HIV mutation database

Position	Amino Acid	Site conservation	Chain	Secondary structure	Number of mutations

1	M	M:82.4%			1
2	G	G:83.5%	Matrix protein p17		11
3	A	A:97.6%	Matrix protein p17		15
4	R	R:96.5%	Matrix protein p17		4
5	A	A:98.2%	Matrix protein p17	TURN	2
6	S	S:98.8%	Matrix protein p17	TURN	8
7	V	V:79.4%,other:20.6%	Matrix protein p17	STRAND	7
8	L	L:98.8%	Matrix protein p17	STRAND	7
9	S	S:80.0%	Matrix protein p17	STRAND	11
10	G	G:98.8%	Matrix protein p17	STRAND	5
11	G	G:91.2%	Matrix protein p17	HELIX	4
12	E	K:80.0%	Matrix protein p17	HELIX	7
13	L	L:99.4%	Matrix protein p17	HELIX	2
14	D	D:98.8%	Matrix protein p17	HELIX	3
15	R	A:54.7%,other:45.3%	Matrix protein p17	HELIX	4
16	W	W:98.8%	Matrix protein p17	HELIX	1
17	E	E:98.8%	Matrix protein p17	HELIX	2
18	K	K:85.3%	Matrix protein p17	HELIX	3
19	I	I:99.4%	Matrix protein p17	STRAND	2
20	R	R:91.8%	Matrix protein p17	STRAND	7
21	L	L:100.0%	Matrix protein p17	STRAND	5
22	R	R:92.9%	Matrix protein p17		8
23	P	P:99.4%	Matrix protein p17	STRAND	1
24	G	G:99.4%	Matrix protein p17	STRAND	6
26	K	K:91.8%	Matrix protein p17		9
27	K	K:98.8%	Matrix protein p17		7
28	K	K:74.7%,other:25.3%	Matrix protein p17		6
29	Y	Y:100.0%	Matrix protein p17		1
30	K	R:68.8%,other:31.2%	Matrix protein p17		7
31	L	L:63.5%,M:29.4%	Matrix protein p17	HELIX	3
32	K	K:100.0%	Matrix protein p17	HELIX	3
33	H	H:99.4%	Matrix protein p17	HELIX	5
34	I	I:25.9%,L:71.8%	Matrix protein p17	HELIX	3
35	V	V:94.1%	Matrix protein p17	HELIX	4
36	W	W:100.0%	Matrix protein p17	HELIX	5
37	A	A:100.0%	Matrix protein p17	HELIX	5
38	S	S:98.2%	Matrix protein p17	HELIX	2
39	R	R:97.6%	Matrix protein p17	HELIX	4
40	E	E:100.0%	Matrix protein p17	HELIX	3
41	L	L:98.8%	Matrix protein p17	HELIX	3
42	E	E:88.8%	Matrix protein p17	HELIX	1
43	R	R:95.9%	Matrix protein p17	HELIX	2
44	F	F:97.6%	Matrix protein p17	HELIX	2
45	A	A:97.6%	Matrix protein p17	HELIX	2
46	V	L:57.1%,V:22.9%,other:20.0%	Matrix protein p17	STRAND	1
47	N	N:90.0%	Matrix protein p17	STRAND	2
48	P	P:98.2%	Matrix protein p17	STRAND	2
49	G	G:78.8%,other:21.2%	Matrix protein p17		4
50	L	L:98.2%	Matrix protein p17	TURN	2
51	L	L:95.9%	Matrix protein p17	TURN	1
52	E	E:97.1%	Matrix protein p17	TURN	1
53	T	T:88.8%	Matrix protein p17		2
54	S	S:31.2%,A:49.4%	Matrix protein p17	HELIX	3
55	E	E:85.3%	Matrix protein p17	HELIX	4
56	G	G:100.0%	Matrix protein p17	HELIX	1
