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首页> 外文期刊>Neuroscience and behavioral physiology >Gene Polymorphisms Associated with Sleep and Cognitive Functions and Their Associations with Accident Proneness in Shift-Working Bus Drivers
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Gene Polymorphisms Associated with Sleep and Cognitive Functions and Their Associations with Accident Proneness in Shift-Working Bus Drivers

机译:与睡眠和认知函数相关的基因多态性及其在班次工作总线驱动程序中的事故倾向的关联

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The aim of the present work was to investigate a series of single-nucleotide gene polymorphisms and their associations with accident proneness in bus drivers. The study involved 299 shift-working professional drivers for whom accident statistics were available. Polymorphisms in genes associated with the sleep-waking rhythm and cognitive and emotional functions were investigated, i.e., CLOCK (rs12649507), RORA (rs1159814), NPAS2 (rs4851377), NPSR1 (rs324981), PER3 (rs2640909), DRD3 (rs6280), SLC6A3 (rs6347), and DBH (rs1611125). The study identifi ed signifi cant associations between accident parameters and polymorphisms in the CLOCK , NPSR1 , and SLC6A3 genes. We suggest that these are due to differences in chronotype and resistance to impairments to the sleep regime for the CLOCK gene and in cognitive and emotional control for the NPSR1 and SLC6A3 genes.
机译:本作本作的目的是探讨一系列单核苷酸基因多态性及其与公共汽车司机事故倾向的关联。 该研究涉及299个转变工作的专业司机,谁可以获得事故统计数据。 研究了与睡眠节律和认知和情感功能相关的基因的多态性,即时钟(RS12649507),RORA(RS1159814),NPAS2(RS4851377),NPSR1(RS324981),PER3(RS2640909),DRD3(RS6280), SLC6A3(RS6347)和DBH(RS1611125)。 该研究标识了时钟,NPSR1和SLC6A3基因的事故参数和多态性之间的标识意义和多态性。 我们建议这些是由于时钟基因的睡眠制度和睡眠制度的障碍以及NPSR1和SLC6A3基因的认知和情绪控制的差异是差异。

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