2000Zhonghua liuxingbingxue zazhiRequires access

The relationship between polymorphism of angiotensinogen gene and essential hypertension

YU Shun-zhan

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Abstract

Objective To study the renin angiotensin system (RAS) involvement in the hormonal regulation of BP and blood volume and the relationship between angiotensinogen (AGT) was the sole preliminary acting materials in the RAS. Method Population based case control study was conducted using PCR RFLP techniques to explore the relationship between the M235T polymorphism of AGT and EH in Wangxin township, Jiading District of Shanghai. Results The frequency of TT genotype in EH cases was significantly higher than in controls ( 42.8 % and 33.0 %). The odds ratio ( OR ) for those exposed to TT genotype was 3.61 , comparing with MM genotype. It was suggested that TT genotype be the susceptible genotype of EH in Wangxin. The frequency of allele T in EH cases was 73.89%, significantly higher than that of 60.31% in controls. With the increase of allele T, the risk of EH also increased ( P 0.05 ). In EH cases, the BMI increased in the order of MM, MT and TT, and significant differences between the groups were observed. Conclusion TT genotype is the susceptible genotype of EH in Wangxin.

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Objective To study the renin angiotensin system (RAS) involvement in the hormonal regulation of BP and blood volume and the relationship between angiotensinogen (AGT) was the sole preliminary acting materials in the RAS. Method Population based case control study was conducted using PCR RFLP techniques to explore the relationship between the M235T polymorphism of AGT and EH in Wangxin township, Jiading District of Shanghai. Results The frequency of TT genotype in EH cases was significantly higher than in controls ( 42.8 % and 33.0 %). The odds ratio ( OR ) for those exposed to TT genotype was 3.61 , comparing with MM genotype. It was suggested that TT genotype be the susceptible genotype of EH in Wangxin. The frequency of allele T in EH cases was 73.89%, significantly higher than that of 60.31% in controls. With the increase of allele T, the risk of EH also increased ( P 0.05 ). In EH cases, the BMI increased in the order of MM, MT and TT, and significant differences between the groups were observed. Conclusion TT genotype is the susceptible genotype of EH in Wangxin.

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Available abstract

Objective To study the renin angiotensin system (RAS) involvement in the hormonal regulation of BP and blood volume and the relationship between angiotensinogen (AGT) was the sole preliminary acting materials in the RAS. Method Population based case control study was conducted using PCR RFLP techniques to explore the relationship between the M235T polymorphism of AGT and EH in Wangxin township, Jiading District of Shanghai. Results The frequency of TT genotype in EH cases was significantly higher than in controls ( 42.8 % and 33.0 %). The odds ratio ( OR ) for those exposed to TT genotype was 3.61 , comparing with MM genotype. It was suggested that TT genotype be the susceptible genotype of EH in Wangxin. The frequency of allele T in EH cases was 73.89%, significantly higher than that of 60.31% in controls. With the increase of allele T, the risk of EH also increased ( P 0.05 ). In EH cases, the BMI increased in the order of MM, MT and TT, and significant differences between the groups were observed. Conclusion TT genotype is the susceptible genotype of EH in Wangxin.

Key concepts: Genotype, Essential hypertension, Internal medicine, Allele, Polymorphism (computer science), Odds ratio, Allele frequency, Endocrinology

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