alleles

alleles的基本解释

-

对立形质

与alleles相关的网络例句 [注：此内容来源于网络，仅供参考]

In 110 Xinjiang unrelated healthy Uygur subjects, 27 alleles were detected in HLA-B loci. Of them, B * 35 and B * 51 were the most common alleles with an allele frequency of 0.1136 and 0.1136, respectively; while B * 41, B * 56 and B * 78 were the rare alleles with a frequency of 0.0045, 0.0045 and 0.0091, respectively. Frequencies of "Caucasoid origin" HLA alleles such as B * 08, B * 35 and B * 50 in Xinjiang Uygurs were higher than other ethnic groups in China.

在维吾尔族样品中共检出27个等位基因，其中高频率的等位基因为B*35(0.1136)和B*51(0.1136)，低频率的等位基因为B*41(0.0045)、B*56(0.0045)和B*78(0.0091)，B*08、B*35、B*50等"高加索人"起源的HLA基因在新疆维吾尔族的分布频率高于国内其他民族，与高加索人种的数值相当。

The frequencies of CCR5delta32,CCR2b-64I,SDF1-3′A alleles in Dai population were 0.0000,0.2130,0.2030,respectively;The frequencies of CCR5delta32,CCR2b-64I,SDF1-3′A alleles in Chingpaw population were 0.000,0.1637,0.1770,respectively.Distributions of the CCR2b-64I,SDF1-3′A alleles among the both populations were in accordance with Hardy-Weinberg equilibrium.No statistical difference was found in the allelic frequencies of both CCR2b-64I and SDF1-3′A between male and female individuals.

结果表明，中国傣族景颇族人群中未发现CCR5△32等位基因突变；傣族CCR2b-64I、SDF1-3′A基因突变频率分别为0.2130和0.2030，景颇族CCR2b-64I和SDF1-3′A基因突变频率分别为0.1637和0.1770；与中国汉族人群相比较，傣族和景颇族中SDF1-3′A突变频率较低（P值分别为0.0322和0.0021）；两个民族的CCR2b-64I和SDF1-3′A等位基因群体分布符合Hardy-Weinberg平衡，在性别之间分布无显著差异。

To inquire into association between susceptibility to AIDP, AMAN and frequencies of HLA alleles and possible differencies in distribution of HLA alleles betwen AIDP and AMAN by genomic typing for HLA-class Ⅰ, class Ⅱ alleles, and to try to found out the effects of self intrinsic fators of GBS patients on occurence of two subtype from immunogenetic angle.

通过对AIDP和AMAN两种GBS亚型的HLA-Ⅰ类和Ⅱ类等位基因的分型，探讨两种亚型的易感性与HLA等位基因分型的关系以及两种亚型在HLA等位基因分布上可能存在的差异，从免疫遗传学角度寻找自身内在因素在GBS不同亚型发病中的可能作用。

与alleles相关的网络解释 [注：此内容来源于网络，仅供参考]

noncontributing alleles：非贡献等位基因

非孟德尔遗传 non-Mondelian inheritance | 非贡献等位基因 noncontributing alleles | 不分离 nondisjuction

alleles：等位基因

4.4.2.3 等位基因(Alleles)符号c. 隐性等位基因应用突变基因词首的小写字母表示,如非野鼠色(nonagouti)基因a,其它所有的等位基因包括显性的、共显性的或有显性关系的基因符号都应该用一个大写词首字母加小写字母表示,

alleles：對偶基因

他认为Rh血型有很多的对偶基因 (Alleles),数目不定,并存在於一个复杂的染色体位点上,每个对 偶基因决定它们所特有的凝集原(Agglutinogen),亦即抗原Antigen).

alleles：对立形质

allele 等位基因 | alleles 对立形质 | allelic complementation 等位互补

multiple alleles：复等位基因

HLA的多态性主要是由于复等位基因和共显性所致: (1)复等位基因(multiple alleles),位于一对同源染色体上对应位置的一对基因叫等位基因. 由于群体的突变,同一基因座的基因系列称为复等位基因,对某一个体来说一个基因座只有一对等位基因,