Amino Acid Conservation Scores
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- POS: The position of the AA in the SEQRES derived sequence.
- SEQ: The SEQRES derived sequence in one letter code.
- 3LATOM: The ATOM derived sequence in three letter code, including the AA's positions as they appear in the PDB file and the chain identifier.
- SCORE: The normalized conservation scores.
- COLOR: The color scale representing the conservation scores (9 - conserved, 1 - variable).
- CONFIDENCE INTERVAL: When using the bayesian method for calculating rates, a confidence interval is assigned to each of the inferred evolutionary conservation scores.
- CONFIDENCE INTERVAL COLORS: When using the bayesian method for calculating rates. The color scale representing the lower and upper bounds of the confidence interval.
- MSA DATA: The number of aligned sequences having an amino acid (non-gapped) from the overall number of sequences at each position.
- RESIDUE VARIETY: The residues variety at each position of the multiple sequence alignment.
POS SEQ 3LATOM SCORE COLOR CONFIDENCE INTERVAL CONFIDENCE INTERVAL COLORS MSA DATA RESIDUE VARIETY
(normalized)
1 S - -0.455 7 -0.682,-0.315 8,6 32/50 A,S,T
2 S - -0.361 7 -0.580,-0.137 7,6 40/50 A,S,C,P
3 S SER96:B 0.434 3* 0.091, 0.896 5,1 40/50 F,A,S,T,V
4 V VAL97:B -0.744 8 -0.847,-0.682 9,8 41/50 I,V
5 P PRO98:B -0.999 9 -1.090,-0.971 9,9 42/50 P
6 S SER99:B -0.431 7 -0.580,-0.315 7,6 43/50 A,S,T,P,E,V
7 Q GLN100:B 0.072 5 -0.137, 0.404 6,3 43/50 A,S,T,N,P,Y,V,H,Q,I
8 K LYS101:B 0.099 5 -0.137, 0.404 6,3 43/50 S,A,T,N,K,E,D,I
9 T THR102:B -0.156 6 -0.315, 0.091 6,5 45/50 T,N,D,P,K,E
10 Y TYR103:B -0.487 7 -0.682,-0.315 8,6 45/50 F,Y,V
11 Q GLN104:B 0.173 4 -0.137, 0.404 6,3 45/50 H,A,Q,R,P,G
12 G GLY105:B -1.008 9 -1.090,-0.971 9,9 46/50 G
13 S SER106:B 2.216 1 2.243, 2.243 1,1 46/50 A,S,T,N,K,P,E,V,C,D,I,G,L
14 Y TYR107:B 0.170 4 -0.137, 0.404 6,3 47/50 H,F,W,L,Y
15 G GLY108:B 1.135 1 0.896, 2.243 1,1 48/50 S,T,N,E,V,H,C,D,G
16 F PHE109:B -0.789 8 -0.914,-0.682 9,8 48/50 F,L
17 R ARG110:B 2.122 1 2.243, 2.243 1,1 48/50 S,T,N,K,E,H,Q,D,C,R
18 L LEU111:B -0.241 6 -0.459,-0.137 7,6 48/50 M,I,L,V
19 G GLY112:B 0.603 2 0.404, 0.896 3,1 47/50 S,T,N,E,V,H,D,R,G
20 F PHE113:B -0.846 9 -0.971,-0.771 9,8 45/50 F,L
21 L LEU114:B 0.521 3* 0.091, 0.896 5,1 46/50 A,T,N,K,P,E,V,Q,I,L
