phylogenesis

英

美

网络  种系发生; 种系发生学; 系统发生; 形态发生学; 系统生成

英英释义

noun

• (biology) the sequence of events involved in the evolutionary development of a species or taxonomic group of organisms
  Synonym:evolutionorganic evolutionphylogeny

双语例句

• Constructed phylogenesis tree indicated that this gene exhibited large difference among different species, but was genetically most related to that of human and horse. This indicated that this ceruloplasmin gene was affected to a certain extent by the pressure of artificial selection. 6.
  系统进化树分析表明该基因存在较大的种属差异，但与人、马的亲缘关系较近，反映了在-定程度上该基因受到了人工选择压力的影响。
• Phylogenesis Analysis of 10 Chinese Indigenous Pig Populations
  10个地方猪群体的系统聚类分析
• The phylogenesis of wen goldfish was further analyzed by using random amplified polymorphic DNA ( RAPD) technique through increasing the number of RAPD loci.
  利用随机扩增多态DNA技术，通过增加RAPD位点数进一步分析了文种鱼的系统发育地位。
• The Study on Biodiversity and Phylogenesis of Rhizobia Isolated from Trifolium and Medicago
  苜蓿、三叶草根瘤菌生物多样性和系统发育地位的研究
• And the application of RAPD technique in aquatic commercial animals includes chiefly the detection of polymorphism, classification, identification of species and varieties, genetic relationship, phylogenesis, construction of genetic linkage map and molecular assisted breeding.
  主要包括物种基因组DNA多态性的检测、物种及品种的分类与鉴定、亲缘关系及系统发育的分析、遗传图谱的构建和分子标记辅助育种。
• Progress of Studies on the Origin and Phylogenesis of Goldfish
  金鱼起源和系统演化的研究进展
• Seed dormancy is an adaptation to environmental changes that plants acquire during long-term phylogenesis.
  种子休眠是植物在长期系统发育进程中获得的一种适应环境变化的特性。
• Application of Molecular Biological Technology to Research of Genetic Diversity and Phylogenesis in Rotifer
  分子生物学技术在轮虫遗传多样性和系统发生研究中的应用
• The phylogenetic relationship analysis demonstrated that subgenus Glycine was early separated from subgenus Soja during evolution. The results provided phylogenesis information of Glycine willd in molecular level.
  系统进化树分析也表明Glycine亚属与Soja亚属在进化过程中分离较早，这从分子水平上为大豆属的分类研究提供了科学的依据。
• Studying the genetic structures and phylogenesis within and among populations through mtDNA molecular marker will resort to protect this species effectively.
  利用线粒体DNA分子标记研究红腹锦鸡种内及种间的群体遗传结构和系统发生关系，将对该物种的有效保护起到重要作用。