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

• Comparison of Phylogenesis of SARS-CoV and Its Application of Molecular Diagnosis of PCR Techniques
  SARS病毒的种型变异之比较及其PCR的分子诊断技术应用
• 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。
• Phylogenesis Analysis of 10 Chinese Indigenous Pig Populations
  10个地方猪群体的系统聚类分析
• The phylogenesis classification, origin and evolution of Zingiberaceae are still in dispute, and the morphological identification of this family is very difficult.
  姜科的系统分类、起源和进化一直存在争议，形态鉴定比较困难。
• 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。
• Haplotype network structure and analysis of molecular variance also supported the phylogenesis.
  单倍型网络结构和分子变异等级分析均支持花臭蛙的系统发育。
• DNA is the carrier of genetic information and sequencing and comparison of DNA nucleotides are the thorough and ideal method for bryophyte molecular phylogenesis.
  DNA是遗传信息的载体，直接对DNA核苷酸排列顺序的分析和比较是研究苔藓分子系统学的最彻底和最理想的方法。
• 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
• With the newest developments in molecule biology, using data of big biology molecule especially DNA sequence analysis, play an important role in investigating and revealing the phylogenesis of fungus.
  随着分子生物学的发展，利用生物大分子数据，尤其是DNA序列分析，对研究和揭示菌物的系统发育具有重要的意义。
• The mutations of L2 proteins changed its hydrophobicity and antigenicity. The research suggested that the mutations of HPV-16 type L2 genes can explain HPV-16 phylogenesis and escaping from immune recognition.
  这些突变引起HPV16L2蛋白疏水性和抗原性的改变，提示HPV16L2基因突变可能与HPV16的系统发生以及病毒逃避机体免疫识别有关。