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The 'longevity protein' SIRT5 could be a key factor in delaying age-related skeletal muscle declineThis study sheds light on how SIRT5, a member of the sirtuin family of proteins, can delay muscle aging by modulating inflammatory pathways through its interaction with the protein kinase TBK1.
The Tat-SIRT5-CTM peptide specifically blocked the interaction of SIRT5 with ANXA1, led to SIRT5 degradation and thereby inhibiting SIRT5-mediated desuccinylation of ANXA1, which in turn ...
On the left are the representative images of TTC-stained tissues from mice treated with the Tat-SIRT5-CTM peptide. In the center is the mNSS results showing the extent of neurological deficits at ...
It’s a common refrain on social media. We fact-checked this and five other big protein claims circulating online. By Alice Callahan We’re in a protein craze, and it’s hard to ignore.
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