The variance analysis and multiple linear regression analysis for 16 cardiovascular disease predisposing gene SNPs and plasma lipoproteins in male Chinese Han’s population
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The variance analysis and multiple linear regression analysis for 16 cardiovascular disease predisposing gene SNPs and plasma lipoproteins in male Chinese Han’s population
Journal of Chongqing Medical UniversityVol. 36, Issue 1, Pages: 35-37(2011)
CAI Xiao-zhong, et al. The variance analysis and multiple linear regression analysis for 16 cardiovascular disease predisposing gene SNPs and plasma lipoproteins in male Chinese Han’s population. [J]. Journal of Chongqing Medical University 36(1):35-37(2011)
CAI Xiao-zhong, et al. The variance analysis and multiple linear regression analysis for 16 cardiovascular disease predisposing gene SNPs and plasma lipoproteins in male Chinese Han’s population. [J]. Journal of Chongqing Medical University 36(1):35-37(2011) DOI: 10.13406/j.cnki.cyxb.2011.01.009.
The variance analysis and multiple linear regression analysis for 16 cardiovascular disease predisposing gene SNPs and plasma lipoproteins in male Chinese Han’s population
Objective:To learn the association between 16 SNPs of 12 cardiovascular disease predisposing genes and the levels of blood TC
TG
LDL and HDL in male Chinese Han’s population.Methods:The 16 SNPs genotypes of 409 Han male whose native places were almost over the mainland of China were detected.The relationships between the SNPs and blood TC
TG
LDL and HDL were analyzed with variance analysis and multiple linear regression analysis.Results:Variance analysis and/or multiple linear regression showed that:ANP2 238C
NPRC-55C
ApoBEcorⅠ+
ApoC33 206
ApoE112
158E3E4 and Serpina3rs4 943 AG were associated with the elevation of TC;ApoC33 206T and MTHFR677C might have related with TG elevation;ANP2 238C
ET-2985G and ApoE112
158E3E4 might increase the level of blood LDL.ET-2985 A could increase the value of HDL.Conclusions:In male Chinese Han’s population
ANP2 238
NPRC-55
ET-2985
ApoBEcorⅠ
ApoC33 175
ApoC33 206
ApoE112
158
MTHFR677 and SerpinA3rs4 934 could influence the regulation of plasma lipoprotein.
关键词
单核苷酸多态性基因芯片血浆脂蛋白
Keywords
polymorphism single nucleotideoligonucleotide array sequence analysisplasma lipoprotein