生物遗传学

基本解释 (translations)

biogenetics

与生物遗传学相关的网络例句 [注：此内容来源于网络，仅供参考]

Objective To investigate the biogenetic significance of EEG abnormality in Children with Tourette syndrome and their parents.

目的 ：探讨抽动秽语综合征(Tourette综合征，TS)患儿及其父母的脑电图改变在生物遗传学上的意义。

The principle fields of the Institute's activity are related to molecular genetics, cytogenetics, immunogenetics, embryology, biochemistry, the physiology of animal stress and ethology, embryo biotechnology and biotechnics, introductions of the results of basic investigations into animal improvement programmes, determination of animal genotypes and their adaptation to environmental conditions and production demands.

该所的主要活动领域是关于分子遗传学、细胞遗传学、免疫遗传学、胚胎学、生物化学、动物胁迫和动物行为方面的生理学、胚胎生物技术和应用生物学、改善动物的项目基础研究结果的介绍、动物基因型的决定及其对环境条件的适应与产品要求等方面的内容。

Animal Genetics covers the fields of immunogenetics, biochemical genetics and molecular genetics.

动物遗传学》包含的研究领域有免疫遗传学、生物化学遗传学和分子遗传学。

The journal publishes original research articles, research reports, technical notes, scientific commentaries, news, views and review articles on genetics, evolution and molecular biology, including animal genetics, ethics, genetics of microorganisms, plant genetics, human and medical genetics, population and quantitative genetics, mutation and mutagensis, bioinformatics and evolutionary genomics, cytogenetics, and immunogenetics.

杂志刊载原始研究文章，研究报告，技术札记，科学评注，新闻，观点和评论文章，内容涉及遗传学，进化和分子生物学，包括动物遗传学，道德规范，微生物遗传学，植物遗传学，人类与医学遗传学，种群与数量遗传学，突变与突变发生，生物信息学和进化基因组学，细胞遗传学，和免疫基因组学。

The branch includes Annual Reviews of Biochemistry, Biomedical Engineering, Biophysics and Biomolecular Structure, Ecology and Systematics, Genetics, Cell and Developmental Biology, Entomology, Genomics and Human Genetics, Immunology, Medicine, Microbiology, Neuroscience, Nutrition, Pharmacology and Toxicology, Physiology, Phytopathology, Plant Biology and Public Health.

这部分主要包括生物化学、生物医学工程、生物物理学和生物学分子结构、生态学和系统学、遗传学、细胞和发育生物学、昆虫学、基因组学和人类遗传学、免疫学、内科学、微生物学、神经系统学、营养学、药学和毒理学、生理学、植物病理学、植物生物学和公共卫生学的年评。

System theory which was applicated in biosystem analytics ofgenetic mechanism and the cencepts of systems ecology(Van Dyne,1966),systems physiology(Sagawa,1973),systempsychology(Titchener,1992),system biomedicine(Kamada,1992),systems biology(Zieglgansberger,Tolle,1993),systembioengineering,and system genetics(Zeng,1994)were established.

系统理论应用于系统生态学(Van Dyne GM.1966)、系统生理学(Sagawa K.1973)、系统心理学(Titchener EB.1992)、系统生物医学(Kamada T.1992)、系统生物学(Zieglgansberger W，Tolle TR.1993)、系统生物工程与系统遗传学(Zeng BJ.1994)的建立，以及遗传学机理的生物系统分析。

Department of Biological Sciences is primarily dedicated to teaching and research in biology including insect and vertebrate molecular ecology, historical biogeography and population genetics; conservation genetics, crustacean endocrinology, physiology and biochemistry of gametes, vertebrate physiology, systematics, ecology, and zoogeography of freshwater and marine fishes, molecular genetics, reproductive physiology, evolutionary genetics.

