Title of article
increased Risk of Hypertension in Low aged-carriers with rs2596542 Risk-allele
Author/Authors
Monsef ، Mohammad Amin Department of Cell and Molecular Biology and Microbiology - Faculty of Biological Science and Technology - University of Isfahan , Javadirad ، morteza Department of Cell and Molecular Biology and Microbiology - Faculty of Biological Science and Technology - University of Isfahan , Eslami ، Sorour Department of Cell and Molecular Biology and Microbiology - Faculty of Biological Science and Technology - University of Isfahan
From page
426
To page
435
Abstract
Hypertension with its related disorders is one of the most common health problems among the Iranian population. Hypertension can be developed by chronic stress and a positive association between stress and rs2596542 has been confirmed. A Total number of 112 hypertensive patients and 97 healthy individuals were involved in the study. Total blood genomic-DNA was extracted and PASA (PCR amplification of specific alleles) method was used to amplify MICA-rs2596542 polymorphic site. Different genotypes were visualized. The normality of the data was assessed and the binary logistic regression was used for OR and 95%CI calculations. A-risk allele of rs2596542 increased the risk of hypertension development significantly (OR=1.734, p=0.006). Females were significantly more potent to hypertension development than males (OR=2.015, p=0.013). Risk-allele homozygotes (AA) showed a higher risk of hypertension development than GG (OR=2.132, p=0.020) and AG individuals (OR=3.206, p=0.006). Age adjustments at 70 years old, further increased the risk of hypertension development in GG (OR=3.772, p=0.011) and AG (OR=6.531, p=0.009) individuals. A-risk allele of rs2596542 could increase the risk of hypertension up to 3.2 folds and this risk could be upraised after sex and age adjustments.
Keywords
Hypertension , rs2596542 , PASA
Journal title
Journal of Kerman University of Medical Sciences (JKMU)
Journal title
Journal of Kerman University of Medical Sciences (JKMU)
Record number
2514670
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