57	C	C:97.1%	Matrix protein p17	HELIX	4
58	R	Q:47.6%,R:21.8%,other:30.6%	Matrix protein p17	HELIX	4
59	Q	Q:79.4%,other:20.6%	Matrix protein p17	HELIX	3
60	I	I:84.7%	Matrix protein p17	HELIX	3
61	L	I:48.8%,L:27.1%,M:21.2%	Matrix protein p17	HELIX	4
62	G	G:24.7%,E:36.5%,other:38.8%	Matrix protein p17	HELIX	2
63	Q	Q:99.4%	Matrix protein p17	HELIX	4
64	L	L:91.2%	Matrix protein p17	HELIX	7
65	Q	Q:90.6%	Matrix protein p17	HELIX	4
66	P	P:80.6%	Matrix protein p17	HELIX	4
67	S	S:33.5%,A:47.1%	Matrix protein p17	HELIX	2
68	L	L:82.9%	Matrix protein p17	TURN	1
69	Q	Q:45.3%,K:40.0%	Matrix protein p17	TURN	1
70	T	T:98.2%	Matrix protein p17	TURN	7
71	G	G:99.4%	Matrix protein p17		3
72	S	S:69.4%,T:27.6%	Matrix protein p17	HELIX	3
74	E	E:93.5%	Matrix protein p17	HELIX	1
75	L	L:81.8%	Matrix protein p17	HELIX	5
76	R	K:57.6%,R:33.5%	Matrix protein p17	HELIX	4
77	S	S:100.0%	Matrix protein p17	HELIX	1
78	L	L:100.0%	Matrix protein p17	HELIX	3
79	Y	F:51.2%,Y:42.9%	Matrix protein p17	HELIX	4
81	T	T:87.6%	Matrix protein p17	HELIX	6
82	V	I:23.5%,V:70.0%	Matrix protein p17	HELIX	7
83	A	A:87.1%	Matrix protein p17	HELIX	3
84	T	T:62.4%,V:37.6%	Matrix protein p17	HELIX	1
85	L	L:99.4%	Matrix protein p17	HELIX	4
86	Y	Y:80.0%	Matrix protein p17	HELIX	1
87	C	C:85.9%	Matrix protein p17	HELIX	1
89	H	H:98.2%	Matrix protein p17	HELIX	2
90	Q	Q:67.1%,other:32.9%	Matrix protein p17	HELIX	1
91	R	K:30.6%,R:58.8%	Matrix protein p17		3
92	I	I:84.7%	Matrix protein p17		3
93	E	D:32.4%,E:47.6%	Matrix protein p17		2
94	I	V:80.0%	Matrix protein p17		2
96	D	D:97.1%	Matrix protein p17		5
97	T	T:100.0%	Matrix protein p17	HELIX	1
98	K	K:88.8%	Matrix protein p17	HELIX	2
99	E	E:94.7%	Matrix protein p17	HELIX	5
100	A	A:98.8%	Matrix protein p17	HELIX	2
101	L	L:92.9%	Matrix protein p17	HELIX	1
102	D	D:72.4%,E:20.6%	Matrix protein p17	HELIX	2
103	K	K:87.1%	Matrix protein p17	HELIX	6
104	I	I:55.3%,L:24.1%,other:20.6%	Matrix protein p17	HELIX	2
105	E	E:85.9%	Matrix protein p17	HELIX	1
106	E	E:85.9%	Matrix protein p17	HELIX	2
107	E	I:22.9%,E:44.1%,other:32.9%	Matrix protein p17	HELIX	2
108	Q	Q:92.4%	Matrix protein p17	HELIX	1
109	N	N:64.7%,other:35.3%	Matrix protein p17	HELIX	1
110	K	K:85.9%	Matrix protein p17	HELIX	5
111	S	S:70.6%,other:29.4%	Matrix protein p17	HELIX	1
112	K	Q:35.3%,K:51.2%	Matrix protein p17	HELIX	3
113	K	Q:67.1%,K:21.8%	Matrix protein p17		1
114	K	K:78.2%,other:21.8%	Matrix protein p17		2