22 H HIS115:B 1.045 1 0.404, 0.896 3,1 46/50 H,Q,T,D,N,K,P,E
23 S SER116:B -0.488 7 -0.682,-0.315 8,6 46/50 A,S,N,P,G,E
24 G GLY117:B -0.249 6 -0.459,-0.137 7,6 47/50 S,D,P,K,G,E
25 T THR118:B -0.494 7 -0.682,-0.315 8,6 47/50 A,T,K,G,E
26 A ALA119:B -0.535 7 -0.682,-0.459 8,7 47/50 A,S,T,P,V
27 K LYS120:B -0.594 8 -0.771,-0.459 8,7 47/50 A,D,P,K,G
28 S SER121:B -0.937 9 -1.020,-0.914 9,9 47/50 S,N,K
29 V VAL122:B -0.707 8 -0.847,-0.580 9,7 47/50 S,A,T,P,V
30 T THR123:B -0.501 7 -0.682,-0.315 8,6 48/50 S,Q,M,T,D,P,L
31 C CYS124:B -0.257 6 -0.459,-0.137 7,6 48/50 F,S,W,C,Y
32 T THR125:B -0.936 9 -1.020,-0.914 9,9 48/50 M,T,I
33 Y TYR126:B -0.756 8 -0.914,-0.682 9,8 48/50 F,Y
34 S SER127:B -1.059 9 -1.090,-1.060 9,9 48/50 S
35 P PRO128:B 1.418 1 0.896, 2.243 1,1 48/50 S,T,P,Y,E,V,H,D,R,I
36 A ALA129:B 2.241 1 2.243, 2.243 1,1 48/50 A,S,T,P,K,E,V,Q,M,C,D,R,I,G,L
37 L LEU130:B -0.660 8 -0.847,-0.580 9,7 49/50 Q,C,I,L
38 N ASN131:B -0.306 6 -0.459,-0.137 7,6 49/50 Q,D,N,K,G
39 K LYS132:B -1.038 9 -1.090,-1.020 9,9 49/50 K
40 M MET133:B -0.683 8 -0.847,-0.580 9,7 49/50 M,L,V
41 F PHE134:B -0.184 6 -0.459, 0.091 7,5 49/50 F,L,Y
42 C CYS135:B -0.693 8 -0.847,-0.580 9,7 49/50 C,I,V
43 Q GLN136:B -0.559 7 -0.682,-0.459 8,7 49/50 Q,N,R,K
44 L LEU137:B -0.700 8 -0.847,-0.580 9,7 49/50 M,I,P,L
45 A ALA138:B -0.611 8 -0.771,-0.459 8,7 49/50 A,Q,N,K,G
46 K LYS139:B -0.252 6 -0.459,-0.137 7,6 49/50 S,T,N,K,E,V,Q,C
47 T THR140:B -0.500 7 -0.682,-0.315 8,6 49/50 A,F,T,N,P,L
48 C CYS141:B -0.530 7 -0.682,-0.315 8,6 49/50 F,S,T,C,V
49 P PRO142:B -0.730 8 -0.847,-0.580 9,7 49/50 T,N,P,L
50 V VAL143:B -0.357 7 -0.580,-0.137 7,6 49/50 F,M,I,L,V
51 Q GLN144:B -0.295 6 -0.459,-0.137 7,6 49/50 N,K,E,Q,D,R,G,L
52 L LEU145:B 0.072 5 -0.137, 0.404 6,3 49/50 F,M,I,L,V
53 W TRP146:B 0.789 2 0.404, 0.896 3,1 49/50 A,S,W,T,K,V,Q,R,L
54 V VAL147:B 0.309 4 0.091, 0.404 5,3 49/50 S,A,F,T,Y,V,Q,C,L
55 D ASP148:B 2.241 1 2.243, 2.243 1,1 49/50 S,A,T,N,K,E,Q,M,D,R,G,L
56 S SER149:B 0.774 2 0.404, 0.896 3,1 49/50 A,S,T,P,K,E,V,H,D,R,G
57 T THR150:B 2.002 1 2.243, 2.243 1,1 49/50 A,S,T,N,P,K,E,Q,C,D,L
58 P PRO151:B -0.797 8 -0.914,-0.682 9,8 49/50 T,P,V
59 P PRO152:B -0.643 8 -0.847,-0.459 9,7 49/50 H,D,I,P
60 P PRO153:B 1.820 1 0.896, 2.243 1,1 49/50 A,S,N,K,P,E,V,Q,M,R,L
61 G GLY154:B -0.520 7 -0.682,-0.315 8,6 49/50 D,N,P,G,E
62 T THR155:B 0.409 3* 0.091, 0.896 5,1 49/50 A,S,F,T,C,L
