1. Characterization of the course, model organism in molecular biology, molecular level of genetics, characterisation, function, structures.
2. Nirenberg and Matthai experiment, molecular scissors, recombination technologies, PCR and application.
3. Genome sequencing, complete set of genetic information, different genomic approaches.
4. Gene therapy, pros, cons, cancer and tumour therapy, stem cell therapy.
5. Cell transport mechanism and permeability, cell membranes and functions, intracellular transport.
6. Cell signaling, cellular information processing, classification, realization, mechanism. Signaling pathways.
7. Cell cycle, cell cycle phases, cell differentiation process, cell ageing and death. Programmed cell death, apoptosis.
8. Biosensors. Biomolecules detection and signal recognition, surface immobilization of biomolecules, passivation.
9. Nanomedicine: hyperthermia, gene therapy, immunotoxins, drug delivery.
2. Nirenberg and Matthai experiment, molecular scissors, recombination technologies, PCR and application.
3. Genome sequencing, complete set of genetic information, different genomic approaches.
4. Gene therapy, pros, cons, cancer and tumour therapy, stem cell therapy.
5. Cell transport mechanism and permeability, cell membranes and functions, intracellular transport.
6. Cell signaling, cellular information processing, classification, realization, mechanism. Signaling pathways.
7. Cell cycle, cell cycle phases, cell differentiation process, cell ageing and death. Programmed cell death, apoptosis.
8. Biosensors. Biomolecules detection and signal recognition, surface immobilization of biomolecules, passivation.
9. Nanomedicine: hyperthermia, gene therapy, immunotoxins, drug delivery.