Allele Frequencies in World Populations

HLA > Allele Frequency Search > Classical

Please specify your search by selecting options from boxes. Then, click "Search" to find HLA allele frequencies that match your criteria. Remember at least one option must be selected.
Locus:  Starting Allele:  Ending Allele:  �� (Type your allele e.g. A*01:01, etc. or leave both empty to include all alleles)
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Population:      Country:      Source of dataset: 
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Sample Size:      Sample Year:      Level of resolution :   (Click here for further details)
Population standard: Gold only Gold and Silver All Show frequencies: All Only positives Only negatives
   

Note: The aim of this search option is to display frequencies organised by population. If your selected criteria retrieves alleles that have been found in more than one hundred populations the number of columns will be limited. For a best view please reduce the number of populations to compare.


Line Allele
Brazil Kaingang (n=235)
 Allele
Freq
1DQA1*010.030
2DQA1*01:020.000
3DQA1*01:02:010.000
4DQA1*01:02:020.000
5DQA1*01:030.002
6DQA1*01:050.000
7DQA1*020.002
8DQA1*02:010.002
9DQA1*030.271
10DQA1*040.512
11DQA1*04:010.512
12DQA1*050.180
13DQA1*05:010.180
14DQA1*05:020.000
15DQA1*05:030.000
16DQA1*05:040.000
17DQA1*05:050.000
18DQA1*060.000
19DQA1*06:010.000
20DQA1*06:01:010.000
21DQA1*06:01:020.000
Totals1.691
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
22DQB1*020.005
23DQB1*03:010.187
24DQB1*03:020.261
25DQB1*03:03:020.004
26DQB1*03:040.000
27DQB1*03:050.000
28DQB1*03:060.000
29DQB1*03:070.000
30DQB1*03:080.000
31DQB1*04:010.000
32DQB1*04:020.510
33DQB1*05:010.029
34DQB1*05:020.000
35DQB1*05:03:010.000
36DQB1*05:03:020.000
37DQB1*05:040.000
38DQB1*06:01:010.000
39DQB1*06:01:020.000
40DQB1*06:01:030.000
41DQB1*06:020.000
42DQB1*06:030.002
43DQB1*06:040.000
44DQB1*06:05:010.000
45DQB1*06:05:020.000
46DQB1*06:060.000
47DQB1*06:070.000
48DQB1*06:080.000
49DQB1*06:090.000
50DQB1*06:100.000
51DQB1*06:110.000
52DQB1*06:11:010.000
53DQB1*06:11:020.000
54DQB1*06:120.000
55DQB1*06:130.000
56DQB1*06:140.000
57DQB1*06:150.000
Totals0.998
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
58DRB1*010.008
59DRB1*01:010.000
60DRB1*01:020.008
61DRB1*01:02:010.000
62DRB1*01:02:020.000
63DRB1*01:030.000
64DRB1*01:040.000
65DRB1*01:050.000
66DRB1*030.000
67DRB1*03:010.000
68DRB1*03:01:010.000
69DRB1*03:01:020.000
70DRB1*03:020.000
71DRB1*03:02:010.000
72DRB1*03:02:020.000
73DRB1*03:030.000
74DRB1*03:040.000
75DRB1*03:050.000
76DRB1*03:060.000
77DRB1*03:070.000
78DRB1*03:080.000
79DRB1*03:090.000
80DRB1*03:100.000
81DRB1*03:110.000
82DRB1*03:120.000
83DRB1*04
84DRB1*04:01
85DRB1*04:02
86DRB1*04:03
87DRB1*04:04
88DRB1*04:05
89DRB1*04:05:01
90DRB1*04:05:02
91DRB1*04:06
92DRB1*04:07
93DRB1*04:08
94DRB1*04:09
95DRB1*04:10
96DRB1*04:11
97DRB1*04:12
98DRB1*04:13
99DRB1*04:14
100DRB1*04:15
101DRB1*04:16
102DRB1*04:17
103DRB1*04:18
104DRB1*04:19
105DRB1*04:20
106DRB1*04:21
107DRB1*04:22
108DRB1*04:23
109DRB1*04:24
110DRB1*04:25
