1. komponenta

Lecture type	Total
Lectures	30
Practicum	15
Seminar	15

LEARNING OUTCOMES:
1) Integrate knowledge from genetics, immunology, evolution and cell biology in order to explain mechanisms of disease development
2) Assess which methods are the most reliable for detection of certain aberrations based on the comparison of disease mechanism in different organs and systems
3) Discuss ethical issues in choosing samples and methods used in particular studies, in accordance with national and international laws and directives
4) Analyze differences between research and diagnostic procedures in biomedicine with the relation to specificity of both types of laboratories
5) Plan laboratory experiments in concordance with available type of samples and the most reliable methods

COURSE CONTENT:
Lectures:
1. Genetic inheritance, causes of mutations, types of mutations
2. Association of genetic aberrations and disease development
3. Genetics of reproductive and developmental processes
4. Genetic aberrations during development
5. Genetics of infectious diseases and its impact of host cells
6. Immunogenetics
7. Immunodeficiencies, transplantation
8. Autoimmune diseases and hypersensitivity reactions
9. Tumor pathobiology
10. Genetic basis of malignant diseases
11. Genetics of mental disorders
12. Types of samples in biomedicine
13. Types of studies in human genetics and biomarker evaluation
14. Development of new therapies
15. Biomedical ethics

Seminars:
1. Tumor markers
2. Clonality in hematological disorders
3. Prenatal diagnostics
4. Cell and tissue banks
5. Classification of malignant diseases

Practicals:
1. DNA isolation from archived tissue
2. Basic tissue staining and analysis of tumor tissue
3. Assessment of B cell clonality
4. Immunohistochemistry
5. Fluorescent in situ hybridization

1. Rasko I i Downes CS: Genes in Medicine, Chapman & Hall, 1995
2. Strachan T i Read A: Human molecular genetics, Garland Science, 2011

Izborni kolegiji - Genetika - Regular study - Molecular Biology