63 R ARG156:B 1.331 1 0.896, 2.243 1,1 49/50 S,A,F,T,N,Y,V,Q,C,I,R
64 V VAL157:B -0.143 6 -0.315, 0.091 6,5 49/50 I,L,V
65 R ARG158:B -1.045 9 -1.090,-1.020 9,9 49/50 R
66 A ALA159:B -0.797 8 -0.914,-0.682 9,8 49/50 S,A,G,V
67 M MET160:B -0.252 6 -0.459,-0.137 7,6 49/50 F,T,M,I,L,V
68 A ALA161:B -0.473 7 -0.682,-0.315 8,6 49/50 A,M,P,L,V
69 I ILE162:B -0.523 7 -0.682,-0.459 8,7 49/50 C,I,V
70 Y TYR163:B -0.524 7 -0.682,-0.315 8,6 49/50 F,C,Y
71 K LYS164:B -0.756 8 -0.914,-0.682 9,8 48/50 S,M,K,E
72 Q GLN165:B 0.104 5 -0.137, 0.404 6,3 48/50 A,Q,T,N,R,K,G,L
73 S SER166:B -0.423 7 -0.580,-0.315 7,6 49/50 A,S,T,P,L
74 Q GLN167:B -0.286 6 -0.459,-0.137 7,6 49/50 S,Q,T,N,E
75 H HIS168:B -0.464 7 -0.580,-0.315 7,6 50/50 F,H,D,N,Y
76 M MET169:B -0.394 7 -0.580,-0.315 7,6 50/50 F,A,M,R,L,V
77 T THR170:B -0.400 7 -0.580,-0.315 7,6 50/50 S,A,T,K,H,Q,R,G
78 E GLU171:B 0.014 5 -0.315, 0.091 6,5 50/50 A,D,L,Y,E
79 V VAL172:B -0.585 7 -0.771,-0.459 8,7 50/50 A,P,I,V
80 V VAL173:B -1.054 9 -1.090,-1.020 9,9 50/50 V
81 R ARG174:B 0.038 5 -0.137, 0.404 6,3 50/50 S,T,K,R,Y,E,V
82 R ARG175:B -0.973 9 -1.060,-0.914 9,9 50/50 C,R
83 C CYS176:B -1.008 9 -1.090,-0.971 9,9 50/50 C
84 P PRO177:B -0.475 7 -0.682,-0.315 8,6 50/50 F,A,Q,D,P,E
85 H HIS178:B -0.995 9 -1.060,-0.971 9,9 50/50 H,N
86 H HIS179:B -1.051 9 -1.090,-1.020 9,9 50/50 H
87 E GLU180:B 0.013 5 -0.315, 0.091 6,5 49/50 A,T,K,E,Q,M,I,R,L
88 R ARG181:B 0.412 3* 0.091, 0.896 5,1 50/50 S,T,N,E,Q,R,I,G,L
89 C CYS182:B 0.666 2 0.404, 0.896 3,1 45/50 S,A,T,P,E,V,C,R,G,L
90 S SER183:B 1.393 1 0.896, 2.243 1,1 45/50 S,T,N,P,K,E,V,Q,C,D,R,G
91 D ASP184:B 1.034 1 0.404, 0.896 3,1 43/50 N,P,Y,E,Q,D,R,G
92 S SER185:B 0.057 5 -0.137, 0.404 6,3 50/50 A,S,T,N,K,E,Q,D,G
93 D ASP186:B 0.039 5 -0.137, 0.404 6,3 50/50 A,Q,D,P,R,E
94 G GLY187:B 1.589 1 0.896, 2.243 1,1 50/50 S,T,N,P,K,H,D,G,L
95 L LEU188:B 0.456 3* 0.091, 0.896 5,1 50/50 A,S,T,N,P,V,H,Q,D,R,I,L
96 A ALA189:B -0.100 5 -0.315, 0.091 6,5 50/50 S,A,T,D,P,E,V
97 P PRO190:B -0.173 6 -0.459, 0.091 7,5 50/50 H,A,N,I,P,K,V
98 P PRO191:B 0.464 3* 0.091, 0.896 5,1 50/50 S,A,M,N,R,K,P,V
99 Q GLN192:B 0.080 5 -0.137, 0.404 6,3 50/50 S,A,T,N,K,Q,D,R,G,L
100 H HIS193:B -0.909 9 -0.971,-0.847 9,9 50/50 S,H,R
101 L LEU194:B -0.466 7 -0.682,-0.315 8,6 50/50 F,I,L,V
102 I ILE195:B -0.319 6 -0.459,-0.137 7,6 50/50 M,C,I,L,V
