Research Articles
The Mitochondrial Sabotage: How Alzheimer's Disease Hijacks the Brain's Powerhouses
Explore how mitochondria become sites of Aβ accumulation in Alzheimer's disease, driving free radical generation and oxidative damage in disease progression.
The Hidden Regulators: How Tiny microRNAs Link Obesity and Cellular Energy
Explore how mitochondrial microRNAs (mitomiRs) act as critical communication links between cellular energy production and obesity-related metabolic dysfunction.
The Neural Highway: How a Mercury Saboteur Grinds Brain Traffic to a Halt
Discover how mercuric chloride disrupts mitochondrial transport in axons, causing neural traffic jams and energy crises in the nervous system.
Beyond the Binge: How Alcohol Sabotages the Pancreas from the Inside Out
Discover how alcohol triggers acute pancreatitis through mitochondrial dysfunction and endoplasmic reticulum stress, with scientific data and visualizations.
Powering the Fight: How Cellular Batteries Hold the Key to Taming Ulcerative Colitis
Discover how mitochondrial dysfunction in immune cells drives ulcerative colitis and the promising new precision therapies targeting cellular energy production.
The Great Wall of Artery: Unraveling the Two-Faced Nature of Hardening Blood Vessels
Explore how mitochondrial function and protein kinase C play distinct roles in vascular calcification, a key process in artery hardening.
The Cellular Time Machine: Why Reprogrammed 'Young' Cells Remember Their Age
Discover how induced pluripotent stem cells from aged donors retain mitochondrial aging signatures, challenging our understanding of cellular reprogramming and rejuvenation.
The Powerhouse Regulator: How PGC-1α Shapes Your Muscle Metabolism
Explore the fascinating role of PGC-1α as the master regulator of skeletal muscle metabolism, mitochondrial biogenesis, and its therapeutic potential for metabolic diseases.
The Stealth Saboteurs: How HIV and HCV Team Up to Attack Cellular Power Plants
Exploring how HIV and HCV co-infection causes severe mitochondrial dysfunction compared to HCV mono-infection, accelerating cellular aging and liver damage.
Beyond a Toxic Fart: How Rotten Egg Gas Rewires Your Cellular Power Grid
Discover how hydrogen sulfide (H₂S) acts as a master metabolic reprogrammer by directly rewiring mitochondria through Electron Transport Chain (ETC) plasticity.