生物科学系主要致力于生物学的教学与研究，其研究领域包括昆虫和脊椎动物分子生态学，历史生物地理学和种群遗传学，保护遗传学，甲壳类内分泌学，配子生理生化，脊椎动物生理学，淡水和海洋鱼类系统学、生态学、动物地理学，分子遗传学，生殖生理学等。

For the application of 64 Codons, each step from DNA chain to mRNA chain, t RNA, ribosome, peptides, and to protein, has its specific permutable calculation model between chemical reactants and products, none of which has an objective permutable relationship with that in the 43 Table of Triplet Codes.

在生物遗传学的解释上，不预先测定给定生命体的 DNA 碱基顺序及其蛋白质的氨基酸顺序并把两者作比较，就把 DNA 和密码表两者指导合成的多肽链的氨基酸顺序称为该生命体遗传得来的氨基酸顺序，并以此将密码表称为生命的元素周期律在一切生命体中通用，是完全错误的。

All of these positive finds can be explanted reasonable frombiological perspective.

这些阳性结果均可以从生物遗传学角度得到合理解释。

The follwing three aspects are considered. First, gene has been regarded as the research objective and a history of genetics is the history of further understanding of the substantiality of the gene. Second, based on the highly developed molecular genetics, the genetics of scientific morphology is changed into the biological technology of technological morphology. And third, the development of the biological technology sufficiently shows the dual character of the new technology as a two-bladed sword, and it...

讲述3个方面：第一，遗传学研究者自始至终把基因作为研究对象，一部遗传学史，就是人们对基因实体性认识不断深化的历史；第二，在分子遗传学高度发展基础上，科学形态的遗传学转化成技术形态的生物技术，作为一种活跃的生产力走向了产业化道路；第三，生物技术的发展充分显示新技术犹如双刃剑的两面性和对社会伦理的冲击与挑战，对社会提出了新课题。

与生物遗传学相关的网络解释 [注：此内容来源于网络，仅供参考]

Biochemical analysis：生物化学分析

biocatalyzer 生物催化剂 | biochemical analysis 生物化学分析 | biochemical genetics 生化遗传学

biogenetics：生物遗传学

pharmaceutical 制药的 L19 | biogenetics 生物遗传学 L19 | biotechnology 生物工世学 L19

Biological Engineering：生物工程

"生物工程(biological engineering)一般认为是以生物学(特别是其中的微生物学、遗传学、生物化学和细胞学)的

biometrician：生物统计学家

biometrical genetics | 生统遗传学 | biometrician | 生物统计学家 | biometricist | 生物统计学家

biometry; biometrics：生物统计学

"生(物)统(计)遗传学","biometrical genetics" | "生物统计学","biometry; biometrics" | "生物显微学","biomicroscopy"

human cytogenetics：人类细胞遗传学

医学遗传学主要由人类细胞遗传学(human cytogenetics)和人类生化遗传学(human biochemical genetics)组成. 它们分别用形态学和生物化学方法研究人类正常及变异性状的物质基矗而分子遗传学(molecular genetics)是生化遗传学的发展和继续;

Molecular Genetics：分子遗传学

并于20世纪中叶进一步实现了与"分 子生物学"(Molecular Biology)水平的"基因遗传学" 或称"分子遗传学"(Molecular Genetics)的综合,从而使达尔文的"生物进化论"发展到了所谓"新达尔文主义"(New Darwinism)的新阶段;

biometrical genetics：群体遗传学

biometrical 生物统计的 | biometrical genetics 群体遗传学 | biometrics 生物测量学

biometrical genetics：生(物)统(计)遗传学

"生物测定调节(法)","biometric regulation" | "生(物)统(计)遗传学","biometrical genetics" | "生物统计学","biometry; biometrics"

somatic cell genetics：体细胞遗传学

体细胞遗传学(somatic cell genetics)是以体外培养的高等动植物和人的体细胞为主要研究对象的遗传学分支学科,体细胞遗传学以高等生物的体细胞为实验材料,采用细胞离体培养、细胞融合和遗传物质在细胞间转移等方法,研究真核细胞的基因结构功能及其表达规律等,