEGFNCY	C(125053)	F(1) W(1) X(3)	0.000	0.0017
497	481	N	NGVEGFNCYF	N(125041)	D(12) X(5)	0.001	0.0018
498	482	G	GVEGFNCYFP	G(125050)	S(4) X(4)	0.000	0.0017
499	483	V	VEGFNCYFPL	V(124967)	A(48) F(28) I(3) L(3) X(9)	0.006	0.0017
500	484	E	EGFNCYFPLQ	E(125008)	A(4) D(2) K(13) Q(21) R(1) X(9)	0.003	0.0012
501	485	G	GFNCYFPLQS	G(125019)	R(8) S(2) X(29)	0.001	0.0014
502	486	F	FNCYFPLQSY	F(124971)	I(1) L(84) X(2)	0.006	0.0013
503	487	N	NCYFPLQSYG	N(125054)	H(1) K(1) X(2)	0.000	0.0007
504	488	C	CYFPLQSYGF	C(125054)	W(1) X(3)	0.000	0.0007
505	489	Y	YFPLQSYGFQ	Y(125053)	H(2) X(3)	0.000	0.0007
506	490	F	FPLQSYGFQP	F(125033)	L(5) S(6) X(14)	0.001	0.0007
507	491	P	PLQSYGFQPT	P(125043)	R(1) X(14)	0.000	0.0006
508	492	L	LQSYGFQPTN	L(125057)	X(1)	0.000	0.0011
509	493	Q	QSYGFQPTNG	Q(125037)	K(2) L(7) R(1) X(11)	0.001	0.0011
510	494	S	SYGFQPTNGV	S(124971)	A(1) L(2) P(69) X(15)	0.005	0.0011
511	495	Y	YGFQPTNGVG	Y(125046)	X(12)	0.000	0.0006
512	496	G	GFQPTNGVGY	G(125051)	X(7)	0.000	0.0007
513	497	F	FQPTNGVGYQ	F(125038)	X(20)	0.000	0.0008
514	498	Q	QPTNGVGYQP	Q(125047)	H(1) P(1) X(9)	0.000	0.0008
515	499	P	PTNGVGYQPY	P(125051)	H(1) R(1) S(1) X(4)	0.000	0.0009
516	500	T	TNGVGYQPYR	T(125046)	I(1) P(1) X(10)	0.000	0.0009
517	501	N	NGVGYQPYRV	N(124973)	R(1) S(2) T(7) X(8) Y(67)	0.005	0.0009
518	502	G	GVGYQPYRVV	G(125045)	X(13)	0.000	0.0004
519	503	V	VGYQPYRVVV	V(125042)	F(3) I(2) L(1) X(10)	0.001	0.0004
520	504	G	GYQPYRVVVL	G(125051)	X(7)	0.000	0.0003
521	505	Y	YQPYRVVVLS	Y(125040)	H(2) W(12) X(4)	0.001	0.0003
522	506	Q	QPYRVVVLSF	Q(125039)	K(10) P(1) X(8)	0.001	0.0002
523	507	P	PYRVVVLSFE	P(125051)	X(7)	0.000	0.0001
524	508	Y	YRVVVLSFEL	Y(125036)	H(12) S(1) X(9)	0.001	0.0001
525	509	R	RVVVLSFELL	R(125031)	K(2) T(1) X(24)	0.000	0
526	510	V	VVVLSFELLH	V(125050)	E(1) L(1) X(6)	0.000	0
527	511	V	VVLSFELLHA	V(125052)	E(1) X(5)	0.000	0.0006
528	512	V	VLSFELLHAP	V(125052)	X(6)	0.000	0.0008
529	513	L	LSFELLHAPA	L(125031)	F(3) X(24)	0.000	0.0017
530	514	S	SFELLHAPAT	S(125042)	F(3) P(1) X(11) Y(1)	0.000	0.0017
531	515	F	FELLHAPATV	F(125050)	X(8)	0.000	0.0017
532	516	E	ELLHAPATVC	E(125047)	Q(2) X(9)	0.000	0.0017
533	517	L	LLHAPATVCG	L(125045)	F(2) X(11)	0.000	0.0017
534	518	L	LHAPATVCGP	L(125042)	I(3) X(13)	0.000	0.0017
535	519	H	HAPATVCGPK	H(125035)	I(1) N(1) P(1) Q(2) X(18)	0.000	0.0017
536	520	A	APATVCGPKK	A(124869)	S(93) V(4) X(92)	0.006	0.002
537	521	P	PATVCGPKKS	P(125015)	L(2) Q(1) R(16) S(8) T(1) X(15)	0.002	0.0014
538	522	A	ATVCGPKKST	A(124847)	G(3) P(2) S(42) V(85) X(79)	0.009	0.0012
539	523	T	TVCGPKKSTN	T(125003)	N(1) P(1) X(53)	0.000	0.0003
540	524	V	VCGPKKSTNL	V(125057)	X(1)	0.000	0.0003
541	525	C	CGPKKSTNLV	C(125052)	W(1) X(5)	0.000	0.0004
542	526	G	GPKKSTNLVK	G(125049)	X(9)	0.000	0.0004
543	527	P	PKKSTNLVKN	P(125043)	T(1) X(14)	0.000	0.0004
544	528	K	KKSTNLVKNK	K(124863)	R(2) X(193)	0.000	0.0004
545	529	K	KSTNLVKNK-	K(125012)	E(1) I(1) M(6) N(1) O(2) R(30) X(5)	0.003	0.0004
546	530	S	STNLVKNK-C	S(125054)	F(1) T(2) X(1)	0.000	0.0001
547	531	T	TNLVKNK-CV	T(125056)	N(1) X(1)	0.000	0.0001
548	532	N	NLVKNK-CVN	N(125056)	K(1) Y(1)	0.000	0.0001
549	533	L	LVKNK-CVNF	L(125055)	K(2) X(1)	0.000	0.0001
550	534	V	VKNK-CVNFN	V(125005)	G(2) I(5) X(46)	0.001	0.0001
551	535	K	KNK-CVNFNF	K(125054)	I(1) V(2) X(1)	0.000	0
552	536	N	NK-CVNFNFN	N(125054)	K(2) O(1) T(1)	0.000	0
553	537	K	K-CVNFNFNG	K(125056)	T(1) X(1)	0.000	0
554	537	-	-CVNFNFNGL	-(125057)	X(1)	0.000	0
555	538	C	CVNFNFNGLT	C(125056)	S(1) X(1)	0.000	0.0002
556	539	V	VNFNFNGLTG	V(125056)	F(1) G(1)	0.000	0.0002
557	540	N	NFNFNGLTGT	N(125056)	K(1) X(1)	0.000	0.0008
558	541	F	FNFNGLTGTG	F(125057)	X(1)	0.000	0.0008
559	542	N	NFNGLTGTGV	N(125058)		0.000	0.0008
560	543	F	FNGLTGTGVL	F(125057)	X(1)	0.000	0.0008
561	544	N	NGLTGTGVLT	N(125058)		0.000	0.0009
562	545	G	GLTGTGVLTE	G(125056)	S(1) X(1)	0.000	0.0013
563	546	L	LTGTGVLTES	L(125057)	X(1)	0.000	0.0013
564	547	T	TGTGVLTESN	T(125023)	I(23) K(4) X(8)	0.002	0.0013
565	548	G	GTGVLTESNK	G(125056)	X(2)	0.000	0.0011
566	549	T	TGVLTESNKK	T(124977)	A(70) I(9) X(2)	0.006	0.0015
567	550	G	GVLTESNKKF	G(125058)		0.000	0.0009
568	551	V	VLTESNKKFL	V(125057)	F(1)	0.000	0.0009
569	552	L	LTESNKKFLP	L(125050)	F(4) X(4)	0.000	0.0009
570	553	T	TESNKKFLPF	T(125044)	I(10) O(2) X(2)	0.001	0.0009
571	554	E	ESNKKFLPFQ	E(125004)	D(43) G(4) K(1) Q(3) V(2) X(1)	0.004	0.0008
572	555	S	SNKKFLPFQQ	S(125054)	F(1) X(3)	0.000	0.0004
573	556	N	NKKFLPFQQF	N(125052)	-(1) K(3) S(1) X(1)	0.000	0.0006
574	557	K	KKFLPFQQFG	K(125054)	X(4)	0.000	0.0006
575	558	K	KFLPFQQFGR	K(125004)	M(2) N(41) Q(1) R(3) X(7)	0.004	0.0006
576	559	F	FLPFQQFGRD	F(125058)		0.000	0.0002
577	560	L	LPFQQFGRDI	L(125057)	M(1)	0.000	0.0002
578	561	P	PFQQFGRDIA	P(125050)	H(2) L(2) X(4)	0.000	0.0006
579	562	F	FQQFGRDIAD	F(125058)		0.000	0.0006
580	563	Q	QQFGRDIADT	Q(125055)	X(3)	0.000	0.0014
581	564	Q	QFGRDIADTT	Q(125055)	X(3)	0.000	0.0017
582	565	F	FGRDIADTTD	F(125019)	L(31) V(2) X(6)	0.002	0.0027
583	566	G	GRDIADTTDA	G(125050)	S(2) X(6)	0.000	0.0026
584	567	R	RDIADTTDAV	R(125054)	K(1) S(1) X(2)	0.000	0.0026
585	568	D	DIADTTDAVR	D(125055)	H(2) N(1)	0.000	0.0026
586	569	I	IADTTDAVRD	I(125053)	N(1) T(2) X(2)	0.000	0.0026
587	570	A	ADTTDAVRDP	A(125006)	D(3) G(1) S(12) T(1) V(30) X(5)	0.004	0.0026
588	571	D	DTTDAVRDPQ	D(125056)	E(1) X(1)	0.000	0.0022
589	572	T	TTDAVRDPQT	T(124924)	I(128) S(1) X(5)	0.008	0.0022
590	573	T	TDAVRDPQTL	T(125019)	A(1) I(32) N(1) X(5)	0.003	0.0014
591	574	D	DAVRDPQTLE	D(124887)	H(3) X(8) Y(160)	0.010	0.0026
592	575	A	AVRDPQTLEI	A(125034)	G(1) S(13) V(2) X(8)	0.001	0.0017
593	576	V	VRDPQTLEIL	V(125010)	I(2) X(46)	0.000	0.0018
594	577	R	RDPQTLEILD	R(125037)	L(1) X(20)	0.000	0.0018
595	578	D	DPQTLEILDI	D(125057)	X(1)	0.000	0.0018
596	579	P	PQTLEILDIT	P(125049)	Q(1) S(2) X(6)	0.000	0.0018
597	580	Q	QTLEILDITP	Q(125040)	H(3) R(2) X(13)	0.000	0.0019