116	Q	Q:92.4%	Matrix protein p17	STRAND	1
117	Q	Q:85.9%	Matrix protein p17	STRAND	1
118	A	A:80.6%	Matrix protein p17	STRAND	2
119	A	A:77.1%,other:22.9%	Matrix protein p17		1
120	A	A:74.7%,other:25.3%	Matrix protein p17		1
121	D	D:50.0%,other:50.0%	Matrix protein p17		2
122	T	T:54.1%,other:45.9%	Matrix protein p17		2
123	G	G:80.0%	Matrix protein p17		3
124	H	S:27.1%,N:36.5%,gap:23.5%	Matrix protein p17		3
125	S	S:53.5%,gap:22.9%,other:23.5%	Matrix protein p17		3
126	N	S:44.1%,gap:43.5%	Matrix protein p17		4
127	Q	Q:36.5%,K:23.5%,other:40.0%	Matrix protein p17		3
128	V	V:74.1%,other:25.9%	Matrix protein p17		3
129	S	S:97.6%	Matrix protein p17		1
130	Q	Q:94.1%	Matrix protein p17		1
131	N	N:99.4%	Matrix protein p17		1
132	Y	Y:94.7%	Matrix protein p17		5
133	P	P:99.4%	Gag polyprotein		9
134	I	I:95.9%	Gag polyprotein		5
135	V	V:96.5%	Gag polyprotein		3
136	Q	Q:95.3%	Gag polyprotein		3
137	N	N:98.2%	Gag polyprotein		3
138	I	A:59.4%,L:31.8%	Gag polyprotein		4
139	Q	Q:98.2%	Gag polyprotein		4
140	G	G:99.4%	Gag polyprotein		3
141	Q	Q:97.6%	Gag polyprotein		3
142	M	M:90.6%	Gag polyprotein		4
143	V	V:78.8%,other:21.2%	Gag polyprotein		1
144	H	H:95.9%	Gag polyprotein		9
145	Q	Q:97.1%	Gag polyprotein		11
146	A	S:20.6%,P:24.1%,A:52.9%	Gag polyprotein		7
147	I	I:44.7%,L:41.8%	Gag polyprotein		6
148	S	S:94.7%	Gag polyprotein		7
149	P	P:97.6%	Gag polyprotein	HELIX	2
150	R	R:99.4%	Gag polyprotein	HELIX	7
151	T	T:100.0%	Gag polyprotein	HELIX	3
152	L	L:99.4%	Gag polyprotein	HELIX	3
153	N	N:99.4%	Gag polyprotein	HELIX	7
154	A	A:100.0%	Gag polyprotein	HELIX	2
155	W	W:100.0%	Gag polyprotein	HELIX	3
156	V	V:98.8%	Gag polyprotein	HELIX	1
157	K	K:99.4%	Gag polyprotein	HELIX	6
158	V	V:91.8%	Gag polyprotein	HELIX	3
159	V	I:49.4%,V:49.4%	Gag polyprotein	HELIX	2
160	E	E:99.4%	Gag polyprotein	HELIX	2
161	E	E:98.2%	Gag polyprotein	HELIX	4
162	K	K:98.8%	Gag polyprotein	HELIX	3
163	A	A:85.3%	Gag polyprotein	TURN	3
164	F	F:98.8%	Gag polyprotein	TURN	4
165	S	S:77.6%,N:22.4%	Gag polyprotein		6
166	P	P:99.4%	Gag polyprotein	TURN	1
167	E	E:100.0%	Gag polyprotein	TURN	2
168	V	V:95.9%	Gag polyprotein	HELIX	3
169	I	I:100.0%	Gag polyprotein	HELIX	6
170	P	P:99.4%	Gag polyprotein	HELIX	4
171	M	M:99.4%	Gag polyprotein	HELIX	4
172	F	F:100.0%	Gag polyprotein	HELIX	4
173	S	S:71.2%,T:20.6%	Gag polyprotein	HELIX	2
174	A	A:99.4%	Gag polyprotein	HELIX	3