103 R ARG196:B -0.975 9 -1.060,-0.914 9,9 50/50 W,R
104 V VAL197:B -0.458 7 -0.580,-0.315 7,6 50/50 A,S,M,C,L,V
105 E GLU198:B -0.527 7 -0.682,-0.459 8,7 50/50 F,N,D,K,G,E
106 G GLY199:B -0.402 7 -0.682,-0.137 8,6 38/50 K,P,G
107 N ASN200:B -0.813 8 -0.914,-0.771 9,8 50/50 S,H,N,G
108 L LEU201:B 1.101 1 0.404, 2.243 3,1 50/50 F,S,T,N,K,P,E,Q,L
109 R ARG202:B 1.651 1 0.896, 2.243 1,1 50/50 S,N,K,Y,V,H,Q,R,L
110 V VAL203:B -0.310 6 -0.459,-0.137 7,6 50/50 S,A,T,C,I,P,V
111 E GLU204:B 1.637 1 0.896, 2.243 1,1 50/50 A,Q,T,N,K,R,Y,L,E,V
112 Y TYR205:B -0.772 8 -0.914,-0.682 9,8 50/50 F,I,Y
113 L LEU206:B 2.187 1 2.243, 2.243 1,1 50/50 S,F,T,N,K,Y,E,V,H,Q,M,C,R,L
114 D ASP207:B 0.415 3* 0.091, 0.896 5,1 50/50 T,N,E,V,M,D,R,I,G,L
115 D ASP208:B -0.204 6 -0.459, 0.091 7,5 50/50 H,T,N,D,C,V
116 R ARG209:B 2.139 1 2.243, 2.243 1,1 50/50 S,A,N,K,P,E,V,H,D,R,G,L
117 N ASN210:B 1.528 1 0.896, 2.243 1,1 50/50 T,N,Y,E,V,H,Q,M,D,I,G,L
118 T THR211:B -0.444 7 -0.580,-0.315 7,6 49/50 S,T,D,N,K,E
119 F PHE212:B 0.748 2 0.404, 0.896 3,1 49/50 F,S,N,K,E,H,Q,D,R,G,L
120 R ARG213:B -0.974 9 -1.060,-0.914 9,9 50/50 A,R
121 H HIS214:B -0.385 7 -0.580,-0.315 7,6 50/50 F,H,Q,E,L
122 S SER215:B -0.801 8 -0.914,-0.682 9,8 50/50 A,S,C,N,E
123 V VAL216:B -0.926 9 -1.020,-0.847 9,9 50/50 I,L,V
124 V VAL217:B 1.018 1 0.404, 0.896 3,1 50/50 A,S,F,T,K,V,M,C,I,L
125 V VAL218:B -0.767 8 -0.847,-0.682 9,8 50/50 F,I,V
126 P PRO219:B -0.914 9 -1.020,-0.847 9,9 50/50 M,P
127 Y TYR220:B -0.108 5 -0.315, 0.091 6,5 50/50 H,F,Q,M,T,L,Y
128 E GLU221:B -0.450 7 -0.682,-0.315 8,6 50/50 H,T,N,R,G,E
129 P PRO222:B 2.140 1 2.243, 2.243 1,1 50/50 A,S,T,P,K,V,H,Q,M,C,R,I,G
130 P PRO223:B -0.766 8 -0.914,-0.682 9,8 50/50 S,T,P
131 E GLU224:B -0.493 7 -0.682,-0.315 8,6 49/50 S,H,Q,D,R,E
132 V VAL225:B 0.187 4 -0.137, 0.404 6,3 48/50 S,A,Q,I,P,L,V
133 G GLY226:B -0.515 7 -0.682,-0.315 8,6 49/50 A,D,G,E,V
134 S SER227:B -0.394 7 -0.580,-0.315 7,6 49/50 A,S,Q,T,M,C
135 D ASP228:B 0.072 5 -0.137, 0.404 6,3 50/50 A,Q,T,D,I,G,E,V
136 C CYS229:B 2.042 1 2.243, 2.243 1,1 50/50 A,S,F,T,W,K,Y,M,C,R,I
137 T THR230:B -0.436 7 -0.580,-0.315 7,6 50/50 A,F,Q,M,T,L,V
138 T THR231:B -0.531 7 -0.682,-0.459 8,7 50/50 A,H,T,N,K,G,V
139 I ILE232:B -0.064 5 -0.315, 0.091 6,5 50/50 N,D,I,L,E,V
140 H HIS233:B -0.435 7 -0.580,-0.315 7,6 50/50 S,A,H,T,M,L
141 Y TYR234:B -0.334 6 -0.580,-0.137 7,6 50/50 F,L,Y
