I. Why Study Microbiology
A. Microbial relationships
B. Beneficial aspects of microbes
C. Microbial relationships to life processes
D. Microbes in research
II. Scope of Microbiology
A. The
microbes
1. Bacteria
2. Algae
3. Fungi
4. Viruses
6. Others
B. The microbiologists
1. Fields of microbiology
2. Settings of microbiology
3. Current Areas of Research
III. Historical Roots
A. Biblical accounts
B. Greek and Roman contributions
C. Bubonic plague
D. Development of microscopy
1. *Robert
Hooke
IV. The Germ Theory of Disease
A. Spontaneous
generation theory
1. Aristotle
2. *Francesco Redi
3. *John Needham
4. *Lazzaro Spallanzani
5. *Louis
Pasteur
6. *John
Tyndall
C. Pasteur's
further contributions
D. Koch's contributions
1. Pure culture techniques
E. Work toward controlling infections
1. *Ignaz
Semmelweiz
2. *Joseph Lister
V. Emergence of Special Fields of
Microbiology
A. Immunology
1. Development of vaccinations
2. Edward
Jenner and smallpox
4. Elie
Metchnikoff
B. Virology
1. Charles Chamberland and infectious
filtrates
2. *Martinus
Beijerinck
3. Wendell Stanley
4. Alfred Hershey and Martha Chase
5. James Watson and Francis Crick and DNA
C. Chemotherapy
1. Development of herbal medicines
2. Paul
Ehrlich and the "magic bullet"- toxin and antitoxins
3. Alexander
Fleming and penicillin
4. Gerhard
Domagk and sulfa drugs
5. Selman
Waksman and antibiotics
D. Genetics and Molecular Biology
1. Gregor Mendel and the principles of
genetics
2. Frederick Griffith and transformation
3. Edward Tatum and George Beadle and
genetic variations
VI. Tomorrow's History
1. Early microbiologists
2. Nobel Prize winners