THE LEVEL OF POTASSIUM IN THE BLOOD SERUM OF RABBITS WITH EXPERIMENTAL MUSCLE DAMAGE UNDER THE INFLUENCE OF TRANSPLANTED STEM CELLS

In veterinary medicine, limb muscle injuries in sports and working animals, such as tears, sprains, and skeletal muscle damage, are common. These injuries pose challenging problems in animals because traditional treatments are lengthy and not always successful. In animals, skeletal muscles are plastic and dynamic tissues that can adapt to different conditions, such as fiber type changes and hypertrophy, and recover from injuries. The main purpose of this article is to discuss, analyze and summarize the results of research aimed at the use of allogeneic mesenchymal stem cells, a means of regenerative therapy, in veterinary practice. The main direction of cell therapy is the use of allogeneic mesenchymal stem cells (MSCs). These cells are undifferentiated and can renew themselves, which allows them to develop into cells with specific functions and become an effective treatment for tissue repair. In particular, mesenchymal stem cells are promising for veterinary medicine, as they are easy to isolate and cultivate and have no ethical issues regarding their use. The article discusses the application of the analysis of the use of allogeneic mesenchymal stem cells for tissue repair in veterinary medicine in experimental animals, taking into account scientific research and the results of the authors' research. The use of an innovative and promising method of treating animals with damaged muscle tissue based on cellular regeneration can significantly accelerate the recovery of animals after injury and avoid the side effects that occur with traditional methods of treatment.