英语翻译结果:FZD6的SNPs分析表明,rs57692859的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs827528的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs61110755的A→C,导致蛋氨酸(M)转化成为亮氨酸(L);序列多重比对表
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英语翻译结果:FZD6的SNPs分析表明,rs57692859的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs827528的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs61110755的A→C,导致蛋氨酸(M)转化成为亮氨酸(L);序列多重比对表
英语翻译
结果:FZD6的SNPs分析表明,rs57692859的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs827528的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs61110755的A→C,导致蛋氨酸(M)转化成为亮氨酸(L);序列多重比对表明,Frizzled家族成员具有保守区域,构建系统发育树,它们是由共同的祖先进化而来的,分为三个亚族,整体的发展方向是异性化的;蛋白理化性质分析表明,亲缘关系越近的成员,其理化性质特别是疏水性越相似;Frizzled蛋白家族成员的二级结构很相似,都是以α螺旋和随机coil为主并且具有两个共同的结构域,分别是Frizzled结构域和G-蛋白偶联受体家族;该家族的三级结构也很相似
英语翻译结果:FZD6的SNPs分析表明,rs57692859的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs827528的A→G,导致蛋氨酸(M)转化成缬氨酸(V);rs61110755的A→C,导致蛋氨酸(M)转化成为亮氨酸(L);序列多重比对表
Results:FZD6 the SNPs analysis showed that,rs57692859 the A → G,leading to methionine (M) into valine (V); rs827528 the A → G,leading to methionine (M) into valine (V ); Rs61110755 the A → C,leading to methionine (M) into a leucine (L); sequence of multiple than that,Frizzled family members of the conservative region,construct phylogenetic tree,they evolved from common ancestors come from ,Is divided into three sub-group,the overall direction of development is of the opposite sex; protein physical and chemical properties analysis shows that the closer relationship of the members,in particular its physical and chemical properties similar to the more hydrophobic; Frizzled protein family members of the two structure is Similar,are α spiral and random coil-based and has two common domain,namely the Frizzled domain and G-protein-coupled receptor family,the family's three-tier structure is very similar