598	581	T	TLEILDITPC	T(125057)	X(1)	0.000	0.0019
599	582	L	LEILDITPCS	L(125057)	X(1)	0.000	0.0019
600	583	E	EILDITPCSF	E(124783)	A(1) D(261) Q(2) X(11)	0.015	0.0019
601	584	I	ILDITPCSFG	I(125052)	L(1) V(5)	0.001	0.0004
602	585	L	LDITPCSFGG	L(125034)	F(22) X(2)	0.002	0.0003
603	586	D	DITPCSFGGV	D(125051)	E(4) X(3)	0.000	0.0001
604	587	I	ITPCSFGGVS	I(125058)		0.000	0.0002
605	588	T	TPCSFGGVSV	T(125054)	S(2) X(2)	0.000	0.0002
606	589	P	PCSFGGVSVI	P(125048)	S(8) X(2)	0.001	0.0002
607	590	C	CSFGGVSVIT	C(125058)		0.000	0.0001
608	591	S	SFGGVSVITP	S(125055)	X(3)	0.000	0.0001
609	592	F	FGGVSVITPG	F(125053)	L(1) X(4)	0.000	0.0001
610	593	G	GGVSVITPGT	G(125057)	C(1)	0.000	0.0001
611	594	G	GVSVITPGTO	G(125001)	S(4) X(53)	0.000	0.0002
612	595	V	VSVITPGTOT	V(125057)	I(1)	0.000	0.0005
613	596	S	SVITPGTOTS	S(125048)	I(5) N(1) R(1) X(3)	0.001	0.0005
614	597	V	VITPGTOTSN	V(125057)	L(1)	0.000	0.0005
615	598	I	ITPGTOTSNQ	I(125056)	V(2)	0.000	0.0005
616	599	T	TPGTOTSNQV	T(125058)		0.000	0.0005
617	600	P	PGTOTSNQVA	P(125056)	X(2)	0.000	0.0005
618	601	G	GTOTSNQVAV	G(125058)		0.000	0.0005
619	602	T	TOTSNQVAVL	T(125056)	I(1) K(1)	0.000	0.0006
620	603	O	OTSNQVAVLY	O(125047)	H(1) I(1) K(3) N(2) S(3) X(1)	0.001	0.0006
621	604	T	TSNQVAVLYQ	T(125021)	I(34) X(3)	0.003	0.0009
622	605	S	SNQVAVLYQD	S(125056)	F(1) X(1)	0.000	0.039
623	606	N	NQVAVLYQDV	N(125048)	K(5) S(4) Y(1)	0.001	0.0393
624	607	Q	QVAVLYQDVO	Q(125055)	H(1) L(1) X(1)	0.000	0.0393
625	608	V	VAVLYQDVOC	V(125058)		0.000	0.0393
626	609	A	AVLYQDVOCT	A(125058)		0.000	0.0394
627	610	V	VLYQDVOCTE	V(125058)		0.000	0.0395
628	611	L	LYQDVOCTEV	L(125037)	F(16) I(1) X(4)	0.001	0.0395
629	612	Y	YQDVOCTEVP	Y(125055)	-(1) N(1) X(1)	0.000	0.0395
630	613	Q	QDVOCTEVPV	Q(124988)	H(56) K(1) R(3) X(10)	0.004	0.0413
631	614	D	DVOCTEVPVA	G(108891)	A(3) D(16013) N(8) S(2) X(141)	0.384	0.0414
632	615	V	VOCTEVPVAI	V(125012)	A(2) F(7) I(29) L(5) X(3)	0.003	0.003
633	616	O	OCTEVPVAIH	O(125040)	K(1) N(17)	0.001	0.0028
634	617	C	CTEVPVAIHA	C(125056)	R(1) X(1)	0.000	0.0038
635	618	T	TEVPVAIHAD	T(125040)	A(2) I(14) S(1) X(1)	0.001	0.0039
636	619	E	EVPVAIHADQ	E(125042)	D(1) G(5) K(4) Q(1) X(5)	0.001	0.0038
637	620	V	VPVAIHADQL	V(125053)	I(1) X(4)	0.000	0.0037
638	621	P	PVAIHADQLT	P(125041)	L(2) S(7) T(1) X(7)	0.001	0.0037
639	622	V	VAIHADQLTP	V(124735)	-(1) A(7) F(286) I(8) L(7) X(14)	0.018	0.0038
640	623	A	AIHADQLTPT	A(124991)	I(2) S(37) T(2) V(20) X(6)	0.005	0.0028
641	624	I	IHADQLTPTW	I(125055)	L(1) X(2)	0.000	0.0023
642	625	H	HADQLTPTWR	H(125038)	Q(1) R(5) X(6) Y(8)	0.001	0.0023
643	626	A	ADQLTPTWRV	A(124875)	S(138) V(38) X(7)	0.011	0.0022
644	627	D	DQLTPTWRVY	D(125051)	G(2) N(3) P(1) Y(1)	0.001	0.0011
645	628	Q	QLTPTWRVYS	Q(125053)	E(4) X(1)	0.000	0.001
646	629	L	LTPTWRVYST	L(125056)	I(1) V(1)	0.000	0.0012
647	630	T	TPTWRVYSTG	T(125053)	A(1) I(1) S(1) X(2)	0.000	0.0013
648	631	P	PTWRVYSTGS	P(125024)	F(1) L(2) S(29) X(2)	0.002	0.0019
649	632	T	TWRVYSTGSN	T(124926)	I(1) N(128) X(3)	0.008	0.0017
650	633	W	WRVYSTGSNV	W(125056)	R(1) X(1)	0.000	0.001
651	634	R	RVYSTGSNVF	R(125057)	X(1)	0.000	0.0011
652	635	V	VYSTGSNVFQ	V(125056)	A(1) X(1)	0.000	0.0011
653	636	Y	YSTGSNVFQT	Y(125056)	F(1) H(1)	0.000	0.0011
654	637	S	STGSNVFQTR	S(125056)	F(1) X(1)	0.000	0.0011
655	638	T	TGSNVFQTRA	T(125037)	A(12) I(6) X(3)	0.002	0.0015
656	639	G	GSNVFQTRAG	G(125042)	S(9) V(2) X(5)	0.001	0.0013
657	640	S	SNVFQTRAGC	S(124956)	A(3) F(85) X(14)	0.006	0.0012
658	641	N	NVFQTRAGCL	N(125054)	-(1) S(1) X(2)	0.000	0.0006
659	642	V	VFQTRAGCLI	V(125040)	-(1) A(1) F(6) G(3) X(7)	0.001	0.0006
660	643	F	FQTRAGCLIG	F(125048)	I(1) L(8) Y(1)	0.001	0.0005
661	644	Q	QTRAGCLIGA	Q(125056)	X(2)	0.000	0.0006
662	645	T	TRAGCLIGAE	T(125057)	X(1)	0.000	0.0012
663	646	R	RAGCLIGAEH	R(125056)	H(1) P(1)	0.000	0.0027
664	647	A	AGCLIGAEHV	A(125001)	P(1) S(44) T(2) V(2) X(8)	0.004	0.0027
665	648	G	GCLIGAEHVO	G(125042)	X(16)	0.000	0.0025
666	649	C	CLIGAEHVON	C(125057)	F(1)	0.000	0.0027
667	650	L	LIGAEHVONS	L(125058)		0.000	0.0028
668	651	I	IGAEHVONSY	I(125057)	X(1)	0.000	0.0028
669	652	G	GAEHVONSYE	G(125051)	R(2) X(5)	0.000	0.0029
670	653	A	AEHVONSYEC	A(125018)	P(1) S(1) V(29) X(9)	0.002	0.0029
671	654	E	EHVONSYECD	E(124974)	A(10) D(25) K(16) Q(17) V(2) X(14)	0.006	0.0027
672	655	H	HVONSYECDI	H(124746)	Q(1) R(3) X(61) Y(247)	0.015	0.0021
673	656	V	VONSYECDIP	V(125057)	X(1)	0.000	0.0006
674	657	O	ONSYECDIPI	O(125031)	N(23) S(1) X(3)	0.002	0.0006
675	658	N	NSYECDIPIG	N(125034)	D(9) H(1) K(4) X(2) Y(8)	0.002	0.0004
676	659	S	SYECDIPIGA	S(125035)	L(14) P(1) X(8)	0.001	0.0003
677	660	Y	YECDIPIGAG	Y(125051)	F(1) X(6)	0.000	0.0002
678	661	E	ECDIPIGAGI	E(125041)	A(2) D(7) G(1) K(1) V(1) X(5)	0.001	0.0004
679	662	C	CDIPIGAGIC	C(125052)	X(6)	0.000	0.0003
680	663	D	DIPIGAGICA	D(125053)	X(5)	0.000	0.0004
681	664	I	IPIGAGICAS	I(125053)	-(1) L(1) M(2) X(1)	0.000	0.0006
682	665	P	PIGAGICASY	P(125052)	-(3) S(1) X(2)	0.000	0.0006
683	666	I	IGAGICASYQ	I(125052)	-(3) V(1) X(2)	0.000	0.0026
684	667	G	GAGICASYQT	G(125052)	-(3) S(1) X(2)	0.000	0.0028
685	668	A	AGICASYQTQ	A(125043)	-(3) S(5) V(2) X(5)	0.001	0.0042
686	669	G	GICASYQTQT	G(125047)	-(3) A(2) X(6)	0.000	0.0043
687	670	I	ICASYQTQTN	I(125024)	-(3) L(10) M(11) V(2) X(8)	0.002	0.0045
688	671	C	CASYQTQTNS	C(125052)	-(2) X(4)	0.000	0.0044
689	672	A	ASYQTQTNSP	A(125034)	-(2) D(1) P(1) T(1) V(8) X(11)	0.001	0.0056
690	673	S	SYQTQTNSPR	S(125033)	-(2) G(2) I(2) T(14) X(5)	0.002	0.0056
691	674	Y	YQTQTNSPRR	Y(125051)	F(2) X(5)	0.000	0.0055
692	675	Q	QTQTNSPRRA	Q(124713)	-(4) H(191) K(2) R(135) X(13)	0.020	0.0058
693	676	T	TQTNSPRRAR	T(125033)	-(4) I(14) P(4) S(2) X(1)	0.002	0.0038
694	677	Q	QTNSPRRARS	Q(124810)	-(4) H(218) L(3) P(1) R(8) X(13) Y(1)	0.014	0.0036
695	678	T	TNSPRRARSV	T(125031)	-(4) I(16) S(1) X(6)	0.002	0.0033
696	679	N	NSPRRARSVA	N(125035)	-(5) I(1) K(6) O(8) T(1) X(1) Y(1)	0.002	0.005
697	680	S	SPRRARSVAS	S(125038)	-(2) F(12) P(1) X(5)	0.001	0.0049
