- 更多网络例句与遗传分类学相关的网络例句 [注:此内容来源于网络,仅供参考]
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Student need master theory andtechnique of botany, plant taxology, plant physiology, plant ecology, agrology, plant nutrition and fertilizer, agriculture aerography, forage and feed breeding, livestock thremmatology, statistics and so on.
在此基础上,尚需掌握植物学、植物分类学、植物生理学、植物生态学、土壤学、植物营养与肥料学、农业气象学、杂草与病虫害防治学、牧草饲料作物遗传育种学、家畜饲养学、田间试验设计与数理统计分析等学科的理论和技术。
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Eckenwalder Lab, Department of Botany is primarily dedicated to research in woody plants including biosystematics, chemotaxonomy, numerical taxonomy and morphometrics, paleobotany, and cladistics, accommodation of hybridization in phylogenetic analysis, biogeography, systematics and reproductive biology of convolvulaceae.
植物学系Eckenwalder研究室主要致力于木本植物的研究,其研究领域包括生物分类学,化学分类学,数量分类学和形态测定,古植物学和遗传分类学,系统分析中杂交调节,生物地理学,滕本植物的分类学和生殖生物学等。
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Variabilis natural type; applied the theory of numerical taxology and cluster analysis method, classified the Q. variabilis of Qinba and Huanglong mountain; ascertained the standard and method of Q. variabilis plus trees selection about 30 ages in Shaanxi province different areas and selected 49 plus trees that were suitable to different areas; used isoenzyme analysis ,through the detection enzyme system of POD,GDH,EST and ADH ect, researched the genetic variation level of Q. variabilis natural populations and heredity construction of different Q. variabilis natural type .The result showed:(1) Q.
本文通过对栓皮栎地理分布的研究,确定了研究栓皮栎天然类型的地理区域;应用数值分类学原理,采用聚类分析方法,对秦巴山区和黄龙山区的栓皮栎天然类型进行划分;确定了陕西省不同地区30年左右栓皮栎优树选择的标准和方法,并选出了适宜不同地区生长的优树49株;采用同工酶技术,通过对POD、GDH、EST、ADH等4个酶系统的检测,研究栓皮栎天然群体遗传变异水平和不同栓皮栎天然类型的遗传结构。
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In this experiment,nad4 and cox1 genetic variation of cestodes were firstly studied.Genetic variation and DNA polymorphism of mitochondria were carried out from mitochondrial gene.So the effective genetic markers were found which studied molecular taxonomy and Phylogenetic relationship of cestodes.This study have filled in the blank space of research that was related to China\'s cestodes mitochondrial genome research.
本试验首次对绦虫nad4和cox1基因的遗传变异情况进行研究,从线粒体基因的角度,开展绦虫线粒体遗传变异和DNA多态性方面的研究,找到了研究绦虫分子分类学、种群遗传关系有效的遗传标记,填补了我国寄生绦虫线粒体全基因组相关研究的空白。
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The fields overlap however in the science of phylogenetic systematics – colloquially often called "cladism" or "cladistics"–, where only phylogenetic trees are used to delimit taxa, which represent groups of lineage-connected individuals.
系统发生学与分类学的交互重叠区域是系统发生分类学,常俗称为&分支学说&或&遗传分类学&;在系统发生分类学中,只用系统发生树来定分类的界限,这些分类代表血统相关个体组成的群。
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This is the webpage of Cladistics.
这是《遗传分类学》的网页。
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Cladistics is the current method of choice to infer phylogenetic trees.
遗传分类学是当前推断系统树的首选方法。
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It makes sense of the geologic record, biogeography, parallels in embryonic development, biological homologies, vestigiality, cladistics and other fields, with unrivalled explanatory power; it has also become essential to applied sciences such as medicine and agriculture.
它以无与伦比的解释力,合理地解释了地质记录、生物地理学、胚胎发育的类似、生物同源性、退化遗迹、遗传分类学和其他的领域;它也已经成为应用科学的基本要素。
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It publishes original research, reviews, opinions and correspondence in systematics and evolutionary and interactive biology. The topics include taxonomic works in zoology, application of systematics in biological control, agriculture, aquaculture, medical and veterinary zoology, cladistics, experimental taxonomy, parasitology, ecology, behavior and the interaction of organisms with their environment.
该杂志主要发表有关系统学、进化和交互生物学的原创性论文、综述、观点以及通讯等,其内容涵盖动物分类学,系统学在生物控制、农学、水产中的应用,药物和畜牧动物学,遗传分类学,实验分类学,寄生虫学,生态学,行为以及生物与环境的相互影响等。
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The journal publishes original and significant contributions on the systematics and phylogeny of invertebrates worldwide, including papers on defined taxonomic groups and on the phylogeny, biogeography and/or other aspects of biodiversity and general biology of the group; contributions on the systematics of selected species; short, general papers, pertinent to invertebrate systematic biology on methodology, theoretical systematics, cladistics, phylogeny, molecular biology and biogeography; reviews of general invertebrate systematics, containing innovative data or overviews of current theories.
杂志刊载世界范围内的无脊椎动物的系统分类学和系统发育的原始和重要投稿,包括关于精确分类种群和种群生物多样性与普通生物学的系统发育,生物地理和/或其它方面的论文;关于选择物种系统分类学的投稿;有关无脊椎动物系统生物学的方法学,理论系统分类学,遗传分类学,系统发育,分子生物学和生物地理的短概括性论文;无脊椎动物普通系统分类学的评论,包括新数据或当前理论的观点。
- 更多网络解释与遗传分类学相关的网络解释 [注:此内容来源于网络,仅供参考]
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clad:金属外覆
clackdish 乞丐用木盆 | clad 金属外覆 | cladistics 遗传分类学
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conchology:贝壳学
然而,软体动物学研究现状并没有达这样高的水准,目前,软体动物分类学研究主要还是以贝壳学(conchology)特征为主. 亚种,是种下的分类单位. 一般地,在一个种下再设亚种,都是因为这个种内有不同的群体,并且这些群体表现出稳定的遗传特性.
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Forage:牧草
英国谷物网络组织(CropNet)建有玉米、大麦、高粱、菜豆农作物以及苜蓿(Alfalfa)、牧草(Forage)、玫瑰等基因组数据库. 除了模式生物基因组数据库外,基因组信息资源还包括染色体、基因突变、遗传疾病、分类学、比较基因组、基因调控和表达、放射杂交、基因图谱等各种数据库.
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genecology:遗传生态学
他还进 一步指出研究自然种群的遗传变异和生态变异与分类学无关,是生物科学的一个单独分 支,他将之称为遗传生态学(genecology),另外有人称之为生物系统学 (biosystematics).
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cladistic:(根据) 进化枝的
cladiomycin || 萌霉素 | cladistic || (根据) 进化枝的 | cladistics || 遗传分类学
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cladistics:遗传分类学
该研究在<<遗传分类学>>(Cladistics)的网络版上刊载. 科学家们对引起严重急性呼吸综合症 (SARS)的病毒基因组进行了研究. 他们说,相关病毒的比较研究提供了新的证据,证明感染人类的该病毒起源于蝙蝠.