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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Select specific populations
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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
Portugal South (n=49)
 Allele
Freq
1A*01:010.051
2A*02:010.235
3A*02:020.000
4A*02:050.010
5A*02:200.000
6A*03:010.082
7A*03:020.000
8A*11:010.133
9A*11:100.010
10A*23:010.061
11A*24:020.102
12A*25:010.000
13A*26:010.020
14A*26:080.000
15A*29:010.000
16A*29:020.071
17A*30:010.000
18A*30:020.051
19A*31:01:020.041
20A*32:010.031
21A*33:010.041
22A*33:030.000
23A*66:010.010
24A*68:010.030
25A*68:020.020
26A*69:010.000
Totals0.999
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
27B*07:020.010
28B*07:050.000
29B*07:060.000
30B*08:010.020
31B*13:020.010
32B*14:010.020
33B*14:020.031
34B*15:010.020
35B*15:030.000
36B*15:170.000
37B*15:180.000
38B*18:010.112
39B*18:050.000
40B*27:050.020
41B*27:080.000
42B*35:010.133
43B*35:020.061
44B*35:030.010
45B*35:040.010
46B*37:010.000
47B*38:010.010
48B*39:010.010
49B*39:060.000
50B*40:01
51B*40:02
52B*41:02
53B*42:01
54B*44:02
55B*44:03
56B*45:01
57B*47:01
58B*49:01
59B*50:01
60B*50:02
61B*51:01
62B*52:01
63B*53:01
64B*55:01
65B*56:01
66B*57:01
67B*57:03
68B*58:01
69B*67:01
70B*81:01
Totals0.477
Number of Alleles (k)
0
Heterozygosity (h)0.0000
 
71DRB1*01:01
72DRB1*01:02
73DRB1*01:03
74DRB1*03:01
75DRB1*03:02
76DRB1*03:05
77DRB1*03:15
78DRB1*04:01
79DRB1*04:02
80DRB1*04:03
81DRB1*04:04
82DRB1*04:05
83DRB1*04:07
84DRB1*04:08
85DRB1*07:01
86DRB1*07:04
87DRB1*08:01
88DRB1*08:03
89DRB1*08:04
90DRB1*09:01:02
91DRB1*10:01
92DRB1*11:01
93DRB1*11:02
94DRB1*11:04
95DRB1*11:13
96DRB1*12:01
97DRB1*13:01
98DRB1*13:02
99DRB1*13:03
100DRB1*13:04
101DRB1*13:05
102DRB1*14:01
103DRB1*15:01
104DRB1*15:02
105DRB1*16:01
106DRB1*16:02
Totals0.000
Number of Alleles (k)0
Heterozygosity (h)1.0103
   

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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