Vagus Nerve Stimulation Reverses Heart Failure by Reprogramming Immune Cells
Transcutaneous vagus nerve stimulation rescues HFpEF by shifting cardiac macrophage populations toward repair via cholinergic signaling.
4,153 articles in this topic
Transcutaneous vagus nerve stimulation rescues HFpEF by shifting cardiac macrophage populations toward repair via cholinergic signaling.
A meta-analysis of 336 patients finds taVNS significantly improves sleep quality and insomnia severity with minimal side effects.
A comprehensive StatPearls review covers atropine's anticholinergic action, FDA-approved uses, off-label applications, and safety profile.
Meet sestrins — the remarkable proteins your cells make when under stress that may hold the key to healthier, longer aging. No science degree required.
New research shows alcohol used to cope with stress in early adulthood leaves lasting brain changes linked to cognitive decline and dementia risk.
Rare immature neurons in resilient brains activate survival programs that fight damage — opening a new path toward dementia prevention.
New research reveals how defective newly-made proteins expose hidden molecular tags, triggering rapid cellular cleanup.
A new review reveals how natural compounds could modulate EZH2 — a critical epigenetic enzyme — to slow aging without the risks of strong drug inhibition.
A new review argues that systemic blood recalibration and partial cellular reprogramming target different axes of aging and should be combined.
A systematic review of 27 human trials finds calorie restriction best modulates senescence markers, but direct evidence remains elusive.
Excess dietary phosphate raises FGF23, which crosses into the brain and triggers sympathetic overactivation and high blood pressure via FGFR4.
A comprehensive review of hyperphosphatemia covers phosphate physiology, hormonal regulation, and clinical consequences for aging and kidney health.