基因互作 meaning in English
gene interaction
interaction of genes
Examples
- " nevertheless , we are looking at numerous and extremely complex gene interactions in the brain and this research doesn ' t yet explain how this mechanism might be working
然而，我们正在研究大脑中的其他几个而且非常复杂的基因互作关系，这项研究还未解释这种机制是怎样运行的。 - In inner mongolia , 322 ewenki ( 147 male and 175 female ) and 100 oroqen ( 40 male and 60 female ) students are investigated on 5 types of tongue ? s movement ( rolling , folding , twisting , pointed and clover - leaf tongues ) . the results showed as follows : ( 1 ) ewenki shows significant or very significant difference in most of frequencies of the 5 types except folding tongue from oroqen , daur han and mongol in inner mongolia . oroqen has significant difference from daur in the frequency of clover - leaf tongue , but not in the other 4 types . compared with han , mongol and hui in inner mongolia , oroqen is significantly different in most of ferquencies of twisting . ( 2 ) only the frequency of pointed tongue showed very significant difference between ewenki and oroqen . ( 3 ) they all indicate that gene interdependence can be found between rolling and clover - leaf tongues , twisting and pointed tongues , twisting and clover - leaf tongues , but not between rolling and folding tongues
调查了内蒙古鄂温克族(共322例，男147例，女175例)和鄂伦春族(共100例，男40例，女60例)的舌运动类型(卷舌、叠舌、翻舌、尖舌、三叶舌) .研究结果显示：鄂温克族的卷舌、翻舌、尖舌以及三叶舌的出现率与内蒙古的鄂伦春族、达斡尔族、汉族、蒙古族、回族相比较，绝大多数存在着显著或极显著性差异；鄂伦春族与达斡尔族之间只有三叶舌的出现率有显著性差异，其它4种舌运动类型的出现率均比较接近，而与内蒙古的汉族、蒙古族、回族相比较，也只有翻舌的出现率存在显著性差异，但卷舌、叠舌和尖舌的出现率不存在显著性差异.鄂温克族和鄂伦春族间只有尖舌的出现率存在极显著的性别差异.鄂温克族和鄂伦春族在卷舌与三叶舌、翻舌与尖舌以及翻舌与三叶舌间均存在基因互作关系，而卷舌与叠舌间不存在基因互作关系 - We transform the profile of snp into ibd profiling and use the mpisc algorithm proposed to extract snp combination with differential ibd distributions among the affected groups of sibpairs . we can generate dummy interaction network of snps based on the mined snp combinations , and further reflect the interactions among genes that are mapped by the snps and construct interaction network of genes
这些snp协作簇不仅可以定位复杂疾病相关多基因,而且反应相关基因的互作关系,可以进一步构建snp虚拟互作网络,进而映射为基因之间的互作关系,最终完成对复杂疾病互作多基因精确定位和基因互作网络构建。