 Abstract banking cryopreserved organs could revolutionize transplantation by making it possible to provide organs to patients anywhere in the world, regardless of their location or time constraints. Previously attempted organ cryopreservation has been unsuccessful due to ice formation, but a new technique called vitrification, or rapid cooling to a glass-like state, has shown promise. Unfortunately, re-warming these organs can also fail due to ice crystal formation if the process is too slow or uneven. To overcome this problem, researchers have developed a method called nanowarming, which uses alternating magnetic fields to heat up nanoparticles inside the organs' blood vessels, allowing for rapid and even re-warming. This method was tested on kidney tissue and found to be successful at restoring full renal function in raps with nephrectomy. If this technology can be scaled up, it could make organ banking a reality, providing a much needed solution to the global shortage of donor organs. This article was authored by Zohuhan, Joseph Sushil Ayo, Laxia Gangwa, and others. We are article.tv, links in the description below.