Scientific program

Main research areas

General directions:

1. Molecular diagnostics
2. Clinical Biochemistry
3. Clinical Immunology
4. Clinical Hematology
5. Medical Cytology
6. Medical Bacteriology
7. Medical Virology
8. PCR diagnostics
9. OMIX Molecular Biology Technologies
10. Microscopy
11. Quality control
12. Bioinformatics
13. Medical Genetics
14. Coagulation research
15. Bedside diagnostics (height)

Clinical / Laboratory Immunology

• Methods for assessing innate and adaptive immunity
• Flow cytometry, mass cytometry, and other cytometry methods
• Diagnosis of immuno-mediated diseases (primary and secondary immunodeficiency, infectious, autoimmune, oncological diseases)
• Molecular allergodiagnostics
• Methods for monitoring the immunological effectiveness of vaccines and other immunopreparations
• Methods for assessing the aging of the immune system

Laboratory methods:

• Enzyme-linked immunosorbent assay
• Biochemical analysis
• Immunofluorescence
• Immunochromatographic methods
• Flow cytometry
• Laser scanning confocal microscopy
• Mass spectrometry
• Surface plasmon resonance
• Raman spectroscopy
• Nephelometry and turbidimetry
• Thromboelastography/thromboelastometry
• Machine Learning

Special laboratory areas:

• Studies of the hemostatic system
• Automation of laboratory tests
• COVID-19 diagnostics
• Liquid-based Cytology
• Diagnostics at the patient's bedside (Point-of-care testing)
• Diagnostics of oncological diseases
• Diagnosis of hereditary diseases
• Diagnosis of viral hepatitis
• Diagnosis of infections of the reproductive organs
• Diagnosis of HIV infection
• Diagnosis of tuberculosis
• Diagnosis of respiratory tract diseases
• Diagnosis of gastrointestinal tract infections
• Personalized Medicine
• Regenerative medicine
• Fundamental research in the field of medical biochemistry
• Epidemiology of natural-focal and especially dangerous infections
• Diagnosis of parasitic and protozoal infections
• Diagnosis of antibiotic resistance
• Molecular methods in transfusiology and transplantology
• The latest developments in the field of next-generation sequencing (NGS)
• Mechanisms of aging and longevity
• Molecular methods in epidemiological surveillance
• Quality control and food safety