TOPICS | WEEKS/HOURS |
Part I: Introduction to microbiology History and scope of Microbiology Microscopy and specimen preparation Prokaryotic and eukaryotic cell structure and function | 4 hours |
Part II: Microbial nutrition, growth and control Microbial growth Microbial Nutrition Physical and Chemical agents controlling microorganisms | 4 hours |
Part III: Microbial Metabolism Energy, enzymes and regulation Energy release and conversion The use of energy in metabolism | 4 hours |
Part IV: Microbial molecular biology and genetics Genes structure, regulation and mutation Genes expression and regulation Microbial recombination and plasmid Recombinant DNA technology Microbial genomics | 8 hours |
FIRST HOUR EXAM | |
Part V: The viruses Introduction and general characteristics Bacteriophages Viruses of eukaryotes | 6 hours |
PartVI: The diversity of the microbial world Taxonomy and phylogeny Archaea Bacteria Fungi and molds Algae protozoa | 16 hours |
SECOND HOUR EXAM | |
Part VII: Microbial diseases and their control Pathogenicity of microorganisms Antimicrobial agents Clinical microbiology The epidemiology of infectious diseases Viral diseases Bacterial diseases Fungal protozoan diseases | 14 hours |
Part VIII: Food and industrial Microbiology Microbiology of the food Industrial microbiology and biotechnology | 4 hours |
FINAL EXAM | |
Total | 60 hours |
Tool | Purpose | ILOs |
Lectures | To explain the theoretical knowledge for each topic | a.1, a.2, a.3, a.4, a.5, a.6, a.7, a.8, a.9 |
Small group discussion sessions and seminars | To answer the questions of the students and evaluate their notebooks and their knowledge | d. 4, d.5, d.6 |
Micro project (e.i. Review article) | To teach the students how to examine the references and periodicals | d.1, d.2, a.4, a.5, a.6 |
Dry Laboratory | To explain the practical knowledge for each topic | b.1, b.2, b.3, c.1, c.2, c.3, c.4, d.3 |