青少年原发性高血压易感基因的关联分析:Kangwha研究。

Il Suh, Chung Mo Nam, Sung-Joo Kim, Dong-Jik Shin, Nam Wook Hur, Dae Ryong Kang
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引用次数: 0

摘要

目的:本研究探讨了遗传标记ACE (A-240T、C-93T、I/D、A2350G)、AGT (M235T)、AT1R (A1166C)、CYP11B2 (T-344C、V386A)、REN (G2646A)、ADRB2 (G46A、C79G、T-47C、T164I)、GNB3 (C825T)和ADD1 (G460W)与青少年原发性高血压的相关性。方法:康华研究是一项为期18年的前瞻性研究,旨在阐明从童年到成年早期血压水平的决定因素。在本研究中,我们构建了来自康华研究的277个病例对照数据集和40个家庭三重奏数据集。为此,我们进行了一项基于单个基因座的病例对照关联研究和一个基于单个基因座的TDT(传播/不平衡试验)研究。结果:在病例对照研究中,单基因座关联研究显示,ADD1 (G460W) (p = 0.0403)、AGT (M235T) (p = 0.0002)和REN (G2646A) (p = 0.0101)标记物与高血压风险显著相关。这些结果没有在TDT研究中得到证实。本研究表明,韩国青少年高血压可能与ADD1、AGT和REN基因的遗传多态性有关。结论:本研究为与血压相关的遗传标记提供了有用的信息。α -内收蛋白基因、血管紧张素原基因和肾素基因在原发性高血压中的作用有待进一步研究证实。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Association analysis of the essential hypertension susceptibility genes in adolescents: Kangwha study].

Objectives: In this study we examined the association between the genetic markers ACE (A-240T, C-93T, I/D, A2350G), AGT (M235T), AT1R (A1166C), CYP11B2 (T-344C, V386A), REN (G2646A), ADRB2 (G46A, C79G, T-47C, T164I), GNB3 (C825T) and ADD1 (G460W) and the presence of essential hypertension in adolescents.

Methods: The Kangwha Study is an 18-year prospective study that is aimed at elucidating the determinants of the blood pressure level from childhood to early adulthood. For this study, we constructed a case-control dataset of size of 277 and 40 family trios data from the Kangwha Study. For this purpose, we perform a single locus-based case-control association study and a single locus-based TDT (transmission/disequilibrium test) study.

Results: In the case-control study, the single locus-based association study indicated that the ADD1 (G460W) (p = 0.0403), AGT (M235T) (p = 0.0002), and REN (G2646A) (p = 0.0101) markers were significantly associated with the risk of hypertension. These results were not confirmed on the TDT study. This study showed that genetic polymorphisms of the ADD1, AGT and REN genes might be related to the hypertension in Korean adolescents.

Conclusions: This study provided useful information on genetics markers related to blood pressure. Further study will be needed to confirm the effect of the alpha adducin gene, the angiotensinogen gene and the renin gene on essential hypertension.

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