698	681	P	PRRARSVASQ	P(124880)	-(2) H(95) L(67) R(1) S(8) X(5)	0.012	0.0049
699	682	R	RRARSVASQS	R(125032)	-(2) L(2) Q(3) W(5) X(14)	0.001	0.0039
700	683	R	RARSVASQSI	R(125035)	-(2) P(1) Q(3) W(4) X(13)	0.001	0.0038
701	684	A	ARSVASQSII	A(125011)	-(2) S(2) T(7) V(29) X(7)	0.003	0.0037
702	685	R	RSVASQSIIA	R(125055)	-(2) P(1)	0.000	0.0035
703	686	S	SVASQSIIAY	S(125053)	-(2) G(2) R(1)	0.000	0.0035
704	687	V	VASQSIIAYT	V(124884)	A(1) I(12) L(160) X(1)	0.011	0.0035
705	688	A	ASQSIIAYTM	A(124713)	S(5) V(327) X(13)	0.019	0.0024
706	689	S	SQSIIAYTMS	S(125040)	I(16) X(2)	0.001	0.0014
707	690	Q	QSIIAYTMSL	Q(125041)	H(7) K(1) L(5) R(3) X(1)	0.001	0.0014
708	691	S	SIIAYTMSLG	S(125032)	A(4) F(15) P(4) X(3)	0.002	0.0013
709	692	I	IIAYTMSLGA	I(125056)	F(2)	0.000	0.0019
710	693	I	IAYTMSLGAE	I(125052)	V(4) X(2)	0.000	0.002
711	694	A	AYTMSLGAEN	A(125045)	T(2) V(5) X(6)	0.001	0.002
712	695	Y	YTMSLGAENS	Y(125054)	N(1) X(3)	0.000	0.002
713	696	T	TMSLGAENSV	T(125058)		0.000	0.0021
714	697	M	MSLGAENSVA	M(125052)	I(1) T(2) X(3)	0.000	0.0024
715	698	S	SLGAENSVAY	S(124909)	A(2) L(141) X(6)	0.009	0.0024
716	699	L	LGAENSVAYS	L(125050)	F(1) I(4) V(1) X(2)	0.001	0.0015
717	700	G	GAENSVAYSO	G(125039)	V(1) X(18)	0.000	0.0015
718	701	A	AENSVAYSON	A(124918)	S(19) T(18) V(83) X(20)	0.008	0.0016
719	702	E	ENSVAYSONS	E(125039)	Q(8) X(11)	0.001	0.0008
720	703	N	NSVAYSONSI	N(125052)	D(1) S(3) X(2)	0.000	0.0007
721	704	S	SVAYSONSIA	S(125026)	A(1) L(15) P(2) X(14)	0.001	0.0007
722	705	V	VAYSONSIAI	V(125046)	F(5) I(1) L(1) X(5)	0.001	0.0006
723	706	A	AYSONSIAIP	A(125015)	S(15) V(22) X(6)	0.003	0.0005
724	707	Y	YSONSIAIPT	Y(125056)	X(2)	0.000	0.0006
725	708	S	SONSIAIPTO	S(125055)	F(1) X(2)	0.000	0.0008
726	709	O	ONSIAIPTOF	O(125049)	D(1) K(1) N(5) X(2)	0.001	0.0008
727	710	N	NSIAIPTOFT	N(125049)	S(8) X(1)	0.001	0.0008
728	711	S	SIAIPTOFTI	S(125053)	A(2) F(1) X(2)	0.000	0.0007
729	712	I	IAIPTOFTIS	I(125055)	V(1) X(2)	0.000	0.0007
730	713	A	AIPTOFTISV	A(125055)	X(3)	0.000	0.0007
731	714	I	IPTOFTISVT	I(125049)	L(4) M(1) X(4)	0.000	0.0027
732	715	P	PTOFTISVTT	P(125050)	S(1) X(7)	0.000	0.0028
733	716	T	TOFTISVTTE	T(124996)	I(54) P(1) X(7)	0.004	0.0028
734	717	O	OFTISVTTEI	O(125034)	N(13) S(1) T(7) X(3)	0.002	0.0024
735	718	F	FTISVTTEIL	F(125057)	X(1)	0.000	0.0022
736	719	T	TISVTTEILP	T(125044)	A(1) I(10) S(1) X(2)	0.001	0.0022
737	720	I	ISVTTEILPV	I(125052)	V(2) X(4)	0.000	0.0021
738	721	S	SVTTEILPVS	S(125057)	G(1)	0.000	0.0021
739	722	V	VTTEILPVSM	V(125056)	A(1) I(1)	0.000	0.0025
740	723	T	TTEILPVSMT	T(124689)	I(367) X(2)	0.020	0.0028
741	724	T	TEILPVSMTK	T(125051)	A(2) I(1) K(3) X(1)	0.001	0.0008
742	725	E	EILPVSMTKT	E(125055)	X(3)	0.000	0.0007
743	726	I	ILPVSMTKTS	I(125055)	F(1) X(2)	0.000	0.0007
744	727	L	LPVSMTKTSV	L(125051)	X(7)	0.000	0.0007
745	728	P	PVSMTKTSVD	P(125024)	L(1) X(33)	0.000	0.0007
746	729	V	VSMTKTSVDC	V(125053)	A(2) X(3)	0.000	0.0007
747	730	S	SMTKTSVDCT	S(125056)	X(2)	0.000	0.0007
748	731	M	MTKTSVDCTM	M(125003)	I(48) T(1) X(6)	0.004	0.0008
749	732	T	TKTSVDCTMY	T(125021)	A(31) I(4) S(1) X(1)	0.003	0.0004
750	733	K	KTSVDCTMYI	K(125056)	R(1) X(1)	0.000	0.0001
751	734	T	TSVDCTMYIC	T(125057)	X(1)	0.000	0.0001
752	735	S	SVDCTMYICG	S(124965)	A(1) L(3) X(89)	0.000	0.0002
753	736	V	VDCTMYICGD	V(125057)	X(1)	0.000	0.0003
754	737	D	DCTMYICGDS	D(125055)	X(2) Y(1)	0.000	0.0003
755	738	C	CTMYICGDST	C(125052)	X(6)	0.000	0.0005
756	739	T	TMYICGDSTE	T(125054)	S(1) X(3)	0.000	0.0005
757	740	M	MYICGDSTEC	M(125043)	I(10) X(5)	0.001	0.0005
758	741	Y	YICGDSTECS	Y(125056)	F(1) X(1)	0.000	0.0004
759	742	I	ICGDSTECSN	I(125053)	X(5)	0.000	0.0005
760	743	C	CGDSTECSNL	C(125049)	R(1) X(8)	0.000	0.0006
761	744	G	GDSTECSNLL	G(125042)	D(1) S(2) V(3) X(10)	0.001	0.0006
762	745	D	DSTECSNLLL	D(125032)	E(1) G(9) X(16)	0.001	0.0005
763	746	S	STECSNLLLQ	S(125050)	X(8)	0.000	0.0004
764	747	T	TECSNLLLQY	T(125023)	A(1) I(29) N(1) X(4)	0.002	0.0004
765	748	E	ECSNLLLQYG	E(125055)	K(1) X(2)	0.000	0.0002
766	749	C	CSNLLLQYGS	C(125058)		0.000	0.0002
767	750	S	SNLLLQYGSF	S(125053)	I(1) N(1) R(1) X(2)	0.000	0.0002
768	751	N	NLLLQYGSF-	N(125045)	D(3) K(3) S(2) X(3) Y(2)	0.001	0.0002
769	752	L	LLLQYGSF-C	L(125043)	F(3) I(2) R(2) X(8)	0.001	0.0001
770	753	L	LLQYGSF-CT	L(125043)	X(15)	0.000	0
771	754	L	LQYGSF-CTQ	L(125055)	F(2) X(1)	0.000	0
772	755	Q	QYGSF-CTQL	Q(125056)	X(2)	0.000	0
773	756	Y	YGSF-CTQLN	Y(125057)	X(1)	0.000	0
774	757	G	GSF-CTQLNR	G(125055)	X(3)	0.000	0.0004
775	758	S	SF-CTQLNRA	S(125048)	I(1) T(1) X(8)	0.000	0.0004
776	759	F	F-CTQLNRAL	F(125049)	X(9)	0.000	0.0004
777	759	-	-CTQLNRALT	-(125057)	X(1)	0.000	0.0004
778	760	C	CTQLNRALTG	C(125042)	X(16)	0.000	0.0017
779	761	T	TQLNRALTGI	T(125041)	A(1) I(2) S(1) X(13)	0.000	0.0018
780	762	Q	QLNRALTGIA	Q(125051)	X(7)	0.000	0.0022
781	763	L	LNRALTGIAV	L(125053)	V(1) X(4)	0.000	0.0026
782	764	N	NRALTGIAVE	N(125056)	X(2)	0.000	0.0026
783	765	R	RALTGIAVEQ	R(124936)	C(9) H(11) L(24) S(1) X(77)	0.004	0.0026
784	766	A	ALTGIAVEQD	A(125054)	X(4)	0.000	0.0022
785	767	L	LTGIAVEQDK	L(125055)	X(3)	0.000	0.0022
786	768	T	TGIAVEQDKN	T(125055)	I(1) X(2)	0.000	0.0022
787	769	G	GIAVEQDKNT	G(124837)	A(6) R(6) V(195) X(14)	0.013	0.0027
788	770	I	IAVEQDKNTQ	I(125046)	V(11) X(1)	0.001	0.0016
789	771	A	AVEQDKNTQE	A(124990)	S(45) T(1) V(5) X(17)	0.004	0.0021
790	772	V	VEQDKNTQEV	V(124995)	A(1) F(7) I(48) L(1) X(6)	0.004	0.0017
791	773	E	EQDKNTQEVF	E(125054)	Q(1) V(2) X(1)	0.000	0.0013
792	774	Q	QDKNTQEVFA	Q(125055)	R(1) X(2)	0.000	0.0015
793	775	D	DKNTQEVFAQ	D(125053)	X(5)	0.000	0.0015
794	776	K	KNTQEVFAQV	K(125050)	X(8)	0.000	0.0017
795	777	N	NTQEVFAQVK	N(125056)	X(2)	0.000	0.0017
796	778	T	TQEVFAQVKQ	T(124978)	A(2) I(72) N(1) S(1) X(4)	0.005	0.0018
797	779	Q	QEVFAQVKQI	Q(125030)	E(1) H(21) K(2) L(1) X(3)	0.002	0.0013
798	780	E	EVFAQVKQIY	E(124964)	A(1) D(10) Q(80) V(1) X(2)	0.006	0.0011
