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)
Select specific alleles (If you want to pick specific alleles, make sure your alleles are within the Start-End range above)
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Population:      Country:      Source of dataset: 
Region:  Ethnic Origin:     Type of Study:  Sort by: 
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
Switzerland Lugano (n=1169)
 Allele
Freq
1A*01:010.074
2A*01:020.299
3A*01:090.119
4A*01:11N0.052
5A*01:16N0.000
6A*01:18N0.120
7A*01:250.000
8A*02
9A*03
10A*11
11A*23:010.016
12A*23:030.000
13A*23:050.020
14A*23:060.000
15A*23:100.000
16A*23:11N0.000
17A*23:160.000
18A*24
19A*25:010.008
20A*25:050.000
21A*26:010.048
22A*26:030.000
23A*26:080.000
24A*26:210.000
25A*29:010.012
26A*29:020.024
27A*29:040.000
28A*29:060.000
29A*29:08N0.000
30A*29:100.000
31A*29:120.000
32A*30:010.00910
33A*30:020.014
34A*30:040.000
35A*30:060.000
36A*30:100.000
37A*30:120.000
38A*30:150.00910
39A*30:180.000
40A*30:190.000
41A*31:010.032
42A*31:090.000
43A*32:010.044
44A*33
45A*340.000
46A*36
47A*66:010.008
48A*66:020.000
49A*66:050.000
50A*66:070.000
51A*68:010.047
52A*68:020.029
53A*68:18N0.000
54A*69:010.000
55A*740.000
56A*80:010.004
Totals0.988
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
57B*07:020.061
58B*07:050.00680
59B*07:070.00680
60B*07:100.000
61B*07:310.000
62B*07:370.000
63B*08:010.063
64B*13:010.000
65B*13:020.027
66B*13:080.000
67B*14:010.003
68B*14:020.030
69B*14:060.000
70B*15:010.038
71B*15:030.012
72B*15:080.000
73B*15:090.000
74B*15:100.000
75B*15:110.000
76B*15:150.000
77B*15:160.000
78B*15:170.00770
79B*15:180.00380
80B*15:200.000
81B*15:240.000
82B*15:250.000
83B*15:290.000
84B*15:390.00380
85B*15:670.000
86B*15:720.00380
87B*15:800.000
88B*15:900.000
89B*18:010.062
90B*18:040.00390
91B*27:020.00720
92B*27:030.000
93B*27:050.00720
94B*27:070.00360
95B*27:120.000
96B*27:140.000
97B*27:170.000
98B*27:300.000
99B*35:010.066
100B*35:020.00480
101B*35:030.036
102B*35:040.000
103B*35:060.008
104B*35:080.010
105B*35:360.000
106B*37:010.006
107B*37:020.000
108B*37:03N0.000
109B*37:040.000
110B*38:010.030
111B*38:090.000
112B*39:010.014
113B*39:040.000
114B*39:060.00120
115B*39:090.000
116B*39:100.000
117B*39:120.000
118B*39:240.00120
119B*39:25N0.000
120B*39:260.000
121B*39:270.000
122B*39:280.00120
123B*40:010.014
124B*40:020.00670
125B*40:040.000
126B*40:060.000
127B*40:110.000
128B*40:350.00670
129B*40:530.000
130B*40:700.000
131B*41:010.003
132B*41:020.000
133B*41:060.000
134B*41:070.003
135B*420.000
136B*44:020.043
137B*44:030.035
138B*44:040.000
139B*44:050.000
140B*44:060.000
141B*44:140.000
142B*44:170.000
143B*45:010.006
144B*45:030.000
145B*46:010.000
146B*46:020.000
147B*47:010.000
148B*48:010.000
149B*48:110.000
150B*49:010.021
151B*50:010.024
152B*50:020.000
153B*50:040.000
154B*51:010.138
155B*51:020.000
156B*51:050.019
157B*51:070.000
158B*51:080.00310
159B*51:200.00310
160B*52:010.025
161B*52:040.000
162B*52:050.000
163B*53:010.018
164B*53:100.000
165B*55:010.015
166B*55:020.000
167B*55:030.000
168B*55:120.000
169B*55:150.000
170B*56:010.009
171B*56:020.000
172B*56:040.000
173B*56:050.000
174B*56:150.000
175B*56:160.000
176B*56:170.000
177B*56:19N0.000
178B*56:200.000
179B*57:010.047
180B*57:020.000
181B*57:030.00720
182B*58:010.024
183B*58:020.000
184B*73:010.000
Totals1.000
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
185C*01:020.037
186C*02:020.044
187C*02:100.000
188C*03:020.000
189C*03:030.034
190C*03:040.030
191C*03:050.00740
192C*03:060.000
193C*03:090.000
194C*03:190.000
195C*03:230.000
196C*03:240.000
197C*03:250.000
198C*03:26
199C*03:27
200C*04:01
201C*04:03
202C*05:01
203C*05:14
204C*06:02
205C*07:01
206C*07:02
207C*07:04
208C*07:07
209C*07:09
210C*07:16
211C*07:22
212C*07:24
213C*07:29
214C*08:01
215C*08:02
216C*08:03
217C*08:08
218C*12:02
219C*12:03
220C*12:04
221C*12:07
222C*12:13
223C*14:02
224C*14:03
225C*14:07N
226C*14:08
227C*15:02
228C*15:04
229C*15:05
230C*15:06
231C*15:07
232C*15:09
233C*15:10
234C*16:01
235C*16:02
236C*16:04
237C*17
238C*18
Totals0.152
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
239DQB1*02:01
240DQB1*02:02
241DQB1*03:01
242DQB1*03:02
243DQB1*03:03
244DQB1*03:04
245DQB1*03:05
246DQB1*04:02
247DQB1*05:01
248DQB1*05:02
249DQB1*05:03
250DQB1*05:04
251DQB1*06:01
252DQB1*06:02
253DQB1*06:03
254DQB1*06:04
255DQB1*06:08
256DQB1*06:09
Totals0.000
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
257DRB1*01:01
258DRB1*01:02
259DRB1*01:03
260DRB1*03
261DRB1*04
262DRB1*07
263DRB1*08
264DRB1*09:01
265DRB1*10:01
266DRB1*11:01
267DRB1*11:02
268DRB1*11:03
269DRB1*11:04
270DRB1*11:05
271DRB1*11:07
272DRB1*11:09
273DRB1*11:11
274DRB1*11:13
275DRB1*11:14
276DRB1*11:15
277DRB1*11:22
278DRB1*12
279DRB1*13:01
280DRB1*13:02
281DRB1*13:03
282DRB1*13:04
283DRB1*13:05
284DRB1*13:11
285DRB1*13:14
286DRB1*13:15
287DRB1*13:19
288DRB1*13:21
289DRB1*13:24
290DRB1*14:01
291DRB1*14:02
292DRB1*14:04
293DRB1*14:05
294DRB1*14:06
295DRB1*14:07
296DRB1*14:10
297DRB1*14:16
298DRB1*14:17
299DRB1*14:47
300DRB1*15:01
301DRB1*15:02
302DRB1*15:03
303DRB1*16
Totals0.000
Number of Alleles (k)0
Heterozygosity (h)1.0004
   

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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