《微生物学》课程教学课件(PPT讲稿)Course escription

Course Description Microorganisms are the most diversified and interesting to study. Microbiology is one of the most active and promising field in life sciences. I will try to integrate the most classical and basic ideas theories and concepts with the most recent advances in microbiology, which are so exciting and full of fun to know about
Course Description • Microorganisms are the most diversified and interesting to study. Microbiology is one of the most active and promising field in life sciences. I will try to integrate the most classical and basic ideas, theories, and concepts with the most recent advances in microbiology, which are so exciting and full of fun to know about

Microbiology fifth Edition (2002) Byw M Prescott John P harle Donald A Klein The most learner-centered and user-friendly Problem-based design Concept networking approach Brock Biology of microorganisms The most internationally recognized textbook in microbiology
Microbiology fifth Edition (2002) By M Prescott, John P. Harley, Donald A. Klein The most learner-centered and user-friendly Problem-based design Concept networking approach Brock Biology of Microorganisms ◼The most internationally recognized textbook in microbiology

ntroduction of Microbiolog What is microbiology? The study of microorganisms a large and diverse group of organisms that exist as single cells or cell clusters
Introduction of Microbiology • What is Microbiology? The study of microorganisms, a large and diverse group of organisms that exist as single cells or cell clusters

we Gw级 e will discuss:KHAWIGEANGHAWIMAN the experimental basis of microbiology the general principles of cell structure and function the classification and diversity of microorganisms biochemical processes in cells the genetic basis of microbial growth and evolution the ecological activities of microorganisms in nature
• the experimental basis of microbiology • the general principles of cell structure and function • the classification and diversity of microorganisms • biochemical processes in cells • the genetic basis of microbial growth and evolution • the ecological activities of microorganisms in nature. We will discuss:

What are Microorganisms Vius(病毒)" Non-cell microbes Bacteria(细菌) Archaea(远古细菌) Algae(藻类) Fungi(真菌:酵母、霉菌 protozoa(原生动物)
What are Microorganisms? • Virus (病毒) Non-cell microbes • Bacteria (细菌) • Archaea (远古细菌) • Algae (藻类) • Fungi (真菌:酵母、霉菌) • Protozoa (原生动物) Eukaryotes (真核生物) Prokaryotes (原核生物)

What are Prokaryotes? WIAYNAPAMACSAVNA WACA YMHHAACEAVNNMANA) Prokaryotes Bacteria(细菌) Archaea(远古细菌) Actinomycete放线菌) Mycoplasmal(支原体) Rickettsia(立克氏体) Chlamydia(衣原体) Cyanobacteria(蓝细菌)
What are Prokaryotes? Prokaryotes: • Bacteria(细菌) • Archaea(远古细菌) • Actinomycetes(放线菌) • Mycoplasma(支原体) • Rickettsia(立克氏体) • Chlamydia(衣原体) • Cyanobacteria(蓝细菌)

What are Eukaryotic Microorganisms? Algae ° Fungi Slime molds然菌 ● Protozoa (原生动物)
What are Eukaryotic Microorganisms? • Algae • Fungi •Slime molds(粘菌) • Protozoa (原生动物)

Prokaryotic and eukatyptic cells cewa目 ondna Mitochondnor
Prokaryotic and eukatyptic cells

rus:Wrus, Viroids(拟病毒)and Prions(玩病) Nucleo Envelope capsid Capsomeres Capsid Nucleic Nucleic acid Capsid (composed of capso meres Naked virus Enveloped virus
Virus: Virus, Viroids(拟病毒) and Prions(朊病毒)

