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. 2023 Sep 28;14:1256922. doi: 10.3389/fimmu.2023.1256922

Table 6.

Associations between HLA and Graves’ orbitopathy in Caucasian population.

First author Ref. Year Population Method No. of GO patients No. of GD patients Nr of healthy controls High risk HLA Protective HLA
Farid (66) 1980 Canadian serological 24 53 DR3 NR
Frecker M (94) 1986 Hungarian serological 52 55 Genotypes
B8-DR3
B8-DR7
DR7 without B8
Schifferdecker E (75) 1991 German Serological 84 26 No significant correlation No significant correlation
Boehm BO (80) 1992 German SSOP 72 100 223 Heterozygotes
DRB3*01:01/*02:02
NR
Badenhoop K (95) 1996 German SSOP 135 124 229 significance of DQA1*05:01 not confirmed NR
Kendall-Taylor P (72) 1988 British serological 60 67 500 none none
Frecker M (96) 1988 Canadian serological 64 69 140 B8
DR7
DR3
DR4
Weetman AP (97) 1988 British RFLP
DR3only
53 51 90 significance of DR3 not confirmed NR
Villanueva R (98) 2000 American SSP 61 40 121 none none
Yin X (99) 2012 American RFLP
DR3 only
156 90 significance of DR3 not confirmed NR
Stasiak M (15) 2023 Polish NGS 70 91 2217 A*01:01
A*32:01
B*37:01
B*39:01
B*42:01
C*08:02
C*03:02
DRB1*03:01 DRB1*14:01 DQB1*02:01
C*04:01
C*03:04
C*07:02 DRB1*15:02

RFLP, restriction fragment length polymorphism, SSOP, sequence specific oligonucleotide probe; SSP, sequence specific primers; NGS, next generation sequencing; NR, not reported; -, no control group included.