Saving organs is crucial, but current methods have limits. Advanced techniques to keep them usable for longer transplants are still under research.

Deep-Freezing for Organ Storage
Currently, Static cold storage (SCS) and machine perfusion (MP) are the main ways to preserve organs. (SCS) Static cold storage is cheap and easy—it keeps organs in a cold solution (about 4°C) but only for a short time. Kidneys last 12–24 hours, lungs 6–8 hours, and hearts 4–6 hours. Longer storage can cause damage, leading to transplant failure (1✔ ✔Trusted SourceOrgan Transplantation
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‘Did You Know?
Organ preservation techniques can make or break transplants. #organpreservation #transplantation #cryopreservation #machineperfusion #organdonation #medicalbreakthrough #medindia’

Recently, advanced freezing techniques have shown promise for long-term organ storage. Vitrification prevents ice damage by turning water in organs into a glass-like state. However, it requires chemicals that can harm cells. Scientists are working on safer methods, like reducing chemical use and improving rewarming.Organ preservation techniques can make or break transplants. #organpreservation #transplantation #cryopreservation #machineperfusion #organdonation #medicalbreakthrough #medindia’





Organ-Specific Preservation & Future Outlook
Scientists are working on better ways to preserve different organs. Kidneys have shown promise with long-term freezing, while livers need improved machine perfusion to reduce waste. Hearts use a lot of energy, making them harder to store, and lungs may benefit from special perfusion techniques. Research continues to find safer chemicals and better warming methods to make organ storage last longer and help solve the donor shortage.Reference:
- Organ Transplantation - (https://www.ncbi.nlm.nih.gov/books/NBK24616/)
Source-Higher Education Press