1) Genetic diffeerence
遗传性差异
3) genetic difference
遗传差异
1.
Study on biochemical genetic differences among 4 populations of red common carp in China;
我国4种红鲤群体的生化遗传差异
2.
DNA molecular markers of Mytilopsis sallei in three bays,for genetic difference;
3个海域沙筛贝遗传差异的DNA分子标记研究
3.
trees from twenty open pollinated families of masson pine were chipped,screened and pulped using the kraft process to investigate the genetic differences of properties of unbleached kraft pulp between the families.
对１３ 年生２０ 个马尾松自由授粉家系１００ 株树木进行硫酸盐法制浆试验， 研究未漂硫酸盐木浆品质和物理性能在家系间的遗传差异。
4) Genetic differences
遗传差异
1.
In order to understand the molecular genetic differences among three species of Macrobrachium,i.
为从分子角度理解3种沼虾,即罗氏沼虾、日本沼虾和祁连沼虾的遗传差异,为沼虾资源的管理、保护和合理开发利用提供理论基础,采集了每种沼虾各2尾样本,采用PCR的方法扩增了其线粒体16S rRNA基因片断并测序。
2.
On the basis of this we attain 30 polymorphic primers showing genetic differences among moss were screened from 100 random primers.
根据试验结果 ,筛选出了藓类植物RAPD反应体系中这 4个因素的最佳浓度配比 ,并在此基础上从 1 0 0个随机引物中筛选出了 30条显示藓类植物遗传差异的多态性引物。
5) Genetic differentiation
遗传差异
1.
To reveal the genetic basis of parents of japonica hybrid rice in the Northern China,genetic differentiation and indica component analysis were conducted on the main parents of japonica hybrid rice and their succeeding materials by using simple sequence repeats(SSR) marker.
为了揭示北方杂交粳稻亲本的遗传背景,利用微卫星(SSR)分子标记对北方杂交粳稻亲本及其高代后续材料进行了遗传差异鉴定和籼性程度分析。
6) Genetic variation
遗传差异
1.
The genetic variation of CY12 and SYN780 revealed by microsatellite markers;
利用SSR标记分析“川育12”和人工合成小麦“SYN780”的遗传差异
2.
Population genetic variation of Chinese shrimp Penaeus chinensis along the coast of China assessed by random amplified polymorphic DNA(RAPD);
我国近海中国对虾种群遗传差异的RAPD分析
3.
The analysis of genetic variation of Lateolabrax japonicus from Rizhao of Shandong and Xiamen of Fujian by isozyme and RAPD methods;
山东日照和福建厦门沿海花鲈遗传差异的同工酶和RAPD分析
补充资料：家族性遗传性男性性早熟
家族性遗传性男性性早熟
病名。特发性男性性早熟之一。因下丘脑-垂体-性腺系统过早活动而致。原因不明。好发于1～2岁。遗传基因可通过女性，亦可通过男性传递。表现除身材较矮外，其他方面正常。但副性征出现早，13个月始即现阴茎发育，嗓音变低，出现阴毛、肌肉发达，身高增长加速，骨龄似幼儿。因睾丸酮作用使骨骺过早融合，生长很快停滞。尿17-KS排出量增多，甚至可达青年人水平。无特殊治疗。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条