Year: 2024
Type: article
Abstract: Modern veterinary transfusiology is a critically important field that significantly influences the quality of medical care available for animals. This is especially relevant for service animals that work in conflict zones or emergency situations, where the need for immediate blood transfusion may be life-saving. Research into the development of this field shows how advances in scientific knowledge and technology have substantially improved blood transfusion practices in veterinary medicine, enhancing survival rates for patients. The objective of this work is to trace the evolution of blood transfusion methods from early experiments in the 17th century to modern techniques, to reveal the significance of blood grouping in reducing incompatibility risks, and to assess the role of component therapy and cryopreservation in preserving donor blood. The study demonstrated that the historical development of transfusion practices in veterinary medicine has laid the foundation for creating modern methods that greatly improve treatment effectiveness and animal safety. The introduction of blood group identification and component therapy has reduced incompatibility risks, achieved through accumulated scientific knowledge and numerous experiments. Cryopreservation of donor blood has been a particularly important step, enabling the creation of reserves for emergency assistance, which is essential in veterinary practice. Thanks to this, veterinary medicine today can effectively use donor blood components, provide more reliable and faster help in cases of blood loss and other critical conditions. The historical overview of the development of veterinary transfusion underlines the importance of further research in this field. This is necessary to improve blood preservation methods, reduce infection risks, and ensure the availability of donor blood in emergency cases. The obtained results make a valuable contribution to developing high standards of safety and effectiveness in animal treatment.
Institution: State Biotechnological University
Language: English
Subfield: Biochemistry
Field: Medicine
Domain: Health Sciences
Open Access status: diamond
OpenAlex ID: W4407630434