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. 2019 May 20;19:51. doi: 10.1186/s12902-019-0375-2

Table 3.

Genotype analysis of HNF1A gene SNPs

Controls, n Diabetes, n OR (95% CI) P
I27L rs1169288 (%)
 *Co-dominant Wild type GG 105 146
 Heterozygous GT 120 233 1.02 (0.57–1.78) 0.984
 Homozygous TT 38 110 1.71 (1.25–3.46) 0.024
 Dominant (GT + TT/GG) 158 vs 105 343 vs 146 1.68 (1. 21-2.13) 0.035
 Recessive (TT/GT + GG) 38 vs 225 110 vs 379 1.56 (1. 14-2.57) 0.048
S487 N rs2464196 (%)
 *Co-dominant Wild type CC 102 188
 Heterozygous CT 121 210 0.58 (0.35–1.39) 0.471
 Homozygous TT 40 91 1.25 (0.57–2.75) 0.638
 Dominant (CT + TT/CC) 161 vs 102 301 vs 188 1.01 (0.74–1.38) 0.938
 Recessive (TT/CT + CC) 40 vs 223 91 vs 398 1.27 (0.84–1.91) 0.241
A98V rs1800574 (%)
 *Co-dominant Wild type CC 208 411
 Heterozygous CT 52 64 1.26 (0.48–3.29) 0.676
 Homozygous TT 3 14 1.35 (0.95–3.54) 0.027
 Dominant model (CT + TT/CC) 55 vs 208 78 vs 411 0.71 (0.48–1.05) 0.089
 Recessive model (TT/CT + CC) 3 vs 260 14 vs 475 2.55 (0.72–8.97) 0.130

*Co-dominat model was compared wild type, homozygous variant and heterozygous variant were compared

DM Diabetes mellitus, OR odds ratio, CI confidence interval

Data are shown as mean ± standard deviation (means ± SD) and percentage (%)

Bold represents the significant p-values

Categorical variables were analyzed with Chi-square test or Fisher’s exact test, where appropriate

Multiple logistic regression analysis and Fisher’s exact test were tested using models: dominant (major allele homozygotes vs heterozygotes + minor allele homozygotes), recessive (major allele homozygotes + heterozygotes vs minor allele homozygotes) and codominant (major allele homozygotes vs heterozygote and minor allele homozygotes vs major allele homozygotes)