Ethnicity of the population | Sample sizes | Clinical condition | minor allele | MAF | P-value | association results | P- valuae | Ref. | |
---|---|---|---|---|---|---|---|---|---|
case | control | ||||||||
Mexican | 309 | 132 | overweight and obese | G | 0.4 | 0.06 | high serum cholesterol levels were associated with the AA genotype | 0.005 | [24] |
Indian | 250 | 150 | T2DM | A | 0.36 | 0.24 | A allele is significantly associated with T2DM | < 0.005 | [22] |
Egyptian | 100 | 100 | MetS | G | 0.25 | 0.00 | Subjects with AG and GG genotypes had significantly higher systolic blood pressure, wider waist circumstance, and higher degree of dyslipidemia | < 0.001 | [23] |
Algerian | 57 | 59 | Obese and lean children | A | 0.47 | 0.036 | A allele was higher in obese subjects | 0.03 | [25] |
Chongqing Han population of China | 112 | 129 | CHD | A | 0.31 | 0.480 | Significantly higher frequency of the AG genotype in the CHD group compared to the control group. The plasma levels of ox-LDL in CHD patients with AG genotype were significantly higher | 0.011 0.010 | [13] |
Chinese Han | 374 | 1013 | atherothrombotic stroke | A | 0.35 | 0.113 | A allele were associated with atherothrombotic stroke in Chinese Han | 0.020 | [21] |
Egyptian | 71 | 76 | CAD | A | 0.46 | 0.680 | The AG genotype involved in CAD pathogenesis as well as increased BMI, T2DM and MetS | 0.001 | [12] |
Chinese Han | 215 | 252 | carotid atherosclerotic | A | 0.33 | 0.135 | GA genotypes increase the susceptibility of females to carotid atherosclerosis | 0.041 | [16] |