142 N ASN235:B -0.320 6 -0.459,-0.137 7,6 50/50 A,S,Q,N,R,K,E
143 Y TYR236:B -0.194 6 -0.459, 0.091 7,5 50/50 F,Y
144 M MET237:B -0.988 9 -1.060,-0.971 9,9 50/50 M,V
145 C CYS238:B -1.008 9 -1.090,-0.971 9,9 50/50 C
146 N ASN239:B -0.625 8 -0.771,-0.459 8,7 50/50 F,Q,N,L
147 S SER240:B -0.879 9 -0.971,-0.847 9,9 50/50 S,N,G
148 S SER241:B -1.060 9 -1.090,-1.060 9,9 50/50 S
149 C CYS242:B -1.008 9 -1.090,-0.971 9,9 50/50 C
150 M MET243:B -0.564 7 -0.771,-0.459 8,7 46/50 M,P,E,V
151 G GLY244:B -0.638 8 -0.847,-0.459 9,7 49/50 S,T,R,G
152 G GLY245:B -0.737 8 -0.914,-0.580 9,7 49/50 N,I,G
153 M MET246:B -0.639 8 -0.771,-0.580 8,7 50/50 M,I,P,L
154 N ASN247:B -0.929 9 -1.020,-0.847 9,9 50/50 S,N,G
155 R ARG248:B -1.046 9 -1.090,-1.020 9,9 50/50 R
156 R ARG249:B -0.974 9 -1.060,-0.914 9,9 50/50 K,R
157 P PRO250:B -0.614 8 -0.771,-0.459 8,7 50/50 A,Q,T,P,E
158 I ILE251:B -0.791 8 -0.914,-0.682 9,8 50/50 T,I,L,V
159 L LEU252:B -0.240 6 -0.459,-0.137 7,6 50/50 A,S,Q,N,I,L,E
160 T THR253:B -0.487 7 -0.682,-0.315 8,6 50/50 A,T,I,L,V
161 I ILE254:B -0.766 8 -0.847,-0.682 9,8 50/50 I,V
162 I ILE255:B -0.572 7 -0.771,-0.459 8,7 50/50 F,I,L,V
163 T THR256:B -0.864 9 -0.971,-0.771 9,8 50/50 S,T,C,N
164 L LEU257:B -1.020 9 -1.090,-0.971 9,9 50/50 L
165 E GLU258:B -1.041 9 -1.090,-1.020 9,9 50/50 E
166 D ASP259:B -0.292 6 -0.459,-0.137 7,6 41/50 S,T,N,D,K,G
167 S SER260:B 1.817 1 0.896, 2.243 1,1 50/50 A,S,T,P,K,E,V,H,Q,R,G,L
168 S SER261:B 1.167 1 0.896, 2.243 1,1 50/50 A,S,T,N,E,H,D,C,R,G
169 G GLY262:B -0.697 8 -0.847,-0.580 9,7 50/50 N,G,E
170 N ASN263:B 0.382 3* 0.091, 0.896 5,1 50/50 N,K,E,V,H,Q,D,R,I,L
171 L LEU264:B -0.540 7 -0.682,-0.459 8,7 50/50 T,I,L,V
172 L LEU265:B -0.765 8 -0.914,-0.682 9,8 50/50 Y,L,V
173 G GLY266:B -1.018 9 -1.090,-0.971 9,9 50/50 G
174 R ARG267:B -0.814 8 -0.914,-0.771 9,8 50/50 Q,K,R
175 N ASN268:B -0.319 6 -0.459,-0.137 7,6 50/50 H,Q,D,N,C,R,K
176 S SER269:B -0.236 6 -0.459,-0.137 7,6 50/50 A,S,T,C,V
177 F PHE270:B -0.504 7 -0.682,-0.315 8,6 50/50 F,I,L,V
178 E GLU271:B -0.654 8 -0.771,-0.580 8,7 50/50 H,S,Q,D,E
179 V VAL272:B -0.526 7 -0.682,-0.459 8,7 50/50 A,T,I,G,L,V
180 R ARG273:B -0.970 9 -1.060,-0.914 9,9 50/50 K,R
181 V VAL274:B -0.345 6 -0.459,-0.137 7,6 50/50 I,V
182 C CYS275:B -1.008 9 -1.090,-0.971 9,9 50/50 C
183 A ALA276:B -0.860 9 -0.971,-0.771 9,8 50/50 S,A,T