175	L	L:99.4%	Gag polyprotein	HELIX	1
176	S	S:97.6%	Gag polyprotein	TURN	1
177	E	E:97.6%	Gag polyprotein	TURN	4
178	G	G:100.0%	Gag polyprotein	TURN	2
180	T	T:95.9%	Gag polyprotein		3
181	P	P:98.8%	Gag polyprotein	HELIX	2
182	Q	Q:90.0%	Gag polyprotein	HELIX	7
183	D	D:99.4%	Gag polyprotein	HELIX	4
184	L	L:95.3%	Gag polyprotein	HELIX	4
185	N	N:100.0%	Gag polyprotein	HELIX	2
186	T	T:67.1%,M:27.6%	Gag polyprotein	HELIX	7
187	M	M:100.0%	Gag polyprotein	HELIX	2
188	L	L:98.8%	Gag polyprotein	HELIX	4
189	N	N:98.8%	Gag polyprotein	HELIX	5
190	T	I:28.2%,T:64.1%	Gag polyprotein	TURN	4
191	V	V:93.5%	Gag polyprotein		4
192	G	G:100.0%	Gag polyprotein		2
193	G	G:98.8%	Gag polyprotein		2
194	H	H:100.0%	Gag polyprotein		6
195	Q	Q:99.4%	Gag polyprotein	HELIX	4
196	A	A:94.7%	Gag polyprotein	HELIX	3
197	A	A:98.8%	Gag polyprotein	HELIX	2
198	M	M:96.5%	Gag polyprotein	HELIX	4
199	Q	Q:100.0%	Gag polyprotein	HELIX	3
200	M	M:92.4%	Gag polyprotein	HELIX	5
201	L	L:99.4%	Gag polyprotein	HELIX	2
202	K	K:100.0%	Gag polyprotein	HELIX	6
203	E	D:74.7%,E:24.1%	Gag polyprotein	HELIX	2
205	I	I:100.0%	Gag polyprotein	HELIX	4
206	N	N:100.0%	Gag polyprotein	HELIX	2
207	E	E:94.7%	Gag polyprotein	HELIX	3
208	E	E:100.0%	Gag polyprotein	HELIX	1
209	A	A:98.8%	Gag polyprotein	HELIX	4
210	A	A:97.1%	Gag polyprotein	HELIX	5
211	E	E:90.6%	Gag polyprotein	HELIX	3
212	W	W:98.8%	Gag polyprotein	HELIX	1
213	D	D:99.4%	Gag polyprotein	HELIX	2
214	R	R:98.2%	Gag polyprotein	HELIX	3
215	V	L:52.9%,other:47.1%	Gag polyprotein	HELIX	3
216	H	H:99.4%	Gag polyprotein		6
217	P	P:99.4%	Gag polyprotein		2
218	V	V:74.7%,other:25.3%	Gag polyprotein	TURN	7
219	H	Q:31.8%,H:61.2%	Gag polyprotein	TURN	7
220	A	A:95.3%	Gag polyprotein		5
221	G	G:100.0%	Gag polyprotein		5
222	P	P:100.0%	Gag polyprotein		6
223	I	I:68.8%,other:31.2%	Gag polyprotein		14
224	A	P:68.2%,A:30.0%	Gag polyprotein		6
225	P	P:98.2%	Gag polyprotein		3
226	G	G:99.4%	Gag polyprotein		4
227	Q	Q:100.0%	Gag polyprotein		4
228	M	I:30.6%,M:62.4%	Gag polyprotein		6
229	R	R:100.0%	Gag polyprotein		2
230	E	E:92.9%	Gag polyprotein		3
231	P	P:100.0%	Gag polyprotein		2
232	R	R:94.7%	Gag polyprotein		5
234	S	S:98.2%	Gag polyprotein	HELIX	3
235	D	D:100.0%	Gag polyprotein	HELIX	1
237	A	A:100.0%	Gag polyprotein	TURN	4
238	G	G:99.4%	Gag polyprotein	TURN	1
239	T	T:95.3%	Gag polyprotein	TURN	4
240	T	T:98.8%	Gag polyprotein	TURN	2
