Lsp2 links early-life diet to adult translation and lifespan in Drosophila
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TL;DR - A Drosophila study uses isotope tracing to connect larval amino-acid intake with adult protein translation and lifespan. It identifies Lsp2 as a key molecular mediator of the lasting effects of early-life protein restriction.
- Traces the fate of amino acids consumed during larval development into adulthood.
- Links early-life diet to long-term regulation of protein translation.
- Identifies Lsp2 as a central regulator connecting developmental nutrition with adult lifespan.
- Provides a molecular basis for how early protein restriction can have persistent physiological effects.
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Lsp2 links early-life diet to adult translation and lifespan in Drosophila
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TL;DR - A Drosophila study uses isotope tracing to connect larval amino-acid intake with adult protein translation and lifespan. It identifies Lsp2 as a key molecular mediator of the lasting effects of early-life protein restriction.
- Traces the fate of amino acids consumed during larval development into adulthood.
- Links early-life diet to long-term regulation of protein translation.
- Identifies Lsp2 as a central regulator connecting developmental nutrition with adult lifespan.
- Provides a molecular basis for how early protein restriction can have persistent physiological effects.