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. 2012 Jul 13;91(1):185–192. doi: 10.1016/j.ajhg.2012.05.020

Table 3.

Variance in Liability Explained by the Independent Effects as Identified in the Conditional Logistic Regression Analysis

Chr Locus Independent SNPs and Disease Variance Explained (in Liability Scale)1 Reported SNPs and Disease Variance Explained
CD (Prevalence = 0.1%)

1 IL23R (MIM 607562) rs11465804 (0.87%) rs7517847 (0.47%) total: 1.34% rs11465804 (1.12%)
5 PTGER4 (MIM 601586) rs4613763 (0.10%), rs6888952 (0.37%), rs9283753 (0.09%) total: 0.56% rs4613763 (0.35%)
6 CDKAL1 (MIM 611259) rs6908425 (0.13%), rs898165 (0.16%) total: 0.28% rs6908425 (0.14%)
12 LRRK2 (MIM 609007)-MUC19)MIM 612170) rs11175593 (0.04%), rs7962370 (0.14%) total: 0.18% rs11175593 (0.06%)
16 NOD2 (MIM 605956) rs2076756 (0.33%), rs8056611 (0.11%) total: 0.44% rs2067085 (0.25%)

total: 2.66% total: 1.92%

T1D (Prevalence = 0.5%)

2 AFF3 (MIM 601464) rs11685258 (0.19%), rs2309837 (0.15%) total: 0.34% rs9653442 (0.15%)
4 IL2 (MIM 147680) rs4505848 (0.07%) rs13152362 (0.14%) total: 0.21% rs4505848 (0.16%)
10 IL2RA (MIM 147730) rs12722495 (0.32%), rs7096384 (0.14%) total: 0.46% rs12251307 (0.20%)
16 CLEC16A (MIM 611303) rs7205474 (0.25%), rs2867880 (0.26%) total: 0.51% rs12708716 (0.28%)

total: 1.48% total: 0.77%

T2D (Prevalence = 5.0%)

3 PPARG (MIM 601487)-SYN2 (MIM 600755) rs17036101 (0.12%), rs6775191 (0.36%) total: 0.48% rs17036101 (0.20%)
12 TSPAN8 (MIM 600769)-LGR5 (MIM 606667) rs1705232 (0.98%), rs6581998 (0.14%) total: 1.12% rs4760790 (0.47%)

total: 1.54% total: 0.67%

The following abbreviations are used: chr, chromosome; CD, Crohn disease; T1D, type 1 diabetes; and T2D, type 2 diabetes.

1

Adjusted ORs were obtained with multiple logistic regressions for individual independent SNPs either within or across loci. Genotype relative risks were estimated according to a multiplicative model, and explained variance was estimated with the R software reported by So et al.34 Total explained variance was the sum of such estimates from each of the individual SNPs either within or across loci.