| No | Learning Outcomes |
|
1
| Describe the basic concepts and scope of medical microbiology. |
|
2
| Describe the composition and functions of the normal human microbiota. |
|
3
| Define the basic concepts of pharmacology and toxicology. |
|
4
| Describe the principles of laboratory safety, specimen handling, sterilization, and disinfection. |
|
5
| Describe the structural characteristics and classification of major groups of microorganisms. |
|
6
| Explain the basic pharmacokinetic and pharmacodynamic mechanisms of drug action. |
|
7
| Perform basic microscopy to observe and identify microbial structures. |
|
8
| Explain the principles and methods of microbial cultivation. |
|
9
| Explain how microorganisms cause infectious diseases and describe the principles of their epidemiology and prevention |
|
10
| Perform laboratory procedures to identify major groups of microorganisms, fungi and human parasites using appropriate techniques. |
|
11
| Explain how genetic variations in receptors, transporters, and enzymes affect drug response. |
|
12
| Explain the principles, mechanisms of action, and clinical use of antimicrobial drug classes. |
|
13
| Perform antimicrobial susceptibility testing using standardized laboratory methods. |
|
14
| Explain the basic concepts of microbial genetics and their relevance to pathogenicity and resistance. |
|
15
| Discuss the impact of global challenges such as climate change and migration on infectious disease patterns. |
|
16
| Explain the mechanisms and determinants of drug interactions |
|
17
| Explain thermoregulation and its relevance to infection and inflammation. |