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XuetangX

Microbiology

via XuetangX

Overview

This course is one of the main courses in students majored in biology and the relating majors.   This course introduces the general discipline of microbiology: the morphology and structure of microbiology, microbial nutrition and media, microbial growth and its control, metabolism, genetics, infection and immunity, ecology and classification and identification of microbes. Through taking this course, students will understand the biological characteristics (morphology, physiology and genetics) of common microbial strains; and master laboratory skills, such as culture media preparation and sterile and pure culture techniques, isolation of microbial strains from nature.

The overall goal of this course is to provide students with a working knowledge of microbiology and biology. Through taking this course, students will learn how to read the literature in the field and how to find answers to their future questions. This course provides an integrated understanding applicable for students aiming for careers in research, teaching and industry.

The pictures in this course resource are quoted from Prescott's Microbiology and other open-access materials. Please contact the course leader if there is inappropriate citation.

Syllabus

  • Overview of Microbiology
    • 0.1 What is Microbiology
    • 0.2 History of Microbiology
    • 0.3 Nobel Prizes
  • Chapter 1 Bacteria
    • 1.1 Bacteria Cell Organization
    • 1.2 Bacterial morphology
    • 1.3 Bacterial plasma membrane
    • 1.4 Bacteria Cell wall
    • 1.5 Gram stain
    • 1.6 Glycocalyx and S-layer
    • 1.7 Inclusion bodys
    • 1.8 Structure of Endospores
    • 1.9 Endospore-Sporulation and Germination
    • 1.10 Bacterial Reproduction
  • Chapter 2 Fungi
    • 2.1 Eucaryotic cells
    • 2.2 Overview of Fungi
    • 2.3 Yeast
    • 2.4 Molds
  • Chapter 3 Virus
    • 3.1 Overview of Virology
    • 3.2 Morphology of Viruses
    • 3.3 Viral Genomes
    • 3.4 Viral Multiplication
  • Chapter 4 Microbial Nutrition
    • 4.1 Nutrient requirement
    • 4.2 Nutritional types
    • 4.3 Nutrient uptake
    • 4.4 Media
  • Chapter 5 Microbial Metabolism
    • 5.1 ATP and biochemical pathway
    • 5.2 Redox and ETC
    • 5.3 Catabolism --Chemoorganotrophic Fueling Processes
    • 5.4 Catabolism-- Energy Release and Conservation (Autotrophs)
    • 5.5 Anabolism --The Use of Energy in Biosynthesis
  • Chapter 6 Microbial Growth and Control
    • 6.1 Measurement of Microbial Population Size
    • 6.2 Cultivation Methods of Cellular Microbes
    • 6.3 Influnces on microbial growth
    • 6.4 microbial growth curve
  • Chapter 7 Microbial Genetics
    • 7.1 Genetic material
    • 7.2 Where does Genetic material exist?
    • 7.3 Mutation and breeding
    • 7.4 Ames test
    • 7.5 Gene recombination
    • 7.6 Genetic engineering
  • Chapter 8 Microbial Ecology
    • 8.1 Distribution of microbes in nature
    • 8.2 Relationship between microbes
    • 8.3 Association between microbes and plant growth
    • 8.4 Microbes and nutrients cycling
    • 8.5 Microbes and environment protection
  • Chapter 9 Infection and Immune
    • 9.1 Infection
    • 9.2 Immunity
    • 9.3 Antigen and antibody
    • 9.4 Immunological method
    • 9.5 Biological products
  • Chapter 10 Microbial Taxonomy
    • 10.1 Microbial taxonomic ranks
    • 10.2 Microbial nomenclature
    • 10.3 Microbial identification
    • 10.4 Microbial classification systems
  • Chapter 11 Microbial Experiments

    Taught by

    Binzhou University

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