共显性遗传的英文

• codominant inheritance

• 共    common; joint; mutual; gener ...
• 显性遗传    dominant inheritance
• 半显性遗传    semi-dominant inheritance
• 显性遗传    dominant heredity; dominant inheritance
• 显性遗传病    dominant genetic disease; dominant inherited disease
• 准显性遗传    quasi-dominant inheritance
• 显性遗传, 强性遗传    dominant inheritance
• 从性显性遗传    sex influenced dominant inheritance; sex-influenced dominant inheritance
• 连锁显性遗传    x-linked dominant inheritance
• 完全显性遗传    complete dominant inheritance
• 显性遗传病症    dominant hereditary disorder
• 显性遗传方差    dominance genetic variance
• 显性遗传效应    dominance genetic effect
• 共显性    codominance; codominant
• x伴性显性遗传    x-linked dominant xd; xd
• x连锁显性遗传    x-linked dominant inheritance; xd
• 不完全显性遗传    incomplete dominant inheritance
• 常染色体显性遗传    ad autosomal dominant inheritance; autosomal dominant inheritance, ad; autosomal dominant transmission; autosome dominant inheritance
• 性连锁显性遗传    sexlinked dominant inheritance
• 共显性的    codominant
• 共显性种    codominant
• 伴性不完全显性遗传    sex-linked incomplete dominance; sex-linked incomplete dominant inheritance; sex-linkedincompletedominantinheritance
• 常染色体显性遗传病    autosomal dominant inherited disease
• 常染色体显性遗传疾病    autosome dominant disease
• 显性遗传的感觉神经病    dominant sensory neuropathy

• The variant alleles are very frequent in populations , with the hightest frequence , 0 . 29 , found in africas . the ggc 54gac allele is common in chinese with gene frequency above 0 . 1 . hence , mbl deficiency is the most frequent immunodeficiency , but its pathological mechanisms remain elusive and await further investigation
  这些等位基因为常染色体共显性遗传，人群中其基因频率高得令人惊奇，最高者竟达0 . 29 ，我国汉族ggc54gac频率约0 . 1 。
• Microsatellite dna is among the most efficient class of molecular markers due to their hyper - variable and co - dominant nature with relatively high abundance and random distribution in the genome , and have been applied to a variety of fields including population differentiation , kinship analysis , linkage analysis , and evolutional and ecological studies
  摘要微卫星dna由于具有高度多态性、共显性遗传、基因组中含量丰富且随机分布等特点，目前已成为最有效的分子标记之一，并应用于种群分化研究、血缘分析、基因连锁分析、进化以及生态学研究等许多领域。