火范文>英语词典>phylogenesis翻译和用法

phylogenesis

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

双语例句

  • 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。
  • 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。
  • 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。
  • RAPD Analysis on Genetic Divergence and Phylogenesis of Gekko gecko from Different Areas
    不同地理区域蛤蚧的RAPD分析
  • Amplification of 18S rRNA Gene of Babesia orientalis and Study on Its Phylogenesis
    东方巴贝斯虫的18SRRNA基因的扩增及系统发育研究
  • 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
  • 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。
  • 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。
  • Technique of chromosome micro-dissection and-clone is a bridge connecting classic genetics and cytogenetics, being playing important roles in many fields of biological research, such as genetics, phylogenesis and evolution.
    染色体微分离及微克隆技术是连接经典遗传学与细胞遗传学的重要桥梁,在动植物的遗传、发育和进化等各方面研究中正发挥着越来越重要的作用。
  • Recently, researches on genetic diversity, parentage and phylogenesis et al. have been developed, while reports on functional gene are handful.
    最近,在遗传多样性,起源和系统发育等领域有较大发展,而在功能基因研究领域的报道屈指可数。