799	781	V	VFAQVKQIYK	V(125048)	F(1) I(1) X(8)	0.000	0.0005
800	782	F	FAQVKQIYKT	F(125053)	X(5)	0.000	0.001
801	783	A	AQVKQIYKTP	A(125031)	S(16) T(1) V(4) X(6)	0.002	0.0011
802	784	Q	QVKQIYKTPP	Q(125046)	L(3) X(9)	0.000	0.001
803	785	V	VKQIYKTPPI	V(125030)	A(1) I(21) X(6)	0.002	0.0011
804	786	K	KQIYKTPPIK	K(125052)	Q(1) X(5)	0.000	0.0009
805	787	Q	QIYKTPPIKD	Q(125040)	H(7) R(2) X(9)	0.001	0.0012
806	788	I	IYKTPPIKDF	I(125051)	M(1) X(6)	0.000	0.0011
807	789	Y	YKTPPIKDFG	Y(125043)	D(1) X(14)	0.000	0.0011
808	790	K	KTPPIKDFGG	K(125053)	N(1) X(4)	0.000	0.0011
809	791	T	TPPIKDFGGF	T(124989)	A(2) I(22) K(23) P(13) X(9)	0.005	0.0011
810	792	P	PPIKDFGGFO	P(125048)	L(2) S(2) T(4) X(2)	0.001	0.0006
811	793	P	PIKDFGGFOF	P(125048)	L(5) S(2) X(3)	0.001	0.0005
812	794	I	IKDFGGFOFS	I(125049)	F(5) L(1) X(3)	0.001	0.0004
813	795	K	KDFGGFOFSQ	K(125053)	Q(1) X(4)	0.000	0.0004
814	796	D	DFGGFOFSQI	D(125014)	G(1) H(9) N(1) X(10) Y(23)	0.003	0.0005
815	797	F	FGGFOFSQIL	F(125051)	C(5) X(2)	0.000	0.0002
816	798	G	GGFOFSQILP	G(125049)	A(1) S(3) X(5)	0.000	0.0003
817	799	G	GFOFSQILPD	G(125048)	A(1) S(3) X(6)	0.000	0.0004
818	800	F	FOFSQILPDP	F(125053)	X(5)	0.000	0.0006
819	801	O	OFSQILPDPS	O(124966)	K(1) N(3) X(88)	0.000	0.0007
820	802	F	FSQILPDPSK	F(125058)		0.000	0.0007
821	803	S	SQILPDPSKP	S(125055)	P(1) X(2)	0.000	0.0015
822	804	Q	QILPDPSKPS	Q(125050)	H(2) K(2) P(2) X(2)	0.001	0.0017
823	805	I	ILPDPSKPSK	I(125046)	F(1) M(3) V(4) X(4)	0.001	0.0016
824	806	L	LPDPSKPSKR	L(125055)	F(1) X(2)	0.000	0.0015
825	807	P	PDPSKPSKRS	P(125050)	L(3) R(1) S(2) X(2)	0.001	0.0015
826	808	D	DPSKPSKRSF	D(125038)	E(6) G(4) N(4) V(1) X(5)	0.001	0.0014
827	809	P	PSKPSKRSFI	P(125022)	L(2) S(29) X(5)	0.002	0.0016
828	810	S	SKPSKRSFIE	S(125043)	L(10) P(1) X(4)	0.001	0.0014
829	811	K	KPSKRSFIED	K(125052)	E(1) X(5)	0.000	0.0013
830	812	P	PSKRSFIEDL	P(124930)	L(81) Q(2) S(28) T(1) X(16)	0.008	0.0014
831	813	S	SKRSFIEDLL	S(125026)	G(5) I(20) N(1) R(1) X(5)	0.002	0.0015
832	814	K	KRSFIEDLLF	K(125051)	E(2) T(2) X(3)	0.000	0.0013
833	815	R	RSFIEDLLFN	R(125056)	X(2)	0.000	0.0013
834	816	S	SFIEDLLFNK	S(125058)		0.000	0.0014
835	817	F	FIEDLLFNKV	F(125054)	L(1) X(3)	0.000	0.0018
836	818	I	IEDLLFNKVT	I(125007)	S(1) V(45) X(5)	0.003	0.0019
837	819	E	EDLLFNKVTL	E(125055)	X(3)	0.000	0.0016
838	820	D	DLLFNKVTLA	D(125052)	G(1) N(1) X(3) Y(1)	0.000	0.0024
839	821	L	LLFNKVTLAD	L(125037)	I(2) Q(2) V(6) X(11)	0.001	0.0025
840	822	L	LFNKVTLADA	L(124894)	F(149) X(15)	0.009	0.0027
841	823	F	FNKVTLADAG	F(125055)	X(3)	0.000	0.0019
842	824	N	NKVTLADAGF	N(125046)	K(1) S(2) T(1) X(7) Y(1)	0.000	0.0019
843	825	K	KVTLADAGFI	K(125050)	R(6) X(2)	0.001	0.0022
844	826	V	VTLADAGFIK	V(124962)	L(48) M(11) X(37)	0.004	0.0021
845	827	T	TLADAGFIKQ	T(125049)	A(2) I(3) S(4)	0.001	0.0019
846	828	L	LADAGFIKQY	L(125053)	I(3) P(1) X(1)	0.000	0.0019
847	829	A	ADAGFIKQYG	A(124932)	S(3) T(122) X(1)	0.008	0.002
848	830	D	DAGFIKQYGD	D(125043)	A(2) E(1) G(2) H(3) X(5) Y(2)	0.001	0.003
849	831	A	AGFIKQYGDC	A(125012)	S(5) T(1) V(35) X(5)	0.003	0.0029
850	832	G	GFIKQYGDCL	G(125036)	C(1) D(2) S(5) X(14)	0.001	0.0026
851	833	F	FIKQYGDCLG	F(125057)	S(1)	0.000	0.0027
852	834	I	IKQYGDCLGD	I(125025)	F(1) S(3) T(26) V(3)	0.003	0.0027
853	835	K	KQYGDCLGDI	K(125047)	E(1) I(1) N(1) X(8)	0.000	0.0024
854	836	Q	QYGDCLGDIA	Q(125019)	-(1) E(3) H(19) L(6) P(1) X(9)	0.002	0.0033
855	837	Y	YGDCLGDIAA	Y(125042)	H(11) L(1) X(4)	0.001	0.0041
856	838	G	GDCLGDIAAR	G(125043)	D(9) S(1) V(4) X(1)	0.001	0.005
857	839	D	DCLGDIAARD	D(124722)	E(3) N(2) V(1) X(8) Y(322)	0.018	0.005
858	840	C	CLGDIAARDL	C(125056)	X(2)	0.000	0.0033
859	841	L	LGDIAARDLI	L(125044)	F(1) I(2) X(11)	0.000	0.0033
860	842	G	GDIAARDLIC	G(125032)	D(8) S(8) V(3) X(7)	0.002	0.0033
861	843	D	DIAARDLICA	D(125050)	E(1) G(3) X(4)	0.000	0.0032
862	844	I	IAARDLICAQ	I(125058)		0.000	0.0032
863	845	A	AARDLICAQK	A(124913)	D(8) S(84) T(7) V(31) X(15)	0.009	0.0033
864	846	A	ARDLICAQKF	A(124906)	G(1) S(75) V(67) X(9)	0.010	0.0024
865	847	R	RDLICAQKFN	R(124894)	I(3) K(139) T(9) X(13)	0.010	0.0017
866	848	D	DLICAQKFNG	D(125049)	E(1) G(5) N(1) X(2)	0.001	0.0007
867	849	L	LICAQKFNGL	L(125046)	F(6) P(5) X(1)	0.001	0.0007
868	850	I	ICAQKFNGLT	I(124984)	F(2) N(1) V(2) X(69)	0.000	0.0014
869	851	C	CAQKFNGLTV	C(125056)	W(1) X(1)	0.000	0.0015
870	852	A	AQKFNGLTVL	A(125044)	E(1) S(5) T(1) V(4) X(3)	0.001	0.0015
871	853	Q	QKFNGLTVLP	Q(125046)	X(12)	0.000	0.0014
872	854	K	KFNGLTVLPP	K(125036)	M(2) N(9) R(1) X(10)	0.001	0.0015
873	855	F	FNGLTVLPPL	F(125055)	X(3)	0.000	0.0015
874	856	N	NGLTVLPPLL	N(125011)	K(3) S(41) X(3)	0.003	0.0015
875	857	G	GLTVLPPLLT	G(125057)	C(1)	0.000	0.0012
876	858	L	LTVLPPLLTD	L(125048)	F(7) I(1) X(2)	0.001	0.0013
877	859	T	TVLPPLLTDE	T(124925)	I(90) N(30) S(1) X(12)	0.008	0.0012
878	860	V	VLPPLLTDEM	V(125043)	A(4) F(3) I(1) Q(1) X(6)	0.001	0.0004
879	861	L	LPPLLTDEMI	L(125057)	K(1)	0.000	0.0005
880	862	P	PPLLTDEMIA	P(125056)	S(2)	0.000	0.0007
881	863	P	PLLTDEMIAQ	P(125046)	H(9) L(1) S(1) X(1)	0.001	0.0007
882	864	L	LLTDEMIAQY	L(125047)	V(9) X(2)	0.001	0.0006
883	865	L	LTDEMIAQYT	L(125053)	F(1) P(2) X(2)	0.000	0.0005
884	866	T	TDEMIAQYTS	T(125057)	P(1)	0.000	0.0005
885	867	D	DEMIAQYTSA	D(125049)	E(1) G(5) X(3)	0.001	0.0005
886	868	E	EMIAQYTSAL	E(125053)	K(2) X(3)	0.000	0.0004
887	869	M	MIAQYTSALL	M(125053)	I(2) X(3)	0.000	0.0004
888	870	I	IAQYTSALLA	I(125031)	S(1) T(3) V(20) X(3)	0.002	0.0023
889	871	A	AQYTSALLAG	A(125021)	S(16) V(7) X(14)	0.002	0.0021
890	872	Q	QYTSALLAGT	Q(125055)	X(3)	0.000	0.0019
891	873	Y	YTSALLAGTI	Y(125056)	O(1) X(1)	0.000	0.0019
892	874	T	TSALLAGTIT	T(125051)	I(2) P(3) X(2)	0.000	0.0019
893	875	S	SALLAGTITS	S(125056)	F(2)	0.000	0.0021
894	876	A	ALLAGTITSG	A(125056)	S(1) X(1)	0.000	0.0021
895	877	L	LLAGTITSGW	L(125055)	M(2) X(1)	0.000	0.0021
896	878	L	LAGTITSGWT	L(125055)	S(1) X(2)	0.000	0.0021
897	879	A	AGTITSGWTF	A(124716)	S(276) T(26) V(17) X(23)	0.019	0.0021
