Source https://www.fightaging.org/archives/2025/09/long-lived-turtles-are-highly-resistant-to-cancer/
The most interesting comparative biology programs aim to use the cellular biochemistry of unusually regenerative, long-lived, and cancer resistant species as a tool to better understand our vulnerabilities to aging and injury. In principle, understanding why a species is unusually long-lived could point to a basis for therapies to slow aging in humans, while understanding why species such as naked mole-rats, elephants, whales, and turtles have such low incidence rates of cancer could point to ways to shut down human cancers. This remains a hypothesis, as comparative biology research has not yet advanced to the point at which technology demonstratio…
Source https://www.fightaging.org/archives/2025/09/long-lived-turtles-are-highly-resistant-to-cancer/
The most interesting comparative biology programs aim to use the cellular biochemistry of unusually regenerative, long-lived, and cancer resistant species as a tool to better understand our vulnerabilities to aging and injury. In principle, understanding why a species is unusually long-lived could point to a basis for therapies to slow aging in humans, while understanding why species such as naked mole-rats, elephants, whales, and turtles have such low incidence rates of cancer could point to ways to shut down human cancers. This remains a hypothesis, as comparative biology research has not yet advanced to the point at which technology demonstratio…
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