241	S	S:99.4%	Gag polyprotein		4
242	T	T:84.1%	Gag polyprotein		6
243	L	L:88.2%	Gag polyprotein	HELIX	5
244	Q	Q:97.1%	Gag polyprotein	HELIX	6
245	E	E:98.8%	Gag polyprotein	HELIX	3
247	I	I:90.0%	Gag polyprotein	HELIX	5
248	G	A:27.6%,G:32.4%,other:40.0%	Gag polyprotein	HELIX	6
249	W	W:100.0%	Gag polyprotein	HELIX	3
250	M	M:93.5%	Gag polyprotein	HELIX	5
251	T	T:99.4%	Gag polyprotein	STRAND	3
252	N	S:55.3%,other:44.7%	Gag polyprotein	STRAND	4
253	N	N:98.2%	Gag polyprotein	STRAND	3
254	P	P:95.3%	Gag polyprotein	STRAND	2
255	P	P:95.9%	Gag polyprotein		1
256	I	I:67.1%,V:32.4%	Gag polyprotein		4
257	P	P:100.0%	Gag polyprotein		2
258	V	V:100.0%	Gag polyprotein	HELIX	2
260	E	D:32.9%,E:66.5%	Gag polyprotein	HELIX	4
261	I	I:98.8%	Gag polyprotein	HELIX	3
262	Y	Y:100.0%	Gag polyprotein	HELIX	4
263	K	K:91.8%	Gag polyprotein	HELIX	4
264	R	R:94.7%	Gag polyprotein	HELIX	6
267	I	I:88.8%	Gag polyprotein	HELIX	4
268	L	L:95.9%	Gag polyprotein	HELIX	4
269	G	G:100.0%	Gag polyprotein	HELIX	1
270	L	L:99.4%	Gag polyprotein	HELIX	3
271	N	N:99.4%	Gag polyprotein	HELIX	2
272	K	K:97.6%	Gag polyprotein	HELIX	1
274	V	V:99.4%	Gag polyprotein	HELIX	2
275	R	R:94.1%	Gag polyprotein	HELIX	2
276	M	M:98.8%	Gag polyprotein	HELIX	2
277	Y	Y:100.0%	Gag polyprotein	HELIX	3
278	S	S:98.8%	Gag polyprotein		5
279	P	P:100.0%	Gag polyprotein		4
280	T	V:87.6%	Gag polyprotein		7
281	S	S:95.9%	Gag polyprotein		7
282	I	I:100.0%	Gag polyprotein	HELIX	2
283	L	L:99.4%	Gag polyprotein	HELIX	4
284	D	D:96.5%	Gag polyprotein	HELIX	1
285	I	I:98.8%	Gag polyprotein		2
286	R	K:37.1%,R:62.9%	Gag polyprotein		5
287	Q	Q:100.0%	Gag polyprotein		2
288	G	G:100.0%	Gag polyprotein		4
289	P	P:99.4%	Gag polyprotein	TURN	1
290	K	K:98.8%	Gag polyprotein	TURN	5
291	E	E:98.8%	Gag polyprotein		4
292	P	P:98.8%	Gag polyprotein		1
293	F	F:100.0%	Gag polyprotein	HELIX	4
294	R	R:99.4%	Gag polyprotein	HELIX	2
295	D	D:98.8%	Gag polyprotein	HELIX	3
296	Y	Y:100.0%	Gag polyprotein	HELIX	3
297	V	V:100.0%	Gag polyprotein	HELIX	3
298	D	D:99.4%	Gag polyprotein	HELIX	2
299	R	R:97.6%	Gag polyprotein	HELIX	3
300	F	F:99.4%	Gag polyprotein	HELIX	2
301	Y	F:73.5%,Y:26.5%	Gag polyprotein	HELIX	6
302	K	K:97.6%	Gag polyprotein	HELIX	2
303	T	T:87.1%	Gag polyprotein	HELIX	4
304	L	L:98.8%	Gag polyprotein	HELIX	3
305	R	R:100.0%	Gag polyprotein	HELIX	4
307	E	E:100.0%	Gag polyprotein		1
308	Q	Q:100.0%	Gag polyprotein		1