898	880	G	GTITSGWTFG	G(125054)	S(2) X(2)	0.000	0.0002
899	881	T	TITSGWTFGA	T(125055)	I(1) X(2)	0.000	0.0002
900	882	I	ITSGWTFGAG	I(125057)	X(1)	0.000	0.0002
901	883	T	TSGWTFGAGA	T(125051)	I(2) X(5)	0.000	0.0005
902	884	S	SGWTFGAGAA	S(125006)	A(4) C(2) F(15) X(31)	0.002	0.0006
903	885	G	GWTFGAGAAL	G(125055)	C(1) D(2)	0.000	0.0004
904	886	W	WTFGAGAALQ	W(125055)	G(1) X(2)	0.000	0.0004
905	887	T	TFGAGAALQI	T(125056)	A(2)	0.000	0.0004
906	888	F	FGAGAALQIP	F(125050)	L(5) X(3)	0.000	0.0004
907	889	G	GAGAALQIPF	G(125053)	A(1) S(1) X(3)	0.000	0.0004
908	890	A	AGAALQIPFA	A(125055)	P(1) T(1) X(1)	0.000	0.0006
909	891	G	GAALQIPFA-	G(125057)	X(1)	0.000	0.0006
910	892	A	AALQIPFA-M	A(125010)	S(33) V(9) X(6)	0.003	0.0007
911	893	A	ALQIPFA-MQ	A(125045)	E(1) V(7) X(5)	0.001	0.0004
912	894	L	LQIPFA-MQM	L(125053)	F(1) X(4)	0.000	0.0003
913	895	Q	QIPFA-MQMA	Q(125050)	X(8)	0.000	0.0004
914	896	I	IPFA-MQMAY	I(125056)	T(1) X(1)	0.000	0.0004
915	897	P	PFA-MQMAYR	P(125056)	X(2)	0.000	0.0004
916	898	F	FA-MQMAYRF	F(125056)	X(2)	0.000	0.0004
917	899	A	A-MQMAYRF-	A(125040)	G(1) P(1) S(15) V(1)	0.002	0.0004
918	899	-	-MQMAYRF-N	-(125058)		0.000	0.0002
919	900	M	MQMAYRF-NG	M(125035)	I(16) X(7)	0.001	0.0002
920	901	Q	QMAYRF-NGI	Q(125057)	X(1)	0.000	0.0001
921	902	M	MAYRF-NGIG	M(125055)	L(2) V(1)	0.000	0.0001
922	903	A	AYRF-NGIGV	A(125050)	G(2) S(4) X(2)	0.001	0.0002
923	904	Y	YRF-NGIGVT	Y(125057)	X(1)	0.000	0.0001
924	905	R	RF-NGIGVTQ	R(125052)	S(2) X(4)	0.000	0.0001
925	906	F	F-NGIGVTQN	F(125054)	P(1) V(1) X(2)	0.000	0.0001
926	906	-	-NGIGVTQNV	-(125057)	X(1)	0.000	0.0001
927	907	N	NGIGVTQNVL	N(125056)	X(2)	0.000	0.0001
928	908	G	GIGVTQNVLY	G(125055)	V(1) X(2)	0.000	0.0001
929	909	I	IGVTQNVLYE	I(125051)	V(3) X(4)	0.000	0.0001
930	910	G	GVTQNVLYEN	G(125048)	X(10)	0.000	0.0001
931	911	V	VTQNVLYENQ	V(125048)	I(6) X(4)	0.001	0.0001
932	912	T	TQNVLYENQK	T(125053)	X(5)	0.000	0
933	913	Q	QNVLYENQKL	Q(125040)	H(4) X(14)	0.000	0.0003
934	914	N	NVLYENQKLI	N(125053)	X(5)	0.000	0.0003
935	915	V	VLYENQKLIA	V(125051)	F(1) I(3) X(3)	0.000	0.0005
936	916	L	LYENQKLIAN	L(125052)	F(4) X(2)	0.000	0.0005
937	917	Y	YENQKLIANQ	Y(125053)	H(3) X(2)	0.000	0.0006
938	918	E	ENQKLIANQF	E(125051)	G(2) P(1) Q(1) V(1) X(2)	0.000	0.0006
939	919	N	NQKLIANQFN	N(125055)	X(3)	0.000	0.0006
940	920	Q	QKLIANQFNS	Q(125040)	X(18)	0.000	0.0009
941	921	K	KLIANQFNSA	K(125057)	X(1)	0.000	0.0014
942	922	L	LIANQFNSAI	L(125021)	F(31) M(1) V(1) X(4)	0.003	0.0014
943	923	I	IANQFNSAIG	I(125057)	X(1)	0.000	0.0011
944	924	A	ANQFNSAIGK	A(125032)	S(7) V(13) X(6)	0.002	0.0011
945	925	N	NQFNSAIGKI	N(125053)	D(1) K(1) X(2) Y(1)	0.000	0.0009
946	926	Q	QFNSAIGKIQ	Q(125041)	H(8) X(9)	0.001	0.0009
947	927	F	FNSAIGKIQD	F(125055)	X(3)	0.000	0.0051
948	928	N	NSAIGKIQDS	N(125052)	D(1) O(2) X(3)	0.000	0.0052
949	929	S	SAIGKIQDSL	S(125020)	I(21) N(1) T(12) X(4)	0.003	0.0056
950	930	A	AIGKIQDSL-	A(124984)	S(1) T(1) V(69) X(3)	0.005	0.0053
951	931	I	IGKIQDSL-S	I(125053)	V(3) X(2)	0.000	0.0059
952	932	G	GKIQDSL-SS	G(125049)	C(1) D(1) V(2) X(5)	0.000	0.0062
953	933	K	KIQDSL-SST	K(125056)	R(1) X(1)	0.000	0.0063
954	934	I	IQDSL-SSTA	I(125054)	M(1) T(1) X(2)	0.000	0.0065
955	935	Q	QDSL-SSTAS	Q(125056)	H(1) X(1)	0.000	0.0067
956	936	D	DSL-SSTASA	D(124170)	E(1) G(1) H(26) N(2) V(7) X(15) Y(836)	0.043	0.0067
957	937	S	SL-SSTASAL	S(125040)	A(1) L(15) T(1) X(1)	0.001	0.0024
958	938	L	L-SSTASALG	L(124998)	F(41) I(12) X(7)	0.004	0.0023
959	938	-	-SSTASALGK	-(125057)	X(1)	0.000	0.0019
960	939	S	SSTASALGKL	S(124866)	F(179) X(12) Y(1)	0.011	0.0019
961	940	S	STASALGKLQ	S(124999)	A(2) F(44) T(1) X(12)	0.003	0.0008
962	941	T	TASALGKLQD	T(125047)	A(5) I(4) X(2)	0.001	0.0007
963	942	A	ASALGKLQDV	A(125020)	S(25) T(3) V(3) X(7)	0.002	0.0006
964	943	S	SALGKLQDVV	S(124895)	G(3) I(12) P(13) T(1) X(134)	0.002	0.0004
965	944	A	ALGKLQDVVN	A(125056)	V(1) X(1)	0.000	0.0002
966	945	L	LGKLQDVVNQ	L(125053)	I(1) X(4)	0.000	0.0002
967	946	G	GKLQDVVNQN	G(125048)	R(1) V(4) X(5)	0.000	0.0003
968	947	K	KLQDVVNQNA	K(125052)	R(3) X(3)	0.000	0.0003
969	948	L	LQDVVNQNAQ	L(125057)	R(1)	0.000	0.0003
970	949	Q	QDVVNQNAQA	Q(125056)	R(1) X(1)	0.000	0.0003
971	950	D	DVVNQNAQAL	D(125034)	A(1) H(5) N(11) X(5) Y(2)	0.002	0.0003
972	951	V	VVNQNAQALN	V(125054)	X(4)	0.000	0.0001
973	952	V	VNQNAQALNT	V(125050)	A(1) F(2) I(1) L(1) X(3)	0.000	0.0001
974	953	N	NQNAQALNTL	N(125057)	X(1)	0.000	0.0001
975	954	Q	QNAQALNTLV	Q(125053)	K(2) L(1) X(2)	0.000	0.0001
976	955	N	NAQALNTLVK	N(125047)	H(10) X(1)	0.001	0.0001
977	956	A	AQALNTLVKQ	A(125055)	X(3)	0.000	0
978	957	Q	QALNTLVKQL	Q(125054)	L(1) R(1) X(2)	0.000	0
979	958	A	ALNTLVKQLS	A(125050)	S(5) X(3)	0.000	0
980	959	L	LNTLVKQLSS	L(125055)	X(3)	0.000	0
981	960	N	NTLVKQLSSN	N(125055)	K(1) X(2)	0.000	0
982	961	T	TLVKQLSSNF	T(125054)	A(1) M(1) X(2)	0.000	0
983	962	L	LVKQLSSNFG	L(125055)	X(3)	0.000	0
984	963	V	VKQLSSNFGA	V(125055)	D(1) F(2)	0.000	0
985	964	K	KQLSSNFGAI	K(125054)	X(4)	0.000	0
986	965	Q	QLSSNFGAIS	Q(125054)	X(4)	0.000	0
987	966	L	LSSNFGAISS	L(125051)	X(7)	0.000	0
988	967	S	SSNFGAISSV	S(125046)	G(4) R(1) X(7)	0.000	0.0001
989	968	S	SNFGAISSVL	S(125051)	A(1) X(6)	0.000	0.0001
990	969	N	NFGAISSVLN	N(125052)	S(2) X(4)	0.000	0.0001
991	970	F	FGAISSVLND	F(125054)	S(1) X(3)	0.000	0.0001
992	971	G	GAISSVLNDI	G(125048)	V(1) X(9)	0.000	0.0001
993	972	A	AISSVLNDIL	A(125056)	X(2)	0.000	0.0001
994	973	I	ISSVLNDILS	I(125056)	V(1) X(1)	0.000	0.0001
995	974	S	SSVLNDILSR	S(125056)	P(1) X(1)	0.000	0.0001
996	975	S	SVLNDILSRL	S(125054)	N(1) X(3)	0.000	0.0001
997	976	V	VLNDILSRLD	V(125050)	F(6) I(1) X(1)	0.001	0.0001
998	977	L	LNDILSRLDK	L(125053)	I(1) X(4)	0.000	0.0002
999	978	N	NDILSRLDKV	N(125055)	O(1) X(2)	0.000	0.0002
1000	979	D	DILSRLDKVE	D(125015)	H(1) X(40) Y(2)	0.000	0.0002
1001	980	I	ILSRLDKVEA	I(125055)	F(1) O(1) T(1)	0.000	0.0002
1002	981	L	LSRLDKVEAE	L(125054)	F(1) P(1) X(2)	0.000	0.0002
