本研究为法医学及系统发育学研究提供了基础的群体遗传学数据。
The genetic data of mtDNA was valuable in the study of forensic science and phylogenetics.
现对有关AP3/DEF和PI/GLO基因表达及其在植物系统发育学研究方面的进展进行综述。
Studies on the AP3/DEF and PI/GLO genes expression and evolution of phylogenetics are summarized in this article.
最后在简单引述了柳珊瑚分子系统发育学同传统形态分类学方法之间关系的同时，也对柳珊瑚分子系统发育学今后的重点研究方向做了预测。
The relationships between molecular phylogeny and morphological classification are quoted and the key prospects for the study of the phylogeny of Gorgonian are also predicted.
介绍了叶绿体基因组在系统发育学和基因工程这两个领域的应用研究进展：1）叶绿体基因组的DNA序列比较为植物系统发育学研究提供了可靠数据基础；
The applications of chloroplast genome in the studies of phylogeny and bioengineering are reviewed: 1) the DNA sequence of chloroplast genome provides a sound data base for plant phylogenic studies;
应用支序系统学原理和方法研究了膜翅目叶蜂总科世界已知427属的系统发育关系。
The phylogeny of the known 427 genera of Tenthredinoidea of world was reconstructed using the principle and methods of cladistics.
基于分支系统学的原理和方法，对禾本科以礼草属进行了系统发育分析。
Based on the principles and methods of cladistics, the phylogeny in Kengyilia of Poaceae is analysed in the present paper.
植物生物学主要介绍植物的生长与发育、结构与功能，以及植物个体发育和系统发育的过程等基本知识。
The plant biology mainly introduces the basic knowledge of the growth and development, structure and function etc of the plant, and the process of the plant individual growth and system development.
利用生物信息学及系统发育分析可以为非寄主抗病机制及信号转导调控网络提供有用信息。
The information of bioinformatics and phylogenetic analyse will be significant to investigate the resistance mechanism and the networks consisted of singal transduction pathways.
利用生物信息学及系统发育分析可以为非寄主抗病机制及信号转导调控网络提供有用信息。
The information of bioinformatics and phylogenetic analyse will be significant to investigate the resistance mechanism and the networks consisted of singal transduction pathways.
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