Global Conference to Tackle Longevity Clinical Translation
The National University of Singapore Academy for Healthy Longevity is hosting the Geromedicine Conference on February 26-27, 2026, bringing together geroscience researchers, clinicians, and industry leaders. The event emphasizes clinical translation of molecules such as NAD+ precursors, urolithin A, and ergothioneine, alongside repurposed drugs. Attendees will explore precision geromedicine pathways, with more than 10 startup pitches and 50 scientific abstracts showcasing emerging interventions. The conference offers both in‑person and virtual attendance, extending its reach to a global audience.
Silencing Growth Hormone Has Strong Effects in Mouse Brains
Researchers engineered mice lacking growth hormone receptors specifically in adipose tissue (Ad‑GHRKO) and observed striking brain benefits in aged males. Compared with control mice, the Ad‑GHRKO group showed increased neuronal activity, reduced neuroinflammation, lower tau phosphorylation, and fewer senescence markers....
Longevity Innovation Forum in San Diego
Longevity Global is launching the inaugural Longevity Innovation Forum in San Diego on March 11‑12, 2026, gathering leading scientists, clinicians, biotech founders and investors to accelerate healthy‑aging research. The two‑day summit features high‑profile speakers such as Mike Snyder, Eric Verdin,...
Cellular Reprogramming Rescues Memory-Encoding Neurons
Scientists at EPFL applied a three‑factor (OSK) partial reprogramming cocktail to memory‑encoding engram neurons in 9‑10‑month‑old mice and Alzheimer’s‑model strains. Using a dual‑AAV system gated by doxycycline, OSK expression was limited to neurons active during a learning event, preserving cell...
Creating CAR-T Cells Using Current Alzheimer’s Antibodies
Researchers engineered CD4+ T cells with chimeric antigen receptors (CARs) derived from FDA‑approved Alzheimer’s antibodies aducanumab and lecanemab. The lecanemab‑based CAR (Lec28z) selectively bound fibrillar amyloid‑beta and reduced plaque burden in mouse brains, especially when delivered via transient mRNA transfection....
Young Microbes Rejuvenate Intestinal Function in Mice
Researchers performed heterochronic fecal microbiota transplants, moving gut microbes from young to aged mice, which reactivated canonical Wnt signaling and enhanced intestinal stem cell regeneration. Aged mice receiving young microbiota showed increased expression of Wnt3, Ascl2, Lgr5 and improved epithelial...