Humanin derivative HNG curbs neuronal senescence in rat PC12 cells
Chronic HNG treatment preserved synapsin 1 and synaptophysin levels and sustained acetylcholine-induced dopamine release in a glutamate-induced senescence model.
PR
By Priya Raman · Science Reporter
Oct 11 20:00 ETSource: Neuroscience
The wire
- 01Researchers report that HNG, a potent humanin derivative, attenuated senescence markers including SA-beta-gal activity, Ki67 and SASP factor expression in differentiated PC12 cells and mouse primary cortical neurons.
- 02Humanin is tracked closely by longevity-peptide readers; this adds a cell-level mechanism, exocytosis preservation, to its claimed anti-aging profile.
- 03The work is entirely in cultured rodent cells with no dosing or exposure data in animals or humans, so clinical relevance remains unestablished.
From the source
Read at pubmed.ncbi.nlm.nih.govHumanin attenuates neuronal cellular senescence and preserves neurotransmitter release in differentiated PC12 cells
Neuroscience · 2026 Oct 12 · Tanahashi M, Kozuka A, Sasakawa N et al.
Source URL https://pubmed.ncbi.nlm.nih.gov/42863694/