1003	982	S	SRLDKVEAEV	S(125056)	A(1) X(1)	0.000	0.0002
1004	983	R	RLDKVEAEVQ	R(125053)	X(5)	0.000	0.0002
1005	984	L	LDKVEAEVQI	L(125055)	X(3)	0.000	0.0002
1006	985	D	DKVEAEVQID	D(125055)	X(3)	0.000	0.0002
1007	986	K	KVEAEVQIDR	K(125025)	I(1) N(1) Q(1) R(26) X(4)	0.002	0.0002
1008	987	V	VEAEVQIDRL	V(125053)	F(2) X(3)	0.000	0
1009	988	E	EAEVQIDRLI	E(125055)	X(3)	0.000	0
1010	989	A	AEVQIDRLIT	A(125056)	X(2)	0.000	0
1011	990	E	EVQIDRLITG	E(125056)	A(1) X(1)	0.000	0
1012	991	V	VQIDRLITGR	V(125054)	X(4)	0.000	0
1013	992	Q	QIDRLITGRL	Q(125056)	X(2)	0.000	0
1014	993	I	IDRLITGRLQ	I(125057)	V(1)	0.000	0
1015	994	D	DRLITGRLQS	D(125055)	E(1) X(2)	0.000	0
1016	995	R	RLITGRLQSL	R(125057)	X(1)	0.000	0
1017	996	L	LITGRLQSLQ	L(125056)	X(2)	0.000	0
1018	997	I	ITGRLQSLQT	I(125056)	T(1) X(1)	0.000	0.0001
1019	998	T	TGRLQSLQTY	T(125056)	X(2)	0.000	0.0001
1020	999	G	GRLQSLQTYV	G(124928)	X(130)	0.000	0.0001
1021	1000	R	RLQSLQTYVT	R(125056)	X(2)	0.000	0.0002
1022	1001	L	LQSLQTYVTQ	L(125057)	X(1)	0.000	0.0002
1023	1002	Q	QSLQTYVTQQ	Q(125053)	E(2) L(1) X(2)	0.000	0.0002
1024	1003	S	SLQTYVTQQL	S(125055)	X(3)	0.000	0.0002
1025	1004	L	LQTYVTQQLI	L(125056)	X(2)	0.000	0.0002
1026	1005	Q	QTYVTQQLIR	Q(125055)	H(1) X(2)	0.000	0.0002
1027	1006	T	TYVTQQLIRA	T(125042)	I(16)	0.001	0.0002
1028	1007	Y	YVTQQLIRAA	Y(125033)	X(25)	0.000	0.0001
1029	1008	V	VTQQLIRAAE	V(125052)	L(1) X(5)	0.000	0.0001
1030	1009	T	TQQLIRAAEI	T(125043)	I(9) S(2) X(4)	0.001	0.0001
1031	1010	Q	QQLIRAAEIR	Q(125054)	X(4)	0.000	0
1032	1011	Q	QLIRAAEIRA	Q(125053)	X(5)	0.000	0.0012
1033	1012	L	LIRAAEIRAS	L(125056)	S(1) X(1)	0.000	0.0012
1034	1013	I	IRAAEIRASA	I(125058)		0.000	0.0013
1035	1014	R	RAAEIRASAN	R(125050)	K(2) X(6)	0.000	0.0013
1036	1015	A	AAEIRASANL	A(125054)	T(2) X(2)	0.000	0.0013
1037	1016	A	AEIRASANLA	A(125055)	S(1) T(1) X(1)	0.000	0.0013
1038	1017	E	EIRASANLAA	E(125054)	G(1) K(1) X(2)	0.000	0.0015
1039	1018	I	IRASANLAAT	I(125056)	V(1) X(1)	0.000	0.0018
1040	1019	R	RASANLAATK	R(125055)	K(2) X(1)	0.000	0.0018
1041	1020	A	ASANLAATKM	A(124865)	D(2) S(103) V(81) X(7)	0.012	0.0018
1042	1021	S	SANLAATKMS	S(125052)	F(3) P(1) X(2)	0.000	0.0006
1043	1022	A	ANLAATKMSE	A(125047)	S(10) X(1)	0.001	0.0006
1044	1023	N	NLAATKMSEC	N(125057)	Y(1)	0.000	0.0005
1045	1024	L	LAATKMSECV	L(125054)	F(1) P(1) R(1) X(1)	0.000	0.0005
1046	1025	A	AATKMSECVL	A(125056)	X(2)	0.000	0.0005
1047	1026	A	ATKMSECVLG	A(125037)	P(1) S(16) T(1) V(2) X(1)	0.002	0.0005
1048	1027	T	TKMSECVLGQ	T(125012)	I(33) S(7) X(6)	0.003	0.0003
1049	1028	K	KMSECVLGQS	K(125058)		0.000	0
1050	1029	M	MSECVLGQSK	M(125055)	I(1) V(2)	0.000	0
1051	1030	S	SECVLGQSKR	S(125051)	L(2) X(5)	0.000	0
1052	1031	E	ECVLGQSKRV	E(125052)	D(2) X(4)	0.000	0.0001
1053	1032	C	CVLGQSKRVD	C(125053)	X(5)	0.000	0.0001
1054	1033	V	VLGQSKRVDF	V(125055)	A(2) X(1)	0.000	0.0001
1055	1034	L	LGQSKRVDFC	L(125057)	X(1)	0.000	0.0001
1056	1035	G	GQSKRVDFCG	G(125052)	V(3) X(3)	0.000	0.0001
1057	1036	Q	QSKRVDFCGK	Q(125056)	L(1) X(1)	0.000	0.0002
1058	1037	S	SKRVDFCGKG	S(125055)	P(1) X(2)	0.000	0.0002
1059	1038	K	KRVDFCGKGY	K(125057)	X(1)	0.000	0.0002
1060	1039	R	RVDFCGKGYH	R(125053)	K(1) T(1) X(3)	0.000	0.0002
1061	1040	V	VDFCGKGYHL	V(125050)	F(7) X(1)	0.001	0.0002
1062	1041	D	DFCGKGYHLM	D(125057)	X(1)	0.000	0.0002
1063	1042	F	FCGKGYHLMS	F(125058)		0.000	0.0002
1064	1043	C	CGKGYHLMSF	C(125055)	F(1) S(1) X(1)	0.000	0.0009
1065	1044	G	GKGYHLMSFP	G(125051)	X(7)	0.000	0.0009
1066	1045	K	KGYHLMSFPQ	K(125043)	E(1) N(7) Q(1) R(1) T(1) X(4)	0.001	0.0009
1067	1046	G	GYHLMSFPQS	G(125058)		0.000	0.0008
1068	1047	Y	YHLMSFPQSA	Y(125056)	X(2)	0.000	0.0009
1069	1048	H	HLMSFPQSAP	H(125055)	X(2) Y(1)	0.000	0.0009
1070	1049	L	LMSFPQSAPH	L(125053)	I(1) X(4)	0.000	0.0009
1071	1050	M	MSFPQSAPHG	M(125041)	I(10) L(2) V(3) X(2)	0.001	0.0009
1072	1051	S	SFPQSAPHGV	S(125057)	X(1)	0.000	0.0008
1073	1052	F	FPQSAPHGVV	F(124949)	L(104) X(5)	0.007	0.0008
1074	1053	P	PQSAPHGVVF	P(125056)	T(1) X(1)	0.000	0.0001
1075	1054	Q	QSAPHGVVFL	Q(125056)	H(1) X(1)	0.000	0.0004
1076	1055	S	SAPHGVVFLH	S(125053)	A(1) L(3) X(1)	0.000	0.0004
1077	1056	A	APHGVVFLHV	A(125046)	V(9) X(3)	0.001	0.0005
1078	1057	P	PHGVVFLHVT	P(125055)	X(3)	0.000	0.0005
1079	1058	H	HGVVFLHVTY	H(125042)	L(1) R(1) X(12) Y(2)	0.000	0.0005
1080	1059	G	GVVFLHVTYV	G(125055)	X(3)	0.000	0.0024
1081	1060	V	VVFLHVTYVP	V(125055)	I(1) L(1) X(1)	0.000	0.0025
1082	1061	V	VFLHVTYVPA	V(125050)	F(3) I(2) X(3)	0.000	0.0029
1083	1062	F	FLHVTYVPAQ	F(125058)		0.000	0.003
1084	1063	L	LHVTYVPAQE	L(125021)	F(35) X(2)	0.003	0.003
1085	1064	H	HVTYVPAQEK	H(125058)		0.000	0.0046
1086	1065	V	VTYVPAQEKO	V(125043)	L(12) X(3)	0.001	0.0048
1087	1066	T	TYVPAQEKOF	T(125050)	I(1) N(5) X(2)	0.001	0.0047
1088	1067	Y	YVPAQEKOFT	Y(125057)	F(1)	0.000	0.0046
1089	1068	V	VPAQEKOFTT	V(124730)	A(1) D(1) F(300) I(21) X(5)	0.019	0.0046
1090	1069	P	PAQEKOFTTA	P(125044)	S(14)	0.001	0.004
1091	1070	A	AQEKOFTTAP	A(125009)	S(23) T(4) V(18) X(4)	0.004	0.004
1092	1071	Q	QEKOFTTAPA	Q(125046)	E(1) H(3) L(3) X(5)	0.001	0.0036
1093	1072	E	EKOFTTAPAI	E(125049)	Q(3) V(1) X(5)	0.000	0.0036
1094	1073	K	KOFTTAPAIC	K(124710)	E(1) N(336) R(2) T(4) X(5)	0.019	0.0036
1095	1074	O	OFTTAPAICH	O(125034)	D(17) H(2) N(4) X(1)	0.002	0.0019
1096	1075	F	FTTAPAICHD	F(125056)	X(1) Y(1)	0.000	0.003
1097	1076	T	TTAPAICHDG	T(125053)	A(1) I(1) S(1) X(2)	0.000	0.0032
1098	1077	T	TAPAICHDGK	T(125049)	A(1) I(1) X(7)	0.000	0.0032
1099	1078	A	APAICHDGKA	A(124858)	S(133) T(9) V(48) X(10)	0.013	0.0036
1100	1079	P	PAICHDGKAH	P(125045)	S(9) T(2) X(2)	0.001	0.0023
1101	1080	A	AICHDGKAHF	A(125054)	X(4)	0.000	0.0022
1102	1081	I	ICHDGKAHFP	I(125052)	V(6)	0.001	0.0022
1103	1082	C	CHDGKAHFPR	C(125057)	X(1)	0.000	0.0023
1104	1083	H	HDGKAHFPRE	H(125028)	Q(24) R(1) X(2) Y(3)	0.002	0.0023
1105	1084	D	DGKAHFPREG	D(124842)	G(1) H(2) X(3) Y(210)	0.013	0.0021
