遗传的

基本解释 (translations)

genetic  ·  genetical  ·  hereditary  ·  inherited

与遗传的相关的网络例句 [注：此内容来源于网络，仅供参考]

We presumed that the term of Y-linked inheritance cannot confuse with that of sex-limited inheritance, and that though the sex-limited factor and the sex-influenced inheritance gene are both located on autosome with some distance, but they are still different.

对现行的遗传学教材中存在的专业术语同名异义现象进行探研，针对Y连锁遗传、限性遗传、从性遗传、单倍体、多倍性和累加作用等专业术语存在的表达不清，相互矛盾，同名异义等问题，进行分析探讨，并提出Y连锁遗传不能与限性遗传相混淆，限性遗传和从性遗传的基因是位于常染色体上，但二者存在区别。

We can infer through analysing the inheritance of some characters of chrysanthemum that the expression of flower color of hybrids somewhat trended to that of female parents,plant height was of definite heredity advantage,the expression of flower diameter and flower doubleness had a declined Irendency.

通过对菊花若干性状的遗传分析可知，菊花花色具有偏母性遗传的倾向，株高具有一定的遗传优势，花径和重瓣性具有趋小性退化的趋势。

The seeds could not be stored for a long time and the number of germination was 50% or so when seeds were cold stored . We can infer through analyzing the inheritance of some character of Gerbera jamesonii that the expression of red flower color of hybrids somewhat trended to that of female parents , plant height、flower diameter and flower doubleness had a declined tendency .

通过对杂交组合F1代的部分性状遗传变异情况分析可知：非洲菊舌状花瓣的红色具有偏母性遗传的倾向；单瓣性具有一定的遗传优势，重瓣型不具有遗传优势；杂交F1代的株高和花径呈趋小性衰减的趋势。

The application of the RFLP technique in the plant genetie and breeding were summarized in follwing six aspects: lThe construction of linkage genetic maps; 2The application of RFLP Linkage genetic maps in the graminaceous crops;.3Following the tracks and appraisal of the chromosome or.its fragment analyses of the systemtic development; 4The research of the quantitative trait inherit...

本文介绍了RFLP技术的原理及特点，并从六个方面综述了国内外RFLP技术在植物遗传育种中的应用：（1）连锁遗传图谱的构建；（2）RFLP连锁遗传因在禾本科植物中的应用，（3）跟踪、鉴定染色体或其片段、分析系统发育；（4）数量性状遗传的研究；（5）优良性状及抗性材料的筛选；（6）种质资源遗传多样性的研究。

The origin of an organism 's inheritable body, or morphogenesis, is due then to a partnership of nongenetic cell material and hereditary genes -- body and genes.

那么，有机体的可遗传肉体，或者说它的形态形成的根源就归因于非遗传的细胞物质与遗传基因之间的合作伙伴关系——肉体和基因的伙伴关系。

But the former study was only the identification analysis of the existing of the major gene and polygene, the identification of genetic model and the analysis of genetic effect in major gene and polygene mixed inheritance model of quantitative trait from different animal-plant.

但以往的研究只是对不同动植物主基因-多基因混合遗传的数量性状的主基因和多基因存在的鉴别分析，以及遗传模型识别和各种遗传效应的分析。

Hereditary 遗传的例句: While tallness is evidently a hereditary characteristic, any individual's actual height depends on the interaction between their genes and the environment.

虽然身高是一种明显的遗传特征，但是个体的实际身高则取决于基因和环境的。。。

Hereditary 遗传的例句:While tallness is evidently a hereditary characteristic, any individual's actual height depends on the interaction between their genes and the environment.

虽然身高是一种明显的遗传特征，但是个体的实际身高则取决。。。---点击查看全文

This course systematically describes the structure and function, transmission, expression and regulation, and evolution of genetic materials, covering basis of cytology for inheritance, molecular basis of genetic materials, Mendel's principles of inheritance, linkage and sex linkage, genemutation, variations in chromosome structure and number, quantitative genetics, inbreeding and heterosis, inheritance of bacteria and viruses, extranuclear inheritance, gene engineering, genomics, gene expression and regulation, developmental genetics, population genetics and evolution.

本课程全面系统地介绍遗传物质的结构与功能、遗传物质的传递、遗传物质的表达与调控、遗传物质的进化等，包括遗传的细胞学基础、遗传物质的分子基础、孟德尔遗传、连锁遗传和性连锁、基因突变、染色体结构变异、染色体数目变异、数量性状的遗传、近亲繁殖和杂种优势、细菌和病毒的遗传、细胞质遗传、基因工程、基因组学、基因表达的调控、遗传与发育、群体遗传与进化。

Combining electron microscopy observation with DNA fluoresence detecting technique, it is systematically studied the ultrastructure of microspore, the distribution of plastid and mitochondria and the changes of organelle DNA at different developing stages in Phaseolus vulgaris, Pisum sativum, and Lilium Spec.(L. davidii and L. regale).

基于上述的情况，本研究应用电镜和DNA荧光技术系统研究了菜豆、豌豆及百合属中王百合和兰州百合这些植物种小孢子发育的超微结构，质体和线粒体的分布形式及其DNA的变化情况与遗传的关系，并应用RFLP分析了兰州百合的质体遗传方式，同时对另一种可遗传的细胞器——线粒体的遗传方式也进行了研究。

与遗传的相关的网络解释 [注：此内容来源于网络，仅供参考]

genetic coadaptation：遗传的共同适应

genetic blocking 遗传性阻碍 | genetic coadaptation 遗传的共同适应 | genetic code 遗传密码

hereditarily generating system：遗传的生成系

hereditarily enumerable set 遗传可数集 | hereditarily generating system 遗传的生成系 | hereditarily indecomposable continuum 遗传不可分解的连续统

Heritable：可遗传的

遗传 hereditary | 遗传的 hereditary | 可遗传的 heritable

genetic homeostasis：遗传的自动调节

遗传杂合 genetic heterogeneity | 遗传的自动调节 genetic homeostasis | 遗传纯合度 genetic homogeneity

genetic homeostasis：遗传的自动调节,遗传稳态,遗传自由调节

genetic heterogeneity 遗传性异质性,遗传异质性,遗传杂合率 | genetic homeostasis 遗传的自动调节,遗传稳态,遗传自由调节 | genetic homogeneity 遗传纯合率

Immunogenetics：免疫遗传的

immunogenetic 免疫遗传的 | immunogenetics 免疫遗传的 | immunogenic 致免疫的

inheritable：可遗传的

inheritability ratio 遗传率 | inheritable 可遗传的 | inheritance 遗传

atavic：隔代遗传的, 返祖性的

ataunt | 装有全部索具的, 风帆全张的 装有全部索具地 | atavic | 隔代遗传的, 返祖性的 | atavism | 隔代遗传, 返祖现象

atavistic：返祖遗传的

\\"返祖现象,隔世遗传\\",\\"atavism reversion\\" | \\"返祖遗传的\\",\\"atavistic\\" | \\"(运动)失调\\",\\"ataxia,ataxy\\"

immunogenetic：免疫遗传的

immunogenesis 免疫发生 | immunogenetic 免疫遗传的 | immunogenetics 免疫遗传的