How does supercooling enable some insects, amphibians, and fish to survive freezing conditions?

Question: Explain how supercooling allows some insects, amphibians, and fish to survive in freezing conditions, and provide examples of organisms that utilize this mechanism. Answer: Supercooling is a process that enables certain insects, amphibians, and fish to survive in freezing conditions by preventing ice crystals from forming within their cells and body fluids. This is achieved through the presence of antifreeze proteins (cryoprotectants) in their bodies, which lower the freezing point of their cells and tissues. By avoiding ice formation, these organisms protect their cells from damage, which would otherwise lead to cellular dysfunction and death. When temperatures rise above freezing, these supercooled organisms gradually revive, resuming normal physiological functions with the help of cryoprotectants. Examples of organisms using supercooling as a survival mechanism include the Arctic woolly bear moth, the Antarctic midge, the wood frog, and the Arctic cod.