1106	1085	G	GKAHFPREGV	G(125032)	E(2) L(2) R(16) V(1) X(5)	0.002	0.0008
1107	1086	K	KAHFPREGVF	K(125051)	N(1) R(3) X(3)	0.000	0.0006
1108	1087	A	AHFPREGVFV	A(124992)	S(57) V(1) X(8)	0.004	0.0006
1109	1088	H	HFPREGVFVS	H(125050)	D(1) X(3) Y(4)	0.000	0.0003
1110	1089	F	FPREGVFVSO	F(125056)	X(2)	0.000	0.0003
1111	1090	P	PREGVFVSOG	P(125054)	L(1) X(3)	0.000	0.0003
1112	1091	R	REGVFVSOGT	R(125025)	C(6) H(6) L(14) X(7)	0.002	0.0003
1113	1092	E	EGVFVSOGTH	E(125054)	V(1) X(3)	0.000	0.0004
1114	1093	G	GVFVSOGTHW	G(125058)		0.000	0.0005
1115	1094	V	VFVSOGTHWF	V(125053)	I(4) X(1)	0.000	0.0005
1116	1095	F	FVSOGTHWFV	F(125057)	X(1)	0.000	0.0011
1117	1096	V	VSOGTHWFVT	V(125056)	A(2)	0.000	0.0011
1118	1097	S	SOGTHWFVTQ	S(125048)	L(9) T(1)	0.001	0.0011
1119	1098	O	OGTHWFVTQR	O(125054)	N(2) S(1) X(1)	0.000	0.0011
1120	1099	G	GTHWFVTQRN	G(125048)	C(1) D(4) X(5)	0.000	0.0011
1121	1100	T	THWFVTQRNF	T(125056)	I(1) K(1)	0.000	0.0012
1122	1101	H	HWFVTQRNFY	H(125010)	N(1) Q(1) X(3) Y(43)	0.003	0.0012
1123	1102	W	WFVTQRNFYE	W(125047)	C(1) L(6) S(1) X(3)	0.001	0.001
1124	1103	F	FVTQRNFYEP	F(125054)	C(1) L(2) X(1)	0.000	0.0012
1125	1104	V	VTQRNFYEPQ	V(124969)	I(7) L(73) X(9)	0.006	0.0012
1126	1105	T	TQRNFYEPQI	T(125057)	X(1)	0.000	0.0007
1127	1106	Q	QRNFYEPQII	Q(125054)	P(2) R(1) X(1)	0.000	0.0007
1128	1107	R	RNFYEPQIIT	R(125047)	K(1) M(1) S(7) X(2)	0.001	0.0008
1129	1108	N	NFYEPQIITT	N(125053)	S(1) X(4)	0.000	0.0013
1130	1109	F	FYEPQIITTD	F(125042)	I(1) L(12) X(3)	0.001	0.0016
1131	1110	Y	YEPQIITTDN	Y(125054)	X(4)	0.000	0.0015
1132	1111	E	EPQIITTDNT	E(125042)	A(6) D(1) K(1) Q(6) X(2)	0.001	0.0016
1133	1112	P	PQIITTDNTF	P(125023)	L(22) Q(1) R(1) S(6) T(1) X(4)	0.003	0.0022
1134	1113	Q	QIITTDNTFV	Q(125055)	L(1) X(2)	0.000	0.0025
1135	1114	I	IITTDNTFVS	I(125050)	T(5) V(2) X(1)	0.001	0.0025
1136	1115	I	ITTDNTFVSG	I(125053)	L(1) V(3) X(1)	0.000	0.0031
1137	1116	T	TTDNTFVSGN	T(125049)	I(2) N(5) X(2)	0.001	0.0031
1138	1117	T	TDNTFVSGNC	T(124911)	I(92) X(55)	0.006	0.003
1139	1118	D	DNTFVSGNCD	D(125019)	H(2) V(15) X(8) Y(14)	0.003	0.0024
1140	1119	N	NTFVSGNCDV	N(125058)		0.000	0.0021
1141	1120	T	TFVSGNCDVV	T(125048)	I(7) X(3)	0.001	0.0022
1142	1121	F	FVSGNCDVVI	F(124953)	L(101) X(4)	0.007	0.0022
1143	1122	V	VSGNCDVVIG	V(124959)	L(96) X(3)	0.006	0.0015
1144	1123	S	SGNCDVVIGI	S(125058)		0.000	0.0009
1145	1124	G	GNCDVVIGIV	G(124778)	C(4) V(106) X(170)	0.007	0.0011
1146	1125	N	NCDVVIGIVO	N(125056)	T(1) X(1)	0.000	0.0005
1147	1126	C	CDVVIGIVON	C(125058)		0.000	0.0005
1148	1127	D	DVVIGIVONT	D(125049)	X(8) Y(1)	0.000	0.0005
1149	1128	V	VVIGIVONTV	V(125055)	A(1) F(2)	0.000	0.0005
1150	1129	V	VIGIVONTVY	V(125048)	A(3) E(2) I(3) L(1) X(1)	0.001	0.0005
1151	1130	I	IGIVONTVYD	I(125050)	L(3) M(4) X(1)	0.001	0.0006
1152	1131	G	GIVONTVYDP	G(125052)	R(1) V(1) X(4)	0.000	0.0005
1153	1132	I	IVONTVYDPL	I(125052)	T(1) V(2) X(3)	0.000	0.0006
1154	1133	V	VONTVYDPLQ	V(125029)	F(23) L(1) X(5)	0.002	0.0006
1155	1134	O	ONTVYDPLQP	O(125049)	H(2) N(5) X(2)	0.001	0.0005
1156	1135	N	NTVYDPLQPE	N(125055)	I(1) X(1) Y(1)	0.000	0.0007
1157	1136	T	TVYDPLQPEL	T(125053)	I(4) X(1)	0.000	0.0007
1158	1137	V	VYDPLQPELD	V(125057)	X(1)	0.000	0.0013
1159	1138	Y	YDPLQPELDS	Y(125058)		0.000	0.0014
1160	1139	D	DPLQPELDSF	D(125027)	H(10) N(2) X(12) Y(7)	0.002	0.0014
1161	1140	P	PLQPELDSFK	P(120014)	X(5044)	0.000	0.0012
1162	1141	L	LQPELDSFKE	L(125044)	F(12) X(2)	0.001	0.0013
1163	1142	Q	QPELDSFKEE	Q(125055)	L(1) X(2)	0.000	0.0012
1164	1143	P	PELDSFKEEL	P(125042)	L(12) S(1) X(3)	0.001	0.0012
1165	1144	E	ELDSFKEELD	E(125011)	K(1) Q(45) X(1)	0.003	0.0013
1166	1145	L	LDSFKEELDK	L(125056)	X(2)	0.000	0.001
1167	1146	D	DSFKEELDKY	D(124972)	E(4) H(49) N(4) X(8) Y(21)	0.006	0.001
1168	1147	S	SFKEELDKYF	S(125040)	L(12) X(6)	0.001	0.0004
1169	1148	F	FKEELDKYFK	F(125057)	X(1)	0.000	0.0004
1170	1149	K	KEELDKYFKO	K(125049)	M(1) N(2) R(2) X(4)	0.000	0.0005
1171	1150	E	EELDKYFKOH	E(125039)	D(15) K(1) X(3)	0.001	0.0006
1172	1151	E	ELDKYFKOHT	E(125055)	D(1) X(2)	0.000	0.0005
1173	1152	L	LDKYFKOHTS	L(125055)	F(1) X(2)	0.000	0.0005
1174	1153	D	DKYFKOHTSP	D(125026)	A(3) G(3) H(1) N(1) V(1) X(4) Y(19)	0.002	0.0014
1175	1154	K	KYFKOHTSPD	K(125057)	X(1)	0.000	0.0034
1176	1155	Y	YFKOHTSPDV	Y(125056)	X(2)	0.000	0.0035
1177	1156	F	FKOHTSPDVD	F(125055)	L(3)	0.000	0.0036
1178	1157	K	KOHTSPDVDL	K(125048)	N(5) T(1) X(4)	0.001	0.0036
1179	1158	O	OHTSPDVDLG	O(125051)	N(5) S(1) X(1)	0.001	0.0056
1180	1159	H	HTSPDVDLGD	H(125040)	L(2) X(4) Y(12)	0.001	0.0056
1181	1160	T	TSPDVDLGDI	T(125053)	I(3) K(1) X(1)	0.000	0.0055
1182	1161	S	SPDVDLGDIS	S(125056)	P(1) X(1)	0.000	0.0055
1183	1162	P	PDVDLGDISG	P(124908)	A(3) L(69) Q(4) R(9) S(45) T(1) X(19)	0.009	0.0057
1184	1163	D	DVDLGDISGI	D(124639)	G(3) V(4) X(10) Y(402)	0.022	0.0049
1185	1164	V	VDLGDISGIO	V(125040)	F(1) I(15) X(2)	0.001	0.0028
1186	1165	D	DLGDISGIOA	D(125036)	G(5) V(1) X(5) Y(11)	0.001	0.0029
1187	1166	L	LGDISGIOAS	L(125054)	F(1) V(3)	0.000	0.0028
1188	1167	G	GDISGIOASV	G(124679)	C(1) D(3) F(1) R(2) S(1) V(366) X(5)	0.021	0.0043
1189	1168	D	DISGIOASVV	D(125053)	A(1) H(1) O(1) V(1) Y(1)	0.001	0.0023
1190	1169	I	ISGIOASVVN	I(125053)	F(1) L(1) T(1) X(2)	0.000	0.0022
1191	1170	S	SGIOASVVNI	S(125050)	F(1) P(2) T(1) X(3) Y(1)	0.000	0.0022
1192	1171	G	GIOASVVNIQ	G(125035)	D(1) S(3) V(17) X(2)	0.002	0.0022
1193	1172	I	IOASVVNIQK	I(125044)	V(13) X(1)	0.001	0.0021
1194	1173	O	OASVVNIQKE	O(125044)	K(1) N(4) S(1) X(8)	0.001	0.002
1195	1174	A	ASVVNIQKEI	A(125029)	T(1) V(24) X(4)	0.002	0.0019
1196	1175	S	SVVNIQKEID	S(125053)	X(5)	0.000	0.0017
1197	1176	V	VVNIQKEIDR	V(124803)	-(1) F(251) X(3)	0.015	0.0017
1198	1177	V	VNIQKEIDRL	V(125046)	-(1) I(2) L(9)	0.001	0.0002
1199	1178	N	NIQKEIDRLN	N(125053)	-(1) D(1) X(2) Y(1)	0.000	0.0008
1200	1179	I	IQKEIDRLNE	I(125051)	-(1) N(2) V(1) X(3)	0.000	0.0009
1201	1180	Q	QKEIDRLNEV	Q(125037)	-(1) H(1) K(2) L(1) X(16)	0.000	0.001
