本書是吳慶余編著的《基礎(chǔ)生命科學》的英文版,由加拿大McMaster University徐建平和清華大學吳慶余教授共同編寫,是國內(nèi)自編的第一本全彩色、面向大學本科學生的通識課英文版教材。本書內(nèi)容簡單明了,通俗易懂;基礎(chǔ)與前沿并重;從宏觀到微觀,再由微觀回到宏觀,既深入淺出,又能既見樹木又見森林。不但講授最基本的生物學知識,還特別介紹了一些著名科學家的實驗設(shè)計和研究經(jīng)歷,以及他們獲得這些知識的實驗程,有助于激發(fā)學生學習的熱情和興趣。本書語言流暢,適合作為生物科學、生物技術(shù)、生物工程等專業(yè)的生物專業(yè)英語教材和理工、師范、農(nóng)林、醫(yī)學院校生命科學導論課程的雙語教材,還可供研究人員與高校教師參考。作者簡介:Jianping Xu received a Bachelor's degree in Agronomy from Jiangxi Agricultural University, a Master's degree in Agricultural Microbiology fiom Nanjing Agricultural University, and a Ph.D. degree in Population Genetics and Evolution from University of Toronto in Canada (1997). Following 3.5 years of Postdoctoral training at Duke University in North Carolina, USA, he moved to the Department of Biology at McMaster University in Canada to become an independent investigator. He is currently an associate professor and his research focuses on understanding how microbes evolve. He has (co-) authored over 40 peer-reviewed research papers, 7 book chapters, and is editing a book titled Evolutionam Genetics of Fungi. He is the recipient of an Ontario Premier's Research Excellence Award (2002-2007) and the Young Investigator's Award of the Genetics Society of Canada (2005). His non-scientific interests include running, soccer, swimming and gardening.
作者簡介
Jianping Xu received a Bachelors degree in Agronomy from Jiangxi Agricultural University, a Masters degree in Agricultural Microbiology from Nanjing Agricultural University, and a Ph.D. degree in Population Genetics and Evolution from University of Toronto in Canada (1997). Following 3.5 years of Postdoctoral training at Duke University in North Carolina, USA, he moved to the Department of Biology at McMaster University in Canada to become an independent investigator. He is currently an associate professor and his research focuses on understanding how microbes evolve. He has (co-) authored over 40 peer-reviewed research papers, 7 book chapters, and is editing a book titled Evolutionary Genetics of Fungi. He is the recipient of an Ontario Premiers Research Excellence Award (2002-2007) and the Young Investigators Award of the Genetics Society of Canada (2005). His non-scientific interests include running, soccer, swimming and gardening.Qingyu Wu is a professor at the Department of Biological Sciences & Biotechnology, Tsinghua University (from 1996). He worked at Nanjing University as an assistant professor (1985-1988), associate professor (1990- 1992) and full professor (1992-1996). As a visiting scientist, he conducted research in the Department of Biology at William Paterson University, New Jersey, USA (1988-1990), in the Department of Botany at Arizona State University, USA (1993-1994), and in the Department of Biology at Niigata University in Japan (1997). Prof. Wu has done extensive research on molecular microbiology, biogeochemistry and renewable energy from biomass. He has received numerous national grants for advanced research. In 1996, he obtained National Science Fund for Distinguished Young Scholars. His academic achievements include over 100 papers, three awards and numerous basic research grants.
圖書目錄
1 INTRODUCTION TO LIFE SCIENCE 1.1 What Is Life? 1.2 Why Do We Study Life Science? 1.3 What Will You Learn? 1.4 How Do You Study? 2 THE DIVERSITY AND TAXONOMY OF ORGANISMS 2.1 What Is Biodiversity? 2.2 The Convention on Biological Diversity 2.3 The Importance of and Threats to Biodiversity 2.4 Biological Taxonomy 2.5 The Five Kingdoms of Biological Classification 2.6 Microbial Kingdoms 2.7 Kingdom Plantae 2.8 Kingdom Animalia 3 THE CELL 3.1 The Invention of the Microscope 3.2 The Basic Concept of the Cell 3.3 Types of Cells 3.4 Cell Structure 3.5 Biological Membranes 3.6 Separation of Cellular Components 4 THE CHEMICAL BASIS OF LIFE 4.1 The Chemical Units of Life:Elements and Molecules 4.2 Carbohydrates 4.3 Lipids 4.4 Proteins 4.5 Nucleic Acids 5 ENERGY AND METABOLISM 6 CELLULAR RESPIRATION : HARVESTING CHEMICAL ENERGY 7 PHOTOSYNTHESIS 8 REPRODUCTION AND THE TRANSMISSION OF GENETIC MATERIALS 9 DNA: THE MOLECULAR BLUEPRINT FOR LIFE 10 THE REGULATION OF GENE EXPRESSION 11 RECOMBINANT DNA TECHNOLOGY 12 BIOTECHNOLOGY :A REVOLUTION IN MODERN BIOLOGICAL SCIENCES 13 THE ORIGIN AND EVOLUTION OF LIFE 14 PLANTS: STRUCTURE, FUNCTION, AND DEVELOPMENT 15 ANIMALS: STRUCTURE, FUNCTION, AND DEVELOPMENT 16 FUNDAMENTALS OF ECOLOGY References Index