Source https://www.fightaging.org/archives/2025/01/a-transcriptomic-map-of-brain-aging-in-mice/
The amount of data on aging in animal models is only going to grow. Many large initiatives are focused on generating as much of a map of the biochemistry of aging as presently possible, and their output already far outpaces the ability of the broader scientific community to synthesize and understand this data. The new transcriptomic map noted here is an example of the type, and enormous research that will keep researchers busy in the decades ahead. A comprehensive understanding of the detailed progression of aging is perhaps less important to the near future of therapies to treat aging, however, as these will emerge from what is presently known of the contributing causes of aging, not from an understanding of the damage done by those causati…
Source https://www.fightaging.org/archives/2025/01/a-transcriptomic-map-of-brain-aging-in-mice/
The amount of data on aging in animal models is only going to grow. Many large initiatives are focused on generating as much of a map of the biochemistry of aging as presently possible, and their output already far outpaces the ability of the broader scientific community to synthesize and understand this data. The new transcriptomic map noted here is an example of the type, and enormous research that will keep researchers busy in the decades ahead. A comprehensive understanding of the detailed progression of aging is perhaps less important to the near future of therapies to treat aging, however, as these will emerge from what is presently known of the contributing causes of aging, not from an understanding of the damage done by those causati…
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