Introduction to Microbiology
Microbiology I
Opening lecture covering the scope of microbiology, history of the discipline, and the major groups of microorganisms.
For Students
Lecture presentations from across the microbiology, hematology, and laboratory science curricula. All files are freely downloadable for study and personal use.
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Filter by subject area or search for a specific topic. New material is added each academic year.
Presentation files are being uploaded gradually. Cards below describe the planned material; downloads will be enabled as files are added.
Microbiology I
Opening lecture covering the scope of microbiology, history of the discipline, and the major groups of microorganisms.
Microbiology I
Detailed coverage of the bacterial cell wall, membrane, cytoplasm, and the physiological basis of bacterial growth.
Clinical Microbiology
Mechanisms of action of major antibiotic classes, with an overview of resistance mechanisms and laboratory susceptibility testing.
Clinical Microbiology
Specialist lecture drawn from Dr. Hassani's research work in Dresden, covering the laboratory diagnosis of Legionella pneumonia by indirect immunofluorescence and culture.
Practical Microbiology
Step-by-step practical guide to performing and interpreting the Gram stain in a teaching laboratory.
Hematology I
Overview of blood components, hematopoiesis, and the principal areas of clinical hematology.
Hematology I
Detailed lecture covering erythrocyte physiology, the major anemias, and laboratory approaches to their diagnosis.
Hematology II
Morphology and function of the white blood cell lineages, with an introduction to the major benign and malignant disorders.
Hematology II
The coagulation cascade, laboratory tests of hemostasis (Quick, PTT, fibrinogen, Protein C and S), and a clinical overview of common bleeding disorders.
Practical Hematology
A structured method for the systematic examination of a peripheral blood film, with annotated examples.
Laboratory Methods
Foundational lecture on biosafety levels, personal protective equipment, and routine good laboratory practice.
Laboratory Methods
Pre-analytical considerations: how specimens should be collected, labelled, transported, and accepted in the diagnostic laboratory.
Laboratory Methods
Principles of internal and external quality control, with practical examples drawn from microbiology and hematology workflows.
Academic Skills
Practical guidance on writing laboratory reports, structuring a thesis, and citing the scientific literature responsibly.
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