molecular evolution信息详情
[进化]分子进化
分子演化
molecular───adj.分子的；由分子组成的
evolution───n.演变；进化论；进展
molecular biology───[分子生物]分子生物学；n.分子生物学
reticulate evolution───n.[进化]网状进化
molecular plant───分子植物
molecular weight───n.分子量（略作mol.wt）；[化学]分子量
breaker evolution───破胶剂演化
gradualism evolution───渐进进化论
molecular structure───[物]分子结构
Steven Benner, distinguished fellow, Foundation for Applied Molecular Evolution, Gainesville, Fla.───Steven Benner，杰出院士，应用分子进化基金会，盖恩斯维尔，佛罗里达州
Molecular evolution and mapping of genes are important contents in the study of molecular biology.───分子进化和基因的分子作图是分子生物学研究中的重要内容。
Codexis controls most of the important patents for what is known as molecular evolution.───迪科思公司在分子进化上保有大多数重要的专利权。
The recent research advancements of taxonomy, molecular evolution, molecular biology and chemical treatment in microspore were discussed.───从分类、分子进化、分子生物学、化学治疗等方面综述了微孢子虫研究的进展。
Research Interests: Comparative Genome and Molecular Evolution, Animal Genetic Diversity and DNA Molecular Marker, Amphioxus.───研究兴趣：比较基因组与分子进化，动物遗传多样性与DNA分子标记，文昌鱼。
This paper reviews research advances on molecular evolution of xylanase and its prospect of application.───本文综述了木聚糖酶分子进化的研究进展及其应用前景。
finally, the applications of insertion and deletion variation in molecular evolution, genotyping, and drug design were discussed.───讨论了插入和缺失作为分子标记在分子进化、基因分型和药物设计等方面的应用。
Codexis controls most of the important patents for what is known as molecular evolution.───克迪科思公司在分子进化上保有大多数重要的专利权。
Journal reference: Lambert et al. : "Rapid molecular evolution in a living fossil. "───兰伯特“活化石的快速分子进化”。
Molecular evolution programs are heavy on bodies but skimpy on heritable information.
Molecular evolution analysis indicated that the microsporidia which even belonged to same genus could be classified to different branch.
Steven Benner, distinguished fellow, Foundation for Applied Molecular Evolution, Gainesville, Fla.
Crameri, A. , E. A. Whitehorn, E. Tate, and W. P. Stemmer. "Improved green fluorescent protein by molecular evolution using DNA shuffling. " Nat Biotechnol 14, (1996): 315-9.
Based on genetic distances, molecular evolution rates established by the hypothesis of molecular clock can be used to deduce the origin or divergence time of different organism taxa.
Objectives To analyze the molecular evolution of DIF14/LMBR1 protein and the conserve domain of the homologues by using bioinformatics.