309	A	A:95.3%	Gag polyprotein		2
310	S	S:23.5%,T:75.9%	Gag polyprotein		5
311	Q	Q:98.8%	Gag polyprotein	HELIX	2
312	E	D:30.0%,E:69.4%	Gag polyprotein	HELIX	7
313	V	V:100.0%	Gag polyprotein	HELIX	2
314	K	K:99.4%	Gag polyprotein	HELIX	3
315	N	G:24.7%,N:67.1%	Gag polyprotein	HELIX	3
316	W	W:99.4%	Gag polyprotein	HELIX	4
317	M	M:100.0%	Gag polyprotein	HELIX	2
318	T	T:100.0%	Gag polyprotein	HELIX	1
319	E	D:51.2%,E:48.2%	Gag polyprotein	HELIX	7
320	T	T:98.8%	Gag polyprotein	HELIX	1
321	L	L:100.0%	Gag polyprotein	HELIX	2
322	L	L:100.0%	Gag polyprotein	HELIX	4
323	V	V:89.4%	Gag polyprotein	HELIX	1
324	Q	Q:99.4%	Gag polyprotein	HELIX	4
325	N	N:100.0%	Gag polyprotein	TURN	3
326	A	A:95.3%	Gag polyprotein		3
327	N	N:100.0%	Gag polyprotein		3
329	D	D:100.0%	Gag polyprotein	HELIX	3
330	C	C:98.8%	Gag polyprotein	HELIX	2
331	K	K:96.5%	Gag polyprotein	HELIX	3
332	T	S:21.8%,T:62.9%	Gag polyprotein	HELIX	3
333	I	I:98.2%	Gag polyprotein	HELIX	3
334	L	L:100.0%	Gag polyprotein	HELIX	2
335	K	K:57.6%,R:41.8%	Gag polyprotein	HELIX	3
336	A	A:91.8%	Gag polyprotein	HELIX	2
337	L	L:100.0%	Gag polyprotein	HELIX	1
339	P	P:61.8%,other:38.2%	Gag polyprotein	TURN	3
340	A	G:84.7%	Gag polyprotein	TURN	1
342	T	S:20.6%,T:79.4%	Gag polyprotein		3
343	L	L:95.3%	Gag polyprotein	HELIX	3
344	E	E:98.2%	Gag polyprotein	HELIX	2
345	E	E:100.0%	Gag polyprotein	HELIX	4
346	M	M:99.4%	Gag polyprotein	HELIX	2
347	M	M:98.2%	Gag polyprotein	HELIX	2
348	T	T:94.1%	Gag polyprotein	HELIX	4
349	A	A:98.8%	Gag polyprotein	HELIX	2
350	C	C:98.8%	Gag polyprotein	TURN	3
351	Q	Q:98.8%	Gag polyprotein		3
352	G	G:99.4%	Gag polyprotein		1
353	V	V:99.4%	Gag polyprotein		2
354	G	G:99.4%	Gag polyprotein		1
355	G	G:99.4%	Gag polyprotein		2
356	P	P:99.4%	Gag polyprotein		1
357	G	S:44.1%,G:47.1%	Gag polyprotein		6
358	H	H:100.0%	Gag polyprotein		2
359	K	K:99.4%	Gag polyprotein		4
360	A	A:99.4%	Gag polyprotein		4
361	R	R:98.8%	Gag polyprotein		2
362	V	V:92.9%	Gag polyprotein		3
363	L	L:99.4%	Gag polyprotein		9
364	A	A:98.2%	Gag polyprotein		11
365	E	E:99.4%	Gag polyprotein		4
366	A	A:100.0%	Gag polyprotein		9
367	M	M:99.4%	Gag polyprotein		10
368	S	S:93.5%	Gag polyprotein		1
369	Q	Q:87.6%	Gag polyprotein		1
370	V	A:45.3%,V:40.0%	Gag polyprotein		3
371	T	Q:32.4%,T:37.6%,other:30.0%	Gag polyprotein		2
372	N	gap:60.0%,other:40.0%	Gag polyprotein		1
373	S	N:34.1%,other:65.9%	Gag polyprotein		3
