HLA-DQ molecules in the study population
| . | Patient genotype . |
|---|---|
| Number of unique molecules in 5164 HLA-matched patients* | |
| Total number of G1 | |
| None | G2G2 (n = 900) |
| One | G1G1 (n = 292) |
| G1G2 (n = 2573) | |
| Two | G1G1 (n = 520) |
| Four | G1G1 (n = 879) |
| Total number of G2 | |
| None | G1G1 (n = 1691) |
| One | G2G2 (n = 240) |
| G1G2 (n = 2573) | |
| Two | G2G2 (n = 115) |
| Four | G2G2 (n = 545) |
| Number of mismatched molecules in 520 HLA-DQ–mismatched patients† | |
| One (n = 324) | G1: G1G1 (n = 32) |
| G1G2 (n = 148) | |
| G2: G1G2 (n = 123) | |
| G2G2 (n = 21) | |
| Two (n = 155) | G1: G1G1 (n = 128) |
| G2: G2G2 (n = 27) | |
| Three (n = 41) | G1: G1G1 (n = 22) |
| G2: G2G2 (n = 19) |
| . | Patient genotype . |
|---|---|
| Number of unique molecules in 5164 HLA-matched patients* | |
| Total number of G1 | |
| None | G2G2 (n = 900) |
| One | G1G1 (n = 292) |
| G1G2 (n = 2573) | |
| Two | G1G1 (n = 520) |
| Four | G1G1 (n = 879) |
| Total number of G2 | |
| None | G1G1 (n = 1691) |
| One | G2G2 (n = 240) |
| G1G2 (n = 2573) | |
| Two | G2G2 (n = 115) |
| Four | G2G2 (n = 545) |
| Number of mismatched molecules in 520 HLA-DQ–mismatched patients† | |
| One (n = 324) | G1: G1G1 (n = 32) |
| G1G2 (n = 148) | |
| G2: G1G2 (n = 123) | |
| G2G2 (n = 21) | |
| Two (n = 155) | G1: G1G1 (n = 128) |
| G2: G2G2 (n = 27) | |
| Three (n = 41) | G1: G1G1 (n = 22) |
| G2: G2G2 (n = 19) |
The total number of unique molecules in HLA-matched patients depends on the genotype, potential for trans-dimerization, and homozygosity of alleles.
The total number of mismatched molecules depends on the genotype, potential for trans-dimerization, and homozygosity of alleles. In HLA-DQ–mismatched transplants, the mismatched molecule is underlined.