目录 一、前言 二、使用说明 三、词汇正文

一、连锁遗传的细胞学基础 二、特殊交换 三、影响交换的因素 四、交换的机制 五、基因定位和染色体遗传图

第一节 符号检验 第二节 秩和检验 第三节 等级相关分析

Algae: Phototrophic eukaryotic microorganisms Fungi: Nonphotosynthetic eukaryotic microorganisms that contain rigid cell walls Slime molds: nonphototrophic eukaryotic microorganisms that lack cell walls and that aggregate to form fruiting structures (cellular slime molds) or masses of protoplasm (acellular slime molds) Protozoa: unicellular eukaryotic microorganisms

Chapter 6 Viruses 6.1 General Properties of Viruses 6.2 Structure of viruses 6.3 The cultivation of viruses 6.4 General Features of Virus Reproduction 6.5 one-step growth curve 6.6 Temperate Bacteriophages: Lysogeny and Lambda

Pili and fimbriae G short, fine, hairlike appendages that are not involved in motility Fimbriae/fimbria: 1000piece/cell, adhesion to host epithelium Sex pill/pilus: 1-10piece/celly sexual conjugation, they are genetically determined by sex factors or conjugative plasmids and are required for bacterial mating Receptors of some bacterial viruses

Oxidative phosphorylation occurs at cell membrane since there are no mitochondria) Cell wall Cytoplasm Cell membrane The cell wall is outside of cell membrane -rigid, protecting cell from osmotic lysis

Isolation of pure cultures the growth curve Measurement of microbial growth The continuous culture of microorganisms

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

生物统计学：《生物统计附试验设计》课程教材（第三版）主要参考文献