184 C CYS277:B -0.875 9 -1.020,-0.771 9,8 50/50 N,C
185 P PRO278:B -0.908 9 -1.020,-0.847 9,9 50/50 I,P
186 G GLY279:B -0.907 9 -1.020,-0.847 9,9 50/50 K,G
187 R ARG280:B -1.046 9 -1.090,-1.020 9,9 50/50 R
188 D ASP281:B -1.046 9 -1.090,-1.020 9,9 50/50 D
189 R ARG282:B -0.726 8 -0.847,-0.580 9,7 50/50 S,M,R,K
190 R ARG283:B -0.284 6 -0.459,-0.137 7,6 50/50 S,A,M,T,I,R,K,V
191 T THR284:B -0.213 6 -0.459,-0.137 7,6 50/50 A,S,T,N,K,Q,D,I,G
192 E GLU285:B -0.558 7 -0.682,-0.459 8,7 50/50 Q,D,E
193 E GLU286:B -0.951 9 -1.020,-0.914 9,9 50/50 N,E
194 E GLU287:B 0.331 4 0.091, 0.404 5,3 49/50 S,T,K,E,D,I,R,G
195 N ASN288:B 0.056 5 -0.137, 0.404 6,3 48/50 S,A,T,N,K,H,Q,R,G,L
196 L LEU289:B 2.153 1 2.243, 2.243 1,1 45/50 F,A,S,K,Y,E,V,M,C,R,I,L
197 R - 0.896 1 0.404, 0.896 3,1 37/50 H,Q,T,N,R,K,L,E
198 K - -0.466 7 -0.682,-0.315 8,6 36/50 S,M,R,K,E
199 K - 2.202 1 2.243, 2.243 1,1 47/50 S,A,T,N,K,E,V,H,Q,R,G,L
200 G - 2.232 1 2.243, 2.243 1,1 47/50 A,S,T,N,K,P,E,V,Q,D,R,G,L
201 E - 2.220 1 2.243, 2.243 1,1 47/50 A,S,T,N,K,P,E,V,Q,D,G,L
202 P - 2.216 1 2.243, 2.243 1,1 47/50 S,A,T,N,K,P,E,H,Q,D,R,L
203 H - 2.213 1 2.243, 2.243 1,1 49/50 A,S,T,K,P,E,V,H,Q,M,C,R,G,L
204 H - 2.177 1 2.243, 2.243 1,1 49/50 S,A,W,T,K,P,E,V,H,C,R,L
205 E - 2.058 1 2.243, 2.243 1,1 49/50 A,S,T,N,K,P,E,Q,M,D
206 L - 2.075 1 2.243, 2.243 1,1 49/50 A,S,T,N,K,P,V,H,D,G,L
207 P - 2.106 1 2.243, 2.243 1,1 48/50 A,S,T,N,K,P,E,V,R,I,G
208 P - 1.685 1 0.896, 2.243 1,1 48/50 A,S,T,K,P,E,Q,D,R,G,L
209 G - 2.162 1 2.243, 2.243 1,1 48/50 A,S,T,N,K,E,V,Q,D,R,G
210 S - 0.758 2 0.404, 0.896 3,1 48/50 A,S,T,N,K,P,E,V,R,G
211 T - 1.703 1 0.896, 2.243 1,1 46/50 A,S,T,N,K,E,V,H,D,I,L
212 K - 0.694 2 0.404, 0.896 3,1 40/50 S,T,N,P,K,V,R,I
213 R - 0.387 3* 0.091, 0.896 5,1 45/50 S,T,N,P,K,E,Y,R,G
214 A - 1.469 1 0.896, 2.243 1,1 45/50 S,A,T,N,P,K,V,Q,C,G
215 L - 1.944 1 2.243, 2.243 1,1 44/50 A,F,T,K,P,Q,M,I,L
216 P - 1.385 1 0.896, 2.243 1,1 44/50 A,S,T,K,P,E,V,Q,R
217 N - 2.013 1 2.243, 2.243 1,1 42/50 S,T,N,P,K,E,V,Q,D,R,I,G,L
218 N - 2.238 1 2.243, 2.243 1,1 40/50 S,A,T,N,K,E,V,C,D,R,G,L
219 T - 0.453 3* 0.091, 0.896 5,1 34/50 S,T,I,K,L
*Below the confidence cut-off - The calculations for this site were performed on less than 6 non-gaped homologue sequences,
or the confidence interval for the estimated score is equal to- or larger than- 4 color grades.