111DRB1*04:26
112DRB1*04:27
113DRB1*04:28
114DRB1*04:29
115DRB1*04:30
116DRB1*04:31
117DRB1*04:32
118DRB1*07
119DRB1*07:01
120DRB1*07:03
121DRB1*07:04
122DRB1*08
123DRB1*08:01
124DRB1*08:02
125DRB1*08:02:01
126DRB1*08:02:02
127DRB1*08:03
128DRB1*08:03:02
129DRB1*08:04
130DRB1*08:04:01
131DRB1*08:04:02
132DRB1*08:04:03
133DRB1*08:05
134DRB1*08:06
135DRB1*08:07
136DRB1*08:08
137DRB1*08:09
138DRB1*08:10
139DRB1*08:11
140DRB1*08:12
141DRB1*08:13
142DRB1*08:14
143DRB1*08:15
144DRB1*08:16
145DRB1*08:17
146DRB1*08:18
147DRB1*08:19
148DRB1*08:21
149DRB1*09
150DRB1*09:01:02
151DRB1*10
152DRB1*10:01
153DRB1*11
154DRB1*11:01
155DRB1*11:01:01
156DRB1*11:01:02
157DRB1*11:01:03
158DRB1*11:02
159DRB1*11:03
160DRB1*11:04
161DRB1*11:04:01
162DRB1*11:04:02
163DRB1*11:05
164DRB1*11:06
165DRB1*11:07
166DRB1*11:08
167DRB1*11:09
168DRB1*11:10
169DRB1*11:11
170DRB1*11:12
171DRB1*11:13
172DRB1*11:14
173DRB1*11:15
174DRB1*11:16
175DRB1*11:17
176DRB1*11:18
177DRB1*11:19
178DRB1*11:20
179DRB1*11:21
180DRB1*11:22
181DRB1*11:23
182DRB1*11:24
183DRB1*11:25
184DRB1*11:26
185DRB1*11:27
186DRB1*11:28
187DRB1*11:29
188DRB1*11:30
189DRB1*11:31
190DRB1*11:32
191DRB1*11:33
192DRB1*11:34
193DRB1*12
194DRB1*12:01
195DRB1*12:02
196DRB1*12:02:01
197DRB1*12:02:02
198DRB1*12:03:02
199DRB1*12:04
200DRB1*12:05
201DRB1*13
202DRB1*13:01
203DRB1*13:02
204DRB1*13:03
205DRB1*13:03:01
206DRB1*13:03:02
207DRB1*13:04
208DRB1*13:05
209DRB1*13:06
210DRB1*13:07
211DRB1*13:07:01
212DRB1*13:07:02
213DRB1*13:08
214DRB1*13:09
215DRB1*13:10
216DRB1*13:11
217DRB1*13:12
218DRB1*13:13
219DRB1*13:14
220DRB1*13:15
221DRB1*13:16
222DRB1*13:17
223DRB1*13:18
224DRB1*13:19
225DRB1*13:20
226DRB1*13:21
227DRB1*13:22
228DRB1*13:23
229DRB1*13:24
230DRB1*13:25
231DRB1*13:26
232DRB1*13:27
233DRB1*13:28
234DRB1*13:29
235DRB1*13:30
236DRB1*13:31
237DRB1*13:32
238DRB1*13:33
239DRB1*13:34
240DRB1*14
241DRB1*14:01
242DRB1*14:02
243DRB1*14:03
244DRB1*14:04
245DRB1*14:05
246DRB1*14:06
247DRB1*14:07
248DRB1*14:08
249DRB1*14:09
250DRB1*14:10
251DRB1*14:11
252DRB1*14:12
253DRB1*14:13
254DRB1*14:14
255DRB1*14:15
256DRB1*14:16
257DRB1*14:17
258DRB1*14:18
259DRB1*14:19
260DRB1*14:20
261DRB1*14:21
262DRB1*14:22
263DRB1*14:23
264DRB1*14:24
265DRB1*14:25
266DRB1*14:26
267DRB1*14:27
268DRB1*14:28
269DRB1*14:29
270DRB1*14:30
271DRB1*14:31
272DRB1*15
273DRB1*15:01
274DRB1*15:01:01
275DRB1*15:01:02
276DRB1*15:02
277DRB1*15:02:01
278DRB1*15:02:02
279DRB1*15:02:03
280DRB1*15:03
281DRB1*15:04
282DRB1*15:05
283DRB1*15:06
284DRB1*15:07
285DRB1*15:08
286DRB1*16
287DRB1*16:01
288DRB1*16:01:01
289DRB1*16:01:02
290DRB1*16:02
291DRB1*16:03
292DRB1*16:04
293DRB1*16:05
294DRB1*16:07
295DRB1*16:08
Totals0.016
Number of Alleles (k)25
Heterozygosity (h)1.0020
   

Allele frequency net database (AFND) 2020 update: gold-standard data classification, open access genotype data and new query tools
Gonzalez-Galarza FF, McCabe A, Santos EJ, Jones J, Takeshita LY, Ortega-Rivera ND, Del Cid-Pavon GM, Ramsbottom K, Ghattaoraya GS, Alfirevic A, Middleton D and Jones AR Nucleic Acid Research 2020, 48:D783-8.
Liverpool, U.K.

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