microevolution

microevolution

1. 11.Natural selection might explain microevolution, but it cannot explain the origin of new species and higher orders of life.

11.天择也许可以解释微演化，但是无法解释新物种与高阶生物的起源。

2. 33 Min-Huei Wu, Day-Yu Chao, Wei-Kung Wang, Chwan-Chuen King* (2004) Microevolution of Dengue Virus Serotype 2 during Dengue Hemorrhagic Fever Epidemics in 2001-03 in Taiwan, 2004 ASV meeting.

37吴民惠，赵黛瑜，卢孟明，李忆文,吴宗树,杨凯婷,崔怀芝,金传春*(2003)2002年屏东登革疫情流行病学分析,2003台湾公共卫生学会.

3. They may accept that evolutionary change is possible within species ("microevolution"), but deny that one species can evolve into another ("macroevolution").

他们可能会承认进化变化可能在物种内发生（微进化），但他们否认一个物种可以演变成另一个物种（宏进化）。

4. The idea that microevolution happens faster in warmer environments is not new.

在气候较为温暖的环境下微进化发生的速度更快并不是新观点。

5. Within the Modern Synthesis school of thought, macroevolution is thought of as the compounded effects of microevolution.

在现代综合论思想流派里，宏进化被认为是微进化的复合效果。

6. Microevolution of Cryptococcus neoformans resulting in differences in virulence and other phenotypes

影响新生隐球菌毒性及其他表型改变的微观进化

7. Objectives:To discuss the role of microevolution of Cryptococcus neoformans .

目的:探讨微观进化在新生隐球菌感染中的作用。

8. Conclusions:Microevolution of Cryptococcus neoformans doesn t surpass species itself.There is even no difference in phenotypes that associated wit...

结论:新生隐球菌微观进化现象不超越菌种,甚至表型都不发生明显变化,这为菌种保藏可能提供一个更早期的参考指标。

9. This blanket dismissal of evolution ignores important distinctionsthat divide the field into at least two broad areas: microevolution andmacroevolution.

进化论至少能划分为两大领域：微观进化和宏观进化，而上面笼统的指斥忽视了这条重要区别。

10. The changes that generate species are sometimes termed microevolution;

遗传物种的改变有时称微进化；

11. The changes that generate species are sometimes termed microevolution; those that produce the major phenotypic differences that separate genera, classes, orders, and so on are termed macroevolution.

遗传物种的改变有时称微进化；那些产生很大差异用来区分属，纲，目的表型变化称大幅进化。

12. Goldschmidt spent a unrewarded lifetime showing that extrapolating the gradual transitions of microevolution (red rose to yellow rose) could not explain macroevolution (worm to snake).

高兹史密特耗尽未获回报的一生光阴证明：仅通过微进化（从红玫瑰到白玫瑰）的渐变来外推，无法解释宏进化（从虫子到蛇）。

13. Keywords Yersinia pestis;Comparative Genomics;Rearrangement profile;Genotype;Adaptive microevolution;

鼠疫耶尔森氏菌;比较基因组学;重排谱;基因型;适应性微进化;

14. DNA microarray analysis of genome dynamics in Yersinia pestis: insight into bacterial genome microevolution and niche adaptation

鼠疫耶尔森菌基因组进化与生态位适应研究