Exercise science, resistance training, VO2max, and physical performance
202 articles
New research reveals how three calf muscles coordinate differently during balance challenges, offering insights for fall prevention.
New research reveals women with endometriosis have reduced blood vessel dilation capacity, potentially increasing cardiovascular risks.
New research reveals combining exercise with artificial gravity doesn't prevent blood volume loss during extended bed rest studies.
New research reveals how excess cardiac activation improves blood circulation and muscle perfusion during exercise onset.
Revolutionary approach to exercise testing reveals why people experience shortness of breath, enabling more targeted treatments.
Study reveals both inspiratory and expiratory muscles become fatigued halfway through intense exercise sessions.
New study reveals women develop distinct muscle fat infiltration and cartilage damage in early knee arthritis that standard imaging misses.
Andean mice developed genetic adaptations preventing heart damage at extreme altitudes, offering insights for cardiovascular health.
Researchers create personalized heart models to predict dangerous rhythm problems from chemotherapy before treatment begins.
Scientists create advanced heart simulation showing how sympathetic nervous system activity can cause life-threatening irregular heartbeats.
New research identifies the exact amount of resistance training needed to maximize muscle strength and function in sarcopenic older adults.
Evidence-based insights on muscle building, protein needs, and why consistency beats perfection in training and nutrition.
