Source https://www.fightaging.org/archives/2023/11/what-can-be-learned-about-energy-metabolism-and-longevity-from-birds/
Here find an interesting commentary on some of the evolved genetic differences between mammals and birds, with a focus on genes relevant to energy metabolism – and potentially to species longevity. Larger animals live longer, but birds tend to be long-lived for their size. This is also the case for some bat species. It is thought that adaptations to energy metabolism needed to support the very energy-intensive activity of flight are involved in this increased longevity, providing resilience as a side effect.
The details have yet to be mapped in any comprehensive way, but studies such as today’s open access example are steps towards that goal. Energy metabolism is closely associated with mitochondrial function and <a href="https://en.wikipe…
Source https://www.fightaging.org/archives/2023/11/what-can-be-learned-about-energy-metabolism-and-longevity-from-birds/
Here find an interesting commentary on some of the evolved genetic differences between mammals and birds, with a focus on genes relevant to energy metabolism – and potentially to species longevity. Larger animals live longer, but birds tend to be long-lived for their size. This is also the case for some bat species. It is thought that adaptations to energy metabolism needed to support the very energy-intensive activity of flight are involved in this increased longevity, providing resilience as a side effect.
The details have yet to be mapped in any comprehensive way, but studies such as today’s open access example are steps towards that goal. Energy metabolism is closely associated with mitochondrial function and <a href="https://en.wikipe…
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