Biology (lecture)
Nm | Topic | Hour |
1. | Cell theory, structure and evolution | 2 |
2. | The cell cycle (cell-division cycle), types of cell division, chromosome composition, human karyotype | 2 |
3. | Reproduction and embryonic development | 2 |
4 | The laws of inheritance | 2 |
5. | Heredity forms, Interaction and evolution of non-allele genes | 2 |
6. | Medical parasitology | 2 |
Total | 12 |
Biology (practice)
Nm | Topic | Hour |
1. | The structure of the microscope and the principle of its work. Cell structure, shape, size, and function | 4 |
2. | Chemical composition of the cell, membrane transport Metabolism | 4 |
3. | The life cycle of cells, form of division, chromosome structure, shape, size, classification, human karyotype | 4 |
4. | Nucleic acids and protein synthesis, DNA replication, the genetic code of life | 4 |
5. | Embryonic development | 4 |
6. | The laws of inheritance, allelic gene interaction, form of heredity–. | 4 |
7. | Interaction of non-allele genes, population genetics, draw the pedigrees chart | 4 |
8. | Medical importance parasitology. Protozoan, Trematoda and Cestoda | 4 |
9. | Medical importance Nematode and Arthropoda | 4 |
10. | Phylogenesis | 4 |
Total | 40 |