Muscle and Exercise Physiology

Performance Athlete Cycling Exercise Peptides Metabolism Contraction Coronary Circulation Basal metabolism Bioenergetics Osteoporosis Mitochondria Human locomotion Blood pressure Actin Myosin Heart Rate PH Perfusion Exercise training Microvascular Carbohydrate Contractile proteins Neural Control Mitochondrial Biogenesis GAP junction Motoneurons Excitation-contraction coupling Coupling Endurance Fick's law Endurance Exercise Anticancer