Learning outcomes: - About the main molecular-genetic and cellular mechanisms of the body's activity, the structural and functional organization of hereditary material at the molecular level (DNA);
- About the directions and mechanisms of transmission of hereditary information in living systems, their role and significance in activities under normal and pathological conditions;
- On the molecular mechanisms of realization of hereditary information;
- On the structural and functional organization of hereditary material at the gene, chromosomal and genomic levels;
- On the causes and mechanisms of hereditary variability and their role in the formation of hereditary human diseases and congenital malformations;
-Be able to solve problems in the discipline of general and molecular genetics and draw conclusions from the resulting final data;
-Be able to organize practical and search, management work on a scientific basis;
-Apply the acquired knowledge in laboratory conditions, production conditions
Formed competencies: Through the acquisition of knowledge on the basic molecular and genetic mechanisms of the body's activity, theories of hereditary material at the molecular level, after the course, the competence of the educational direction, conducting research work is formed.
The subject of general and molecular genetics is formed in the course of training in biology, at school, in group work as an object of studying heredity, variability in living organisms, by regulating the action of genes and isolating the molecular mechanism of mutagenesis, mastering the molecular basis of heredity;
Obtains theoretical knowledge about structural features, phylogenetic development and the systemic place of molecules in the discipline of general and molecular genetics, forms competencies on the theoretical foundations of practical work. The ability to study new problems of modern molecular genetics in various directions is being formed.