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Selected topics in genetics

Course Description: This course covers advanced topics in genetics, including molecular separation and analysis techniques such as chromatography and proteomics, blotting techniques, genetic engineering, DNA sequencing, and microarray and FISH techniques. It also focuses on the use of bioinformatics tools, genetic mapping, and genetic data analysis in research and medical applications.
Credit hours: 3
Objectives of the course :

Developing students' skills in applying modern genetic technologies and analyzing genetic data using laboratory and computational tools.

Course outputs :

1.0 Knowledge and Understanding:
1.1 Explains the principles and techniques of chromatography, proteomics, and blotting techniques. .
1.2 Explains PCR applications, DNA sequencing, microarray techniques, and FISH.
1.3 Evaluates the role of bioinformatics and genetic mapping.
2.0 Skills:
Applies advanced laboratory techniques in molecular genetics.
Analyzes genetic data using bioinformatics tools.
2.3 Interprets gene expression and protein interaction results.
2.4 Clearly presents scientific results.
3.0 Values, Independence, and Responsibility
3.1 Adheres to the ethics of genetic data handling.
Works within multidisciplinary research teams.

Additional information:
  • Last updated: 2026-05-10

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