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Allelic variants interaction of clock gene and g-protein beta 3 subunit gene with diurnal preference

机译:时钟基因与g蛋白β3亚基基因等位基因变异的昼夜优先相互作用

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The 3111 C/T single nucleotide polymorphism (SNP) in the CLOCK gene and the 825C/T SNP in the G-protein 63 subunit gene (GNB3) have been reported to Influence diurnal preference. This study has attempted to characterize the association between the CLOCK gene and GNB3 polymorphisms and diurnal preference in healthy Korean college students. All subjects completed the 13-item Composite Scale for Morningness (CSM). The interaction between the 3111 C/T SNP in the CLOCK gene and the 825 C/T SNP in the GNB3 gene significantly influenced diurnal preference, according to the CSM Performance subscore (F = 10.94, p = 0.001). However, when the different polymorphisms of the two genes were analyzed independently, no direct correlations with diurnal preference were detected. The CLOCK gene 3111 C/T SNP and GNB3 gene 825 C/T SNP were found to manifest a gene-gene interaction that affects diurnal preference.
机译:据报道,CLOCK基因中的3111 C / T单核苷酸多态性(SNP)和G蛋白63亚基基因(GNB3)中的825C / T SNP影响昼夜偏好。这项研究试图表征健康韩国大学生中CLOCK基因与GNB3多态性与昼夜偏好之间的关联。所有受试者均完成了13个项目的早晨综合量表(CSM)。根据CSM Performance评分(F = 10.94,p = 0.001),CLOCK基因中的3111 C / T SNP与GNB3基因中的825 C / T SNP之间的相互作用显着影响了昼夜偏好。但是,当分别分析两个基因的不同多态性时,没有发现与昼夜偏好的直接相关性。发现CLOCK基因3111 C / T SNP和GNB3基因825 C / T SNP表现出影响昼夜偏好的基因-基因相互作用。

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