1) concerted evolution
致同进化
1.
Intra-genomic polymorphism in the internal transcribed spacer (ITS) regions of Cycas revoluta:evidence of incomplete concerted evolution
苏铁nrDNA ITS区的序列多态性:不完全致同进化的证据
2.
It plays an important role in reversion, concerted evolution, antigenic variation, antibiotic resistance and gap repair.
基因转换的主要作用是引起序列的转移、致同进化、抗原的变异、抗抗生素的免疫、缺口的修复等。
3.
It,however,usually contain only one kind of sequences in a genome through concerted evolution,which is helpful to reconstruct evolutionary histories.
nrDNA是个多基因家族,在基因内往往有成千上万的拷贝,但通常只包含有一种序列,即所谓致同进化。
2) fall-in n.
进入同步一致
3) coevolution
[英][,kəui:və'lju:ʃən] [美][,koɛvə'luʃən, -ivə-]
协同进化
1.
Ecological Niches of Sucking Lice (Phthiraptera: Anoplura) and Their Coevolution Relationship with Small Mammal Hosts in Yunnan, China;
吸虱的生态位及其与小兽宿主的协同进化关系
2.
A new coevolutionary genetic algorithm for job-shop scheduling problems;
一种求解作业车间调度问题的协同进化算法
3.
Effects of coevolution between herbivores and herbages on range management;
草地植物和草食动物的协同进化在草地管理上的作用
4) co-evolution
协同进化
1.
Prospect analysis of application of co-evolution to water resources field;
协同进化在水资源领域的应用前景
2.
Distribution of figs(Ficus) in China and its significance in the issues for interspecific co-evolution;
榕树(Ficus)在中国的分布及其在协同进化研究上的意义
3.
Co-evolution of Entomophilous Plants and Pollination Insects(Ⅱ)——the Adaptation of Features of Entomophilous Flowers to Insect Pollination;
虫媒植物与传粉昆虫的协同进化(二)——虫媒花的性状对昆虫传粉的适应
5) collaborative evolution
协同进化
1.
Parallel collaborative evolutionary genetic algorithm for multi-workshop planning and scheduling problems;
基于并行协同进化遗传算法的多协作车间计划调度
2.
Hybrid collaborative evolutionary algorithm for integrated production planning;
一种求解集成生产计划的混合协同进化算法
3.
A study on the mechanism of team s collaborative evolution with product innovation;
研发团队与产品创新的协同进化机制研究
6) co-evolutionary
协同进化
1.
Fuzzy-PI optimization control based on hybrid immune co-evolutionary algorithm;
基于混合免疫协同进化算法的模糊-PI优化控制
2.
Study of Co-evolutionary in Multi-agent Systems;
多Agent系统中的协同进化研究
3.
Human-Computer Cooperative Co-Evolutionary Design Method and Its Applications;
人机结合协同进化设计方法及其应用
补充资料：殊涂同致
1.犹殊途同归。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条