Is Microbiology Usefu VHA IANIAACAyY es As a basic biological science the most accessible research tools for probing the nature of life processes As an applied biological science, many large scale industrial processes are microbially based BIOTECHNOLOGY Biogeochemical cycling
Is Microbiology Useful? Yes! • As a basic biological science, the most accessible research tools for probing the nature of life processes • As an applied biological science, many large scale industrial processes are microbially based: BIOTECHNOLOGY • Biogeochemical cycling
按次数下载不扣除下载券;
注册用户24小时内重复下载只扣除一次;
顺序:VIP每日次数-->可用次数-->下载券;
- 《微生物学》课程教学课件(PPT讲稿)Chapter 11 Eukarya Eukaryotic Microorganisms.ppt
- 《生物化学》课程电子讲义:第九章 蛋白质分解和氨基酸代谢.doc
- 《生物化学》课程电子讲义:第八章 生物氧化.doc
- 《生物化学》课程电子讲义:第六章 糖代谢.doc
- 《生物化学》课程电子讲义:第六章 糖代谢.doc
- 《生物化学》课程电子讲义:第五章 维生素.doc
- 《生物化学》课程电子讲义:第四章 酶.doc
- 《生物化学》课程电子讲义:第三章 核酸的结构和功能.doc
- 《生物化学》课程电子讲义:第二十一章 基因诊断与基因治疗.doc
- 《生物化学》课程电子讲义:第二十章 钙、磷及微量元素代谢.doc
- 《生物化学》课程电子讲义:第二章 蛋白质的结构和功能.doc
- 《生物化学》课程电子讲义:第十九章 肝胆生化.doc
- 《生物化学》课程电子讲义:第十八章 血液生化.doc
- 《生物化学》课程电子讲义:第十七章 信号转导.doc
- 《生物化学》课程电子讲义:第十六章 激素生化.doc
- 《生物化学》课程电子讲义:第十五章 基因表达的调控.doc
- 《生物化学》课程电子讲义:第十四章 蛋白质的生物合成翻译.doc
- 《生物化学》课程电子讲义:第十三章 基因的转录、转录后.doc
- 《生物化学》课程电子讲义:第十二章 DNA的复制、修复与重组DNA技术.doc
- 《生物化学》课程电子讲义:第十一章 物质代谢调节.doc
- 《微生物学》课程教学课件(PPT讲稿)Chapter 4 Microbial growth.ppt
- 《微生物学》课程教学课件(PPT讲稿)The procaryotic cell wall.ppt
- 《微生物学》课程教学课件(PPT讲稿)Chapter 6 Viruses.ppt
- 《微生物学》课程教学课件(PPT讲稿)Chapter 1 Special structure.ppt
- 滨州职业学院:《植物学》课程电子教案(PPT教学课件)第八章 植物的生长物质 Plant Growth Substance.ppt
- 《工业微生物学》课程教学资源(课件讲义)第五章 微生物代谢与调控(3/4).ppt
- 《工业微生物学》课程教学资源(课件讲义)第五章 微生物代谢与调控(1/4).ppt
- 《工业微生物学》课程教学资源(课件讲义)第五章 微生物代谢与调控(2/4).ppt
- 四川农业大学:《普通生物学》课程教学资源(PPT课件)第六讲 生物的营养.ppt
- 四川农业大学:《普通生物学》课程教学资源(PPT课件)第七讲 生殖和发育.ppt
- 四川农业大学:《普通生物学》课程教学资源(PPT课件)第八讲 遗传的基本规律.ppt
- 四川农业大学:《普通生物学》课程教学资源(PPT课件)第十讲 基因重组与基因工程.ppt
- 《遗传毒理学》讲义.ppt
- 华东理工大学精品课程:《发酵原理》科学研究和科学方法.ppt
- 华东理工大学精品课程:《发酵原理》第一讲 代谢工程导读.ppt
- 华东理工大学精品课程:《发酵原理》第二讲 发酵原理和代谢工程的基本概念.ppt
- 华东理工大学精品课程:《发酵原理》第三讲 代谢亚网络的调节模式.ppt
- 华东理工大学精品课程:《发酵原理》第四讲 微生物代谢的自动调节.ppt
- 华东理工大学精品课程:《发酵原理》第五讲 代谢设计育种.ppt
- 华东理工大学精品课程:《发酵原理》第六讲 遗传学与生理学结合的方法.ppt