Science and Research

The scientific activities of the Educational and Scientific Pharmaceutical Institute of NTU “KhPI” integrate both fundamental and applied research in the fields of pharmacy, biotechnology, analytical chemistry, laboratory diagnostics, and chemical technologies.
Department of Biotechnology, Biophysics and Analytical Chemistry
Main Research Areas:
  • Industrial and pharmaceutical biotechnology;
  • Development of technologies for obtaining biologically active substances of natural origin;
  • Development of immunobiological, liposomal, and other advanced therapeutic and diagnostic products;
  • Development of analytical methods and standardization approaches for biotechnological products;
  • Biophysics of macromolecules and biomolecular complexes;
  • Chemical physics and studies of energy transfer processes in biological systems;
  • Environmental biotechnology and bioremediation.
Department of General Pharmacy
Main Research Areas:
  • Development and improvement of medicinal products for patients with comorbid conditions;
  • Clinical and social pharmacy;
  • Pharmacy organization and management;
  • Implementation of modern pharmaceutical technologies in manufacturing;
  • Pharmaceutical care and rational use of medicines;
  • Development of innovative health-supporting products;
  • Interdisciplinary research in public health and healthcare.
Department of Clinical Laboratory Diagnostics and Immunology
Main Research Areas:
  • Clinical laboratory diagnostics;
  • Immunological and molecular biological research;
  • Laboratory monitoring of pathological conditions;
  • Biomarker research and development of personalized medicine approaches;
  • Microbiological, virological, and molecular genetic studies;
  • Implementation of modern laboratory and diagnostic technologies in healthcare practice.
Department of Organic Synthesis and Pharmaceutical Technologies
Main Research Areas:
  • Synthesis of organic compounds and novel pharmaceutical substances;
  • Development of active pharmaceutical ingredients (APIs);
  • Design and optimization of pharmaceutical dosage forms;
  • Development of technologies for cosmetic products, food additives, and organic products;
  • Quality control, standardization, and validation of pharmaceutical products;
  • Biopharmaceutical research;
  • Chemical technologies for the pharmaceutical, cosmetic, and biotechnology industries.