The global organ preservation marketis expected to grow at a CAGR of 7.2% during the forecast period. Organ transplantation is necessary for patients with the last stage of diseases. To ensure the donor’s organ quality different organ preservation solutions and techniques are being adopted by the physicians. The quality of the donor organs directly affects survival after transplantation making the preservation process a crucial step in the organ transplantation process. Organ preservation is now getting more advance through testing the quality and safety and increasing the efficiency and refining preservation strategies.
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Based on the technique, the organ preservation market is segmented into static cold storage (SCS) and dynamic cold storage (DCS). For many past years, the choice of SCS has dominated the organ preservation market. There is a shift from static cold storage to dynamic cold storage technique is being observed in recent times. The recent demand to increase the number of an organ donors is making the DCS segment show more growth. The currently used technique of organ preservation is shifting from SCS to theories inspired by early techniques since these techniques provide great potential for improved graft preservation, viability assessment, and most importantly, repair & regeneration.
Regionally, North America is expected to hold a significant share in the market owing to the rising number of organ transplantation and the growing awareness regarding organ preservation. The organ preservation market is also rapidly expanding in the Asia-Pacific and witnessing a significant growth specifically in the countries including China, India, and Japan. The growth is exhibited due to increasing the aging population and growing awareness for organ preservation and organ transplant.
Current Trends in the Organ Preservation Market:
- Machine perfusion has resurfaced and dominates current research on organ preservation.
- The use of ex-vivo machine perfusion increases the use of marginal donors by minimizing IRI and facilitating the repair & regeneration of suboptimal grafts in order to expand the number of donors and improve overall graft function after transplantation. For this purpose, prolonged ex-vivo perfusion time is required. The ex-vivo machine perfusion has also provided a potential platform for organ immunomodulation.
- Ex-vivo lung perfusion (EVLP) is among the most attractive areas of study in organ preservation. A series of therapeutic strategies are being studied by the researchers using EVLP for lung repair.
- In order to extend the organ preservation time and maximize the yield of successful transplantations by improving the quality and function of organs, new approaches are being used. For instance, the composition of preservation solutions is being further optimized by the inclusion of agents in preservation solutions with targeted mechanisms of action.
Global Organ Preservation Market- Segmentation
By Technique
- Static Cold Storage (SCS) Technique
- Dynamic Cold Storage (DCS) Technique
By Organ Type
- Kidney
- Liver
- Lung
- Heart
- Other Organs (Pancreas, Intestine)
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