374	A	T:42.4%,A:37.1%,other:20.6%	Gag polyprotein		7
375	T	A:34.7%,N:27.1%,other:38.2%	Gag polyprotein		3
376	I	I:68.2%,V:28.2%	Gag polyprotein		1
377	M	M:81.2%	Gag polyprotein		4
378	M	M:92.9%	Nucleocapsid protein p7		3
380	R	K:44.1%,R:51.8%	Nucleocapsid protein p7		4
381	G	S:42.4%,G:55.9%	Nucleocapsid protein p7		2
382	N	N:94.1%	Nucleocapsid protein p7		2
383	F	F:91.8%	Nucleocapsid protein p7		2
384	R	K:75.9%,other:24.1%	Nucleocapsid protein p7		7
386	Q	Q:50.0%,P:35.3%	Nucleocapsid protein p7		1
387	R	K:36.5%,R:44.1%	Nucleocapsid protein p7		5
388	K	K:33.5%,R:62.4%	Nucleocapsid protein p7		2
389	I	I:30.6%,other:69.4%	Nucleocapsid protein p7		3
390	V	I:67.1%,V:32.4%	Nucleocapsid protein p7		4
391	K	K:98.8%	Nucleocapsid protein p7		2
392	C	C:100.0%	Nucleocapsid protein p7		2
393	F	F:98.8%	Nucleocapsid protein p7	STRAND	4
394	N	N:100.0%	Nucleocapsid protein p7	STRAND	7
395	C	C:100.0%	Nucleocapsid protein p7	STRAND	2
396	G	G:99.4%	Nucleocapsid protein p7		1
397	K	K:95.3%	Nucleocapsid protein p7		6
398	E	E:92.9%	Nucleocapsid protein p7		5
399	G	G:98.8%	Nucleocapsid protein p7	TURN	3
400	H	H:99.4%	Nucleocapsid protein p7		2
401	T	I:38.8%,L:55.9%	Nucleocapsid protein p7		3
402	A	A:98.8%	Nucleocapsid protein p7	TURN	2
403	R	K:27.1%,R:72.9%	Nucleocapsid protein p7	TURN	1
404	N	N:98.8%	Nucleocapsid protein p7	TURN	3
405	C	C:100.0%	Nucleocapsid protein p7		2
406	R	R:91.2%	Nucleocapsid protein p7		3
407	A	A:100.0%	Nucleocapsid protein p7		1
408	P	P:100.0%	Nucleocapsid protein p7		2
409	R	R:97.6%	Nucleocapsid protein p7		3
410	K	K:92.9%	Nucleocapsid protein p7		2
411	K	K:89.4%	Nucleocapsid protein p7		1
412	G	G:99.4%	Nucleocapsid protein p7		4
413	C	C:99.4%	Nucleocapsid protein p7		1
414	W	W:99.4%	Nucleocapsid protein p7	STRAND	3
415	K	K:97.1%	Nucleocapsid protein p7	STRAND	1
416	C	C:100.0%	Nucleocapsid protein p7	STRAND	2
417	G	G:99.4%	Nucleocapsid protein p7		3
418	K	K:63.5%,R:22.4%	Nucleocapsid protein p7		2
419	E	E:98.8%	Nucleocapsid protein p7		3
420	G	G:100.0%	Nucleocapsid protein p7		1
421	H	H:98.8%	Nucleocapsid protein p7		2
422	Q	Q:99.4%	Nucleocapsid protein p7		1
423	M	M:96.5%	Nucleocapsid protein p7	TURN	4
424	K	K:98.2%	Nucleocapsid protein p7	TURN	1
425	D	D:94.1%	Nucleocapsid protein p7	TURN	3
426	C	C:100.0%	Nucleocapsid protein p7		2
427	T	T:82.9%	Nucleocapsid protein p7	TURN	2
428	E	E:90.6%	Nucleocapsid protein p7	TURN	2
