Translational medicine areas include areas aimed at applying the results of basic research to develop new methods for diagnosing, treating and preventing diseases. The main areas of translational medicine are, firstly, personalized medicine — development of individual approaches to treatment based on the patient’s genetic, molecular and clinical information. Secondly, molecular diagnostics — creation of methods for identifying biomarkers and genetic markers of diseases for early diagnosis and monitoring. Thirdly, genomics and genetics — study of the genetic basis of diseases and development of genetically targeted therapies. Fourthly, biomedical engineering and regenerative medicine — creation of artificial organs, tissues and cellular technologies to restore body functions. Fifthly, digital medicine and big data — use of information technology, artificial intelligence and analytics to process clinical data and optimize treatment. Sixth, cellular and molecular therapies — development of new therapies based on the use of stem cells, monoclonal antibodies, gene therapy. Seventh, transition from laboratory research to clinical practice — creation of conditions for rapid implementation of new therapies and diagnostic methods in healthcare. These areas contribute to more precise, effective and personalized medicine, improving the quality of life of patients and increasing the effectiveness of treatment processes.

Download this article as