The remaining lifespan of old mice, equivalent to a human age of 77 years, doubled
Live Forever Club - 25-Feb-2024Therapy used OSKM genes to potentially extend lifespan and reverse ageing signs
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Journal dedicated to cellular reprogramming mechanisms, technologies and applications
Cellular Reprogramming is the only peer-reviewed journal dedicated to cellular reprogramming mechanisms, technologies and applications. Cellular reprogramming is a diverse and growing discipline that studies cellular identity reversal or modification. The field aims to understand how cell fate is acquired, maintained and inherited in health, what happens when cell identity in hijacked in disease and to harness cell fate engineering for therapeutic applications. The journal covers but is not limited to the different ways cellular reprogramming can be achieved experimentally, including nuclear transfer, cell fusion or expression of defined factors.
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Details last updated 14-Dec-2023
Therapy used OSKM genes to potentially extend lifespan and reverse ageing signs
While age ultimately caught up, study demonstrates potential of the novel treatment