429	R	R:92.9%	Nucleocapsid protein p7		1
430	Q	Q:98.2%	Nucleocapsid protein p7		1
431	A	A:97.6%	Nucleocapsid protein p7		2
432	N	N:99.4%	Nucleocapsid protein p7		4
436	K	K:88.2%	Gag polyprotein		4
437	I	I:77.1%,other:22.9%	Gag polyprotein		5
440	S	S:88.2%	Gag polyprotein		1
441	Y	H:31.2%,N:37.1%,other:31.8%	Gag polyprotein		1
445	P	P:100.0%	Gag polyprotein		1
448	F	F:94.7%	Gag polyprotein		2
449	L	P:27.1%,L:64.7%	p6-gag		6
450	Q	Q:98.8%	p6-gag		2
451	S	S:53.5%,N:35.9%	p6-gag		4
452	R	R:95.3%	p6-gag		1
453	P	P:74.1%,other:25.9%	p6-gag		7
454	E	E:95.3%	p6-gag		3
455	P	P:100.0%	p6-gag		5
456	T	T:85.9%	p6-gag		3
457	A	A:99.4%	p6-gag		4
458	P	P:98.8%	p6-gag		3
459	P	P:100.0%	p6-gag		3
460	E	A:79.4%,other:20.6%	p6-gag		4
461	E	E:97.1%	p6-gag		1
462	S	S:75.9%,other:24.1%	p6-gag		4
463	F	F:77.1%,other:22.9%	p6-gag		2
464	R	G:70.6%,other:29.4%	p6-gag		11
465	S	F:65.9%,other:34.1%	p6-gag		2
466	G	G:76.5%,other:23.5%	p6-gag		1
467	V	E:93.5%	p6-gag		1
468	E	E:90.0%	p6-gag		2
469	T	I:55.9%,T:25.9%	p6-gag		2
470	T	gap:80.6%	p6-gag		1
471	T	T:63.5%,A:25.9%	p6-gag		3
472	P	S:20.6%,P:70.6%	p6-gag		2
473	P	S:71.8%,other:28.2%	p6-gag		1
474	Q	Q:24.1%,P:55.3%,other:20.6%	p6-gag		2
475	K	K:90.6%	p6-gag		2
476	Q	Q:90.6%	p6-gag		3
477	E	E:91.8%	p6-gag		2
478	P	Q:46.5%,P:30.0%,other:23.5%	p6-gag		4
479	I	gap:72.4%,other:27.6%	p6-gag		4
480	D	D:22.4%,gap:72.4%	p6-gag		1
481	K	K:73.5%,other:26.5%	p6-gag		3
482	E	E:80.0%	p6-gag		4
483	L	L:32.9%,Y:26.5%,other:40.6%	p6-gag		2
484	Y	P:42.9%,Y:36.5%,other:20.6%	p6-gag		5
485	P	P:92.4%	p6-gag		1
486	L	L:78.2%,other:21.8%	p6-gag		3
488	S	S:97.6%	p6-gag		5
489	L	L:100.0%	p6-gag		3
490	R	K:83.5%	p6-gag		3
491	S	S:100.0%	p6-gag		1
492	L	L:99.4%	p6-gag		4
493	F	F:100.0%	p6-gag		5
494	G	G:100.0%	p6-gag		2
495	N	S:30.6%,N:63.5%	p6-gag		1
496	D	D:99.4%	p6-gag		2
497	P	P:88.8%	p6-gag		1
498	S	L:44.1%,gap:31.2%,other:24.7%	p6-gag		2
499	S	S:80.0%	p6-gag		1

Click on row for detailed mutagenesis information for a residue. All data is mapped to the HXB2 isolate.

Citation : Davey NE*, Satagopam VP*, Santiago-Mozos S*, Villacorta-Martin C, Bharat TA, Schneider R, Briggs JA.
The HIV Mutation Browser: A Resource for Human Immunodeficiency Virus Mutagenesis and Polymorphism Data.
PLoS Comput Biol. 2014 Dec 4;10(12):e1003951. [PubMed | PLoS ]

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