- Methods of nucleic acid analysis. DNA and RNA purification f from biological sources: chemical and physical structure of DNA and RNA; purification of nucleic acids: theoretical and practical aspects: Spectrophotometric techniques for the analysis of the denaturation and re-association of nucleic acids. Electrophoretic techniques: general principles
- The structure and functions of the eukaryotic gene. Regulation of gene expression; Regulatory RNAs
- Basic technology for gene isolation and gene expression analysis. Enzymes used in molecular biology (restriction endonuclease, ligase, polymerase); polymerase chain reaction (PCR): theoretical aspects; Molecular cloning. Recombinant proteins as therapeutic agents.
- Applications of Molecular Biology. Precision medicine: the example of breast cancer
Forensic medicine and molecular determination of sex. Molecular markers of pathologies: miRNAs as factors of diagnosis and prognosis