Master’s Programme

As part of the WCRC, there are plans to develop master’s programmes in Biology, Radiochemistry, PhD programmes in Clinical Medicine (Oncology specialty). The inclusion of educational modules in specialist training, residency and PhD programmes as well as in continuing professional education programmes will help fill the staff shortage and create a pool of researchers competent in the use of genomic technologies, which will largely contribute to alleviating the staff shortage in the field of personalized medicine.

The higher education programme for Master’s degree in Biology (Cell and Molecular Biology specialty) is being developed.

Head of the Master’s programme in Biology: Olga Kalinina, DSc in Biology.

The Master’s programme includes more than 30 basic and elective subjects (modules):

  • History and Methodology of Science
  • Foreign Language 
  • Bioethics, Research on SPF Laboratory Animals 
  • Fundamentals of Biostatistics
  • Cell Biology
  • Biomedical Value of the Extracellular Proteome
  • Instrumental Methods of Analysis in Biochemical Research
  • Mathematical Modeling of Living Systems
  • Medical Biophysics
  • Biology Teaching Method
  • Cellular and Molecular Immunology. Immunopathogenesis of Viral Infections
  • Bioinformatics and Computer Technologies in Biology
  • Approaches to the Analysis of the Transcriptome in a Biological Experiment on the Example of Cell Differentiation
  • Biosphere, Global Environmental Problems. Basics of Evidence-Based Medicine
  • Protein Biosynthesis on Ribosomes. Catalysis and Inhibition
  • Cellular Respiration and Mitochondria. Mediated Mechanisms of Cell Death
  • Study Methods in Cell and Molecular Biology
  • Role of Micro-RNA in the Pathogenesis of Diseases
  • Life Safety
  • From Cytology to Cytogenetics
  • Fundamentals of Human Cytogenetics
  • Laboratory Research Fundamentals, Good Laboratory Practice
  • Hemostasis Disorders in Oncological Practice
  • Laboratory Diagnostic Methods in Oncohematology
  • Molecular Genetic Technologies in the Practice of Clinical Diagnostic Laboratories
  • Innovative Technologies in Laboratory Clinical Practice
  • Nucleus, Chromatin, Regulation of Gene Expression, Transcription Factors, RNA Classes. Signal Pathways
  • Embryology
  • Electrophysiology of the Cell: From Fundamental Biology to Diagnosis