1202	1181	K	KEIDRLNEVA	K(125044)	-(1) N(1) R(7) X(5)	0.001	0.001
1203	1182	E	EIDRLNEVAK	E(125051)	-(1) K(1) Q(3) X(2)	0.000	0.0013
1204	1183	I	IDRLNEVAKN	I(125053)	-(1) V(2) X(2)	0.000	0.0014
1205	1184	D	DRLNEVAKNL	D(125051)	N(2) X(2) Y(3)	0.000	0.0014
1206	1185	R	RLNEVAKNLO	R(125053)	C(1) H(3) L(1)	0.000	0.0014
1207	1186	L	LNEVAKNLOE	L(125057)	X(1)	0.000	0.0015
1208	1187	N	NEVAKNLOES	N(124953)	D(1) K(1) X(4) Y(99)	0.007	0.0015
1209	1188	E	EVAKNLOESL	E(125051)	A(5) V(1) X(1)	0.001	0.0008
1210	1189	V	VAKNLOESLI	V(125052)	F(2) I(4)	0.001	0.0007
1211	1190	A	AKNLOESLID	A(125055)	S(1) X(2)	0.000	0.0007
1212	1191	K	KNLOESLIDL	K(124915)	N(62) X(81)	0.004	0.0009
1213	1192	N	NLOESLIDLQ	N(125042)	O(1) S(1) T(12) X(2)	0.001	0.0006
1214	1193	L	LOESLIDLQE	L(125057)	X(1)	0.000	0.0009
1215	1194	O	OESLIDLQEL	O(125053)	N(4) S(1)	0.000	0.0011
1216	1195	E	ESLIDLQELG	E(125043)	D(2) Q(5) X(8)	0.001	0.0011
1217	1196	S	SLIDLQELGK	S(125054)	F(1) X(3)	0.000	0.0012
1218	1197	L	LIDLQELGKY	L(125055)	-(1) X(2)	0.000	0.0012
1219	1198	I	IDLQELGKYE	I(125056)	-(1) X(1)	0.000	0.0013
1220	1199	D	DLQELGKYEQ	D(125038)	-(1) A(1) H(1) N(3) X(6) Y(8)	0.001	0.0017
1221	1200	L	LQELGKYEQY	L(125031)	F(23) I(1) X(3)	0.002	0.0016
1222	1201	Q	QELGKYEQYI	Q(125041)	H(7) K(8) X(2)	0.001	0.0015
1223	1202	E	ELGKYEQYIK	E(125008)	-(1) A(1) D(1) G(2) K(1) Q(39) V(3) X(2)	0.004	0.0014
1224	1203	L	LGKYEQYIKW	L(125023)	F(25) X(10)	0.002	0.001
1225	1204	G	GKYEQYIKWP	G(125053)	V(1) X(4)	0.000	0.0008
1226	1205	K	KYEQYIKWPW	K(125022)	N(22) Q(5) R(1) X(8)	0.002	0.0009
1227	1206	Y	YEQYIKWPWY	Y(125055)	H(1) X(2)	0.000	0.0007
1228	1207	E	EQYIKWPWYI	E(125044)	A(2) D(9) V(1) X(2)	0.001	0.0007
1229	1208	Q	QYIKWPWYIW	Q(124989)	H(64) X(5)	0.004	0.0006
1230	1209	Y	YIKWPWYIWL	Y(125055)	H(1) X(2)	0.000	0.0002
1231	1210	I	IKWPWYIWLG	I(125050)	M(2) T(4) X(2)	0.001	0.0017
1232	1211	K	KWPWYIWLGF	K(125054)	N(1) Q(1) X(2)	0.000	0.0016
1233	1212	W	WPWYIWLGFI	W(125053)	-(1) X(4)	0.000	0.0016
1234	1213	P	PWYIWLGFIA	P(125054)	-(1) A(1) T(1) X(1)	0.000	0.0016
1235	1214	W	WYIWLGFIAG	W(123482)	-(1) F(2) G(1) L(1) X(1571)	0.001	0.0016
1236	1215	Y	YIWLGFIAGL	Y(125055)	X(3)	0.000	0.0016
1237	1216	I	IWLGFIAGLI	I(125051)	T(3) V(2) X(2)	0.000	0.0027
1238	1217	W	WLGFIAGLIA	W(125053)	L(1) X(4)	0.000	0.0027
1239	1218	L	LGFIAGLIAI	L(125058)		0.000	0.003
1240	1219	G	GFIAGLIAIV	G(124816)	C(161) S(9) V(60) X(12)	0.015	0.0038
1241	1220	F	FIAGLIAIVM	F(125055)	I(1) V(1) X(1)	0.000	0.0032
1242	1221	I	IAGLIAIVMV	I(125055)	T(2) V(1)	0.000	0.0033
1243	1222	A	AGLIAIVMVT	A(125057)	X(1)	0.000	0.0034
1244	1223	G	GLIAIVMVTI	G(125052)	S(3) V(1) X(2)	0.000	0.0035
1245	1224	L	LIAIVMVTIM	L(125041)	F(4) S(9) V(3) X(1)	0.001	0.0035
1246	1225	I	IAIVMVTIML	I(124881)	F(173) V(1) X(3)	0.011	0.0034
1247	1226	A	AIVMVTIML-	A(125053)	X(5)	0.000	0.0023
1248	1227	I	IVMVTIML-C	I(125021)	L(1) M(31) V(2) X(3)	0.003	0.0028
1249	1228	V	VMVTIML-CC	V(124926)	-(1) A(3) I(2) L(116) X(10)	0.008	0.0026
1250	1229	M	MVTIML-CCM	M(124916)	I(102) T(28) X(12)	0.009	0.0034
1251	1230	V	VTIML-CCMT	V(125041)	E(1) L(10) M(2) X(4)	0.001	0.0029
1252	1231	T	TIML-CCMTS	T(125047)	A(8) I(1) X(2)	0.001	0.0028
1253	1232	I	IML-CCMTSC	I(125046)	F(1) T(6) V(2) X(3)	0.001	0.0027
1254	1233	M	ML-CCMTSCC	M(125047)	I(3) V(2) X(6)	0.000	0.0026
1255	1234	L	L-CCMTSCCS	L(125051)	X(7)	0.000	0.0027
1256	1234	-	-CCMTSCCSC	-(125057)	X(1)	0.000	0.003
1257	1235	C	CCMTSCCSCL	C(124978)	F(70) S(2) X(8)	0.005	0.0031
1258	1236	C	CMTSCCSCLK	C(125044)	F(8) S(4) X(2)	0.001	0.0027
1259	1237	M	MTSCCSCLKG	M(124790)	I(55) L(1) R(1) T(195) V(6) X(10)	0.016	0.0027
1260	1238	T	TSCCSCLKGC	T(124998)	I(56) N(1) X(3)	0.004	0.0016
1261	1239	S	SCCSCLKGCC	S(125048)	I(3) T(2) X(5)	0.000	0.0014
1262	1240	C	CCSCLKGCCS	C(125052)	F(1) S(1) X(3) Y(1)	0.000	0.0015
1263	1241	C	CSCLKGCCSC	C(125053)	F(2) X(1) Y(2)	0.000	0.0018
1264	1242	S	SCLKGCCSCG	S(125039)	C(1) I(10) N(1) X(7)	0.001	0.0026
1265	1243	C	CLKGCCSCGS	C(125008)	F(39) X(11)	0.003	0.0033
1266	1244	L	LKGCCSCGSC	L(125049)	F(6) P(1) X(2)	0.001	0.0038
1267	1245	K	KGCCSCGSCC	K(125046)	N(7) R(2) T(1) X(2)	0.001	0.0038
1268	1246	G	GCCSCGSCCK	G(125041)	A(1) S(5) V(4) X(7)	0.001	0.0037
1269	1247	C	CCSCGSCCKF	C(124983)	F(55) G(2) S(1) X(4) Y(13)	0.005	0.0036
1270	1248	C	CSCGSCCKFD	C(125037)	F(7) R(2) S(6) X(1) Y(5)	0.002	0.0032
1271	1249	S	SCGSCCKFDE	S(125046)	X(3) Y(9)	0.001	0.0031
1272	1250	C	CGSCCKFDED	C(125012)	F(37) O(1) X(6) Y(2)	0.003	0.0031
1273	1251	G	GSCCKFDEDD	G(124935)	R(5) V(111) X(7)	0.008	0.0031
1274	1252	S	SCCKFDEDDS	S(124944)	F(39) P(69) X(5) Y(1)	0.008	0.0024
1275	1253	C	CCKFDEDDSE	C(124924)	F(131) G(1) X(2)	0.008	0.0017
1276	1254	C	CKFDEDDSEP	C(125037)	F(10) X(11)	0.001	0.0042
1277	1255	K	KFDEDDSEPV	K(125051)	N(1) X(6)	0.000	0.0044
1278	1256	F	FDEDDSEPVL	F(125057)	X(1)	0.000	0.0045
1279	1257	D	DEDDSEPVLK	D(125051)	E(5) H(1) X(1)	0.001	0.0045
1280	1258	E	EDDSEPVLKG	E(125044)	D(7) G(1) X(6)	0.001	0.0044
1281	1259	D	DDSEPVLKGV	D(125028)	A(1) H(5) X(14) Y(10)	0.001	0.0043
1282	1260	D	DSEPVLKGVK	D(125010)	E(1) H(1) N(7) X(6) Y(33)	0.003	0.0042
1283	1261	S	SEPVLKGVKL	S(125049)	F(6) X(3)	0.001	0.0039
1284	1262	E	EPVLKGVKLH	E(125044)	A(1) D(7) G(1) K(1) X(4)	0.001	0.0038
1285	1263	P	PVLKGVKLHY	P(124387)	L(630) Q(2) S(5) T(3) X(31)	0.033	0.0037
1286	1264	V	VLKGVKLHYT	V(124957)	L(37) M(1) X(63)	0.003	0.0005
1287	1265	L	LKGVKLHYTX	L(125044)	F(4) P(4) R(1) X(5)	0.001	0.0002
1288	1266	K		K(125051)	R(3) X(4)	0.000
1289	1267	G		G(125050)	E(1) R(1) V(2) X(4)	0.000
1290	1268	V		V(125053)	A(2) F(1) I(2)	0.000
1291	1269	K		K(125057)	X(1)	0.000
1292	1270	L		L(125058)		0.000
1293	1271	H		H(125057)	Y(1)	0.000
1294	1272	Y		Y(125057)	H(1)	0.000
1295	1273	T		T(125038)	I(6) S(1) X(13)	0.001
1296	1274	X		X(125044)	-(14)	0.000

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last modified: Fri Oct 16 11:27 2020

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