Deficient autophagy drives aging in Hydra
S Tomczyk, Q Schenkelaars, N Suknovic, Y Wenger… - BioRxiv, 2017 - biorxiv.org
Hydra exhibits a negligible senescence as its epithelial and interstitial stem cell populations
continuously divide. Here we identified two H. oligactis strains that respond differently to …
continuously divide. Here we identified two H. oligactis strains that respond differently to …
[PDF][PDF] Deficient autophagy drives aging in Hydra
S TOMCZYK, Q SCHENKELAARS, N SUKNOVIC… - access.archive-ouverte.unige.ch
Hydra exhibits a negligible senescence as its epithelial and interstitial stem cell populations
continuously divide. Here we identified two H. oligactis strains that respond differently to …
continuously divide. Here we identified two H. oligactis strains that respond differently to …
[PDF][PDF] Deficient autophagy drives aging in Hydra
S TOMCZYK, Q SCHENKELAARS, N SUKNOVIC… - scholar.archive.org
Hydra exhibits a negligible senescence as its epithelial and interstitial stem cell populations
continuously divide. Here we identified two H. oligactis strains that respond differently to …
continuously divide. Here we identified two H. oligactis strains that respond differently to …
Deficient autophagy drives aging inHydra
S Tomczyk, Q Schenkelaars, N Suknovic, Y Wenger… - 2017 - europepmc.org
Hydra exhibits a negligible senescence as its epithelial and interstitial stem cell populations
continuously divide. Here we identified two H. oligactis strains that respond differently to …
continuously divide. Here we identified two H. oligactis strains that respond differently to …