Mitochondrial volume
3 papers2 findings
- Animals1
- Model organisms2
Interventions
1Physical exercise
upin mouse cells1downin mouse cells1
1 study
Physical exercise
upin mouse cells1downin mouse cells1
Physical exercise increases mitochondrial volume in mouse cells.
“In myotubes, physical exercise increased mitochondrial volume and decreased cristae extension, partially reverting the age-associated alterations.”
Cellsin myoblast-derived myotubesskeletal muscle
Microscopy research and technique26 Nov 2025
Physical exercise decreases mitochondrial volume in mouse cells.
“In myoblasts, physical exercise decreased mitochondrial volume while increasing mitochondrial elongation and cristae extension in comparison to the sedentary condition”
Cellsin MuSC-derived myoblasts in comparison to sedentary conditionskeletal muscle
Microscopy research and technique26 Nov 2025
Latest
6 in 12 monthsExperimental Gerontology
Age-related disruptions in ubiquitination and mitochondrial proteostasis are associated with neuronal compartment-specific mitochondrial changes
Experiments in animalsProteostasis
Experimental Physiology
Bed rest decreases resting skeletal muscle O₂ uptake and resting energy expenditure in young and elderly subjects
Non-randomized trial in peopleMuscle
bioRxiv
Intermittent AP-1 activation in muscles contributes to exercise-induced health benefits
Preprint: experiments in miceMuscle
GeroScience
Structural and mitochondrial dendritic degenerations in old hypoglossal motor neurons
Experiments in ratsMitochondrion
Microscopy Research and Technique
Physical Training Counteracts Mitochondrial Alterations in Myoblasts and Myotubes Derived From Muscle Satellite Cells of Old Mice: An In Vitro Ultrastructural Study
Experiments in animalsMuscle
Journal of Biosciences
Germline loss diminishes somatic mitochondria but confers preservation of respiratory function during aging and hypothermia
Experiments in wormsOxidative phosphorylation
Advanced Biology
Ameliorating TIMM50 Loss Slows Senescence by Improving Mitochondrial Structure and Function
Experiments in human cellsOxidative phosphorylation