20 articles
New evidence reveals mitochondria form functionally distinct subpopulations within tissues and even single cells, reshaping how we understand energy metabolism.
Super-resolution microscopy reveals how mitochondrial mRNAs are distributed, folded, and released during apoptosis inside living cells.
New research reveals pulsed electromagnetic field therapy selectively enhances ATP-linked mitochondrial respiration, pointing to a specific cellular energy mechanism.
New research validates high-throughput methods for studying mitochondrial dysfunction in malignant hyperthermia susceptibility.
New research reveals how mitochondrial metabolism regulates dendritic cells' ability to activate anti-tumor immunity.
Scientists identify an NADH-dependent molecular switch linking glycolysis to mitochondrial ATP synthesis, revealing a new metabolic control point.
New research reveals mitochondria use lactate to prevent oxidative damage rather than generate energy, challenging conventional wisdom.
Restoring mitochondrial complex I function in fat cells prevents obesity-related metabolic dysfunction, even without weight loss.
UCLA researchers outline best practices for respirometry, the gold-standard method for measuring cellular energy and mitochondrial function.
A newly identified mitochondrial NAD transporter in fat cells controls whether you develop obesity and insulin resistance as you age.
NIH study identifies metabolic mechanism behind controversial skin condition and demonstrates successful treatment with mitochondrial complex I inhibitors.
Combined mitochondrial therapy restored muscle function and reduced fatigue in mouse model of Gulf War Illness.
Researchers found a dual-target approach that selectively destroys the most treatment-resistant form of acute myeloid leukemia.
New research links NAD+ imbalance to RYR1-related muscle disorders, potentially revealing cellular aging pathways.
New research reveals how a key cellular protein prevents ferroptosis, a type of cell death implicated in aging and age-related diseases.
A newly discovered lipid recycling loop driven by DGAT enzymes generates significant body heat — and it's been hiding in plain sight.
Brief weekly PEMF exposures increased quail embryo weight by ~20%, body length by ~15%, and upregulated key oxidative muscle genes.
Researchers discover how disrupted circadian rhythms in fat cells impair mitochondrial function, leading to metabolic syndrome.
New research reveals how obesity during pregnancy triggers genetic changes that cause lasting muscle dysfunction in offspring.
New research argues shared household metabolic factors — not just intrauterine exposure — drive MASLD risk in offspring.
