This course explores the principles of human genetics and modern genomics, with emphasis on the molecular basis of inheritance, disease, development, and human diversity. Students examine how genetic and environmental factors shape health and disease, while engaging with both foundational concepts and current advances in genomic research. The course also addresses the clinical, ethical, and societal implications of emerging genetic technologies.
Human Genetics and Genomics
Online
Course Overview
Key Topics
- Molecular and chromosomal mechanisms of inheritance
- Mendelian and non-Mendelian genetics
- Cytogenetics and biochemical genetics
- Population genetics and genomic diversity
- Human migrations and ancestry
- Mapping disease genes
- Cancer genetics, neurogenetics, and metabolic disorders
- Epigenetics and developmental genetics
- Clinical applications of genomics and pharmacogenomics
- Ethical, legal, and social issues in genomics
Learning Outcomes
By the end of this course, students will be able to:
- Explain key concepts and mechanisms in human genetics and genomics
- Analyse the interaction of genetic and environmental factors in complex traits
- Interpret and critically assess primary research in human genetics
- Evaluate the genetic basis of selected inherited, metabolic, neurological, and cancer-related conditions
- Discuss genomic diversity, ancestry, and the applications of emerging genetic technologies
- Reflect on the ethical, legal, and social dimensions of genomic research and practice
Teaching & Learning Format: Online
Assessment
- Class participation
- Weekly assignments
- Midterm examination
- Final examination
- Written paper
- Individual presentation
Indicative Background: An introductory course in genetics or equivalent background knowledge is recommended.