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- He is knowledgeable about the biology of the honeybee. 他对蜜蜂的生活规律知之甚多。
- the biology of Pennsylvania 宾夕法尼亚州的生物
- The biology of bacteria can be quite Intricacy to understand. 细菌生物学有时会很复杂难理解。
- The biology of bacteria can be quite hard to understand. 细菌生物学有时会很难理解。
- The biology of the form indeed attunes one to Earth\'s heartbeat. 形体的生物学确实把你向地球的心跳调谐。
- McKibbin B: The biology of fracture healing in long bones. 刘振东，马梦然，张志诚。从骨折愈合论理论医学的萌芽。
- The main reason of aggregation is caused by the biology of the ladybeetle. 聚集的原因主要是由其自身习性所致。
- Molecular biology of the cell. Chap. 23. “细胞内的分子生物学”第23章。
- Fidler IJ.Critical factors in the biology of human cancer metastasis.Cancer Res,1990,50:6130. 何小伟;袁胜涛;高解春;等.;人肾母细胞瘤裸小鼠肾原位移植模型的建立和生物学特性的研究
- A native or resident of Pennsylvania. 美国宾夕法亚尼亚州人或居民
- Jenkins, L. 2000. Biolinguistics: Exploring the Biology of Language [M]. Cambridge University Press. 赵南元;2002;认知科学揭秘:认识科学与广义进化论[M].;北京:清华大学出版社
- Swamp has devoted her career to the investigation of the biology of magic, Transfiguration in particular. 由于这种不寻常的能力，Swamp教授在她整个职业生涯中投身于生物魔法的研究，特别是变形术。
- This article discussed the biology of epidermal stem cell and dermal multipotent stem cell,including their characteristic and identification. 本文着重介绍目前研究取得结果较多的表皮干细胞和真皮多能干细胞,包括目前已知的其各自的生物学特性和鉴别等。
- The biology paper (ie in an examination) was a real stinker. 生物试卷真难答。
- It is not possible because the biology of the form holds in place the very violence and abusiveness that plagues mankind. 这因为人类形态的生物层持有的暴力和滥用如此泛滥而不可能。
- Let freedom ring from the heightening Alleghenies of Pennsylvania! 让自由之声响彻宾夕法尼亚州的阿勒格尼高峰！
- In this paper,the biology of anthesis and the technique of artificial-pollination of the lotus are described and introduced. 作者根据有关文献及在武汉的观察结果,简要介绍荷花的开花与授粉生物学特性。
- She is a psychology graduate of University of Pennsylvania. 她是宾州大学心理系毕业生。
- He published important work on subjects as diverse as the biology of carnivorous plants, barnacles, earthworms and the formation of coral reefs. 达尔文在诸如食肉类植物、茗荷介、蚯蚓生物学以及珊瑚礁的形成不同的领域发表了重要的著作。
- Also, this study provides a basis for future in-depth nsights in the biology of Penicillium marneffei and its pathogenetic mechanism. 这是首次成功应用RNAi技术，利用根癌农杆菌介导的转化方法研究马尔尼菲青霉中的重要基因功能，为深入研究Rho GTPase 在马尔尼菲青霉菌的致病机制中所扮演角色提供技术手段，同时也为大规模地研究马尔尼菲青霉菌基因功能奠定了基础。
