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 LECTURE SCHEDULE |
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| 24 February - 2 March |
INTRODUCTORY MICROBIOLOGY |
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Groups of microorganisms |
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Importance of microorganisms |
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Microbial evolution |
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| 3 March - 9 March |
History of Microbiology |
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Spontaneous Generation of Organisms |
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Golden Era of Microbiology (1860-1910) |
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Germ Theory of Disease |
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Viral Diseases and Immunization |
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Microbiology in 20th Century |
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Nobel prizes awarded in the subject related in Microbiology Research |
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Noteworthy Events in the Development of Industrial Microbiology |
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| 10 March - 16 March |
Scope of Mcrobiology |
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A summary of the major fields of applied microbiology |
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Microbial effect on organic and inorganic matter |
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Importance of Microorganisms to the Biosphere |
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Composition of microbial world |
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| 17 March - 23 March |
The Microscopic examination of microorganisms |
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Microscopes and microscopy |
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Bright field microscopy |
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Resolving power |
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Numerical aperture |
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Limit of Resolution |
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Magnification |
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| 24 March - 30 March |
Microbiological stains |
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Fixed, stained smears |
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Simple staining |
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Differential staining |
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Gram staining |
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| 31 March - 6 April |
Structure and organization of bacteria |
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size, shape and arrangements of bacterial cells |
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Bacterial structures |
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Different parts of attachment of a flagellum in Gram-negative bacterium |
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Capsules and slime |
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Fimbriae and pili |
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Sheaths |
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Prosthecae and stalks |
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Cell Wall |
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| 7 April - 13 April |
Outer membrane |
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Techoic acids |
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Cell membrane |
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Mesosomes and Cytoplasm |
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Ribosomes and Cellular reserve materials |
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Endospores |
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Cysts and Archaebacteria |
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| 14 April - 20 April |
Growth Media |
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Types of media |
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Media for enumeration of bacteria and Media for characterization of bacteria |
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Maintenance media |
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Preparation of media |
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| 21 April - 27 April |
Nutrition and growth of microorganisms |
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Carbon requirement |
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Nitrogen and sulphur requirement |
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Classification based on O2 requirement |
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| 28 April - 4 May |
Nutritional classification |
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Other mineral requirement |
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Growth factors |
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Vitamins and their functions |
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| 5 May - 11 May |
Microbial growth |
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Batch culture |
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Methods of determining growth |
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Mathematics of bacterial growth |
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Continuous cultures |
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Synchronous culture |
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Di-auxic growth |
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Factors affecting growth and growth rates |
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Measurement of yeast growth |
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Measurement of fungal growth |
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| 12 May - 18 May |
VIRUSES |
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Structure of virions |
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Morphology of Well known viruses |
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Bacteriophages |
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| 19 May - 25 May |
Lytic and lysogenic cycle |
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Diseases |
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Plant viruses |
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Classification of virus |
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| 26 May - 1 June |
Microbial Genetics – Basic Concepts |
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Genotype and phenotype AND DNA and chromosomes |
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Enzymes that associated with DNA |
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DNA replication |
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Transcription |
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Translation |
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Plasmids |
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Gene regulation and expression |
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| 2 June - 8 June |
The operon model of gene expression |
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Importance of microbial genetics |
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Genetic Recombination |
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I.Transformation |
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II.Transduction |
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III. Conjugation |
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Other Genetic Recombinations |
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| 9 June - 15 June |
Mutation |
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Mutant identification |
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Replica plating technique |
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Spontaneous and induced mutation |
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Mutagens |
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Site directed mutation |
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| 16 June - 22 June |
Interrelationship between microorganism: Beneficial and harmful relationships |
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Interrelationship between microorganisms : Beneficial and harmful relationship |
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Beneficial / positive interactions |
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| 23 June - 29 June |
Negative / harmful / deleterious interactions |
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Antagonism |
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Predation |
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Importance of Soil fertility |
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| 7 July - 13 July |
Acknowledgement |
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