Tag: inflammation
Mitochondria as cellular decision-makers: reframing disease, aging, and inflammation
Mitochondria regulate far more than energy production—they control inflammation, ageing, and disease progression through metabolic signalling. New research shows seven…
How the Brain Controls Inflammation Through the Vagus Nerve
The vagus nerve transmits electrical signals from the brain to the immune system, reducing inflammation through acetylcholine release. Clinical trials…
How Gut Dysbiosis Triggers Systemic Inflammation: A Mechanistic Overview
When the gut microbiota becomes imbalanced, reduced production of short-chain fatty acids weakens the intestinal barrier, allowing bacterial toxins to…
Rare genetic variants in long-lived families linked to healthier aging
Researchers studying exceptionally long-lived families have identified rare genetic variants linked to sustained health in advanced age, with one mutation…
PQQ Shows Consistent Benefits for Inflammation, Energy, and Memory in Human Trials
Pyrroloquinoline quinone (PQQ), a naturally occurring micronutrient, shows consistent improvements in inflammatory markers, mitochondrial energy metabolism, and cognitive performance in…
PQQ Shows Consistent Benefits for Inflammation, Energy, and Memory in Human Trials
Human clinical studies document consistent benefits of pyrroloquinoline quinone (PQQ) supplementation on inflammation, energy metabolism, and memory—with effects emerging at…
Mitochondria as metabolic decision-makers: how cellular power plants regulate inflammation, aging, and disease
Mitochondria function as metabolic control centers that regulate inflammation, aging, and disease susceptibility across multiple organ systems through energy signaling…
How Brain Cell Conversations Shape Memory, Mood and Resilience
The brain's health depends on coordinated communication between astrocytes, microglia, neurons, and oligodendrocytes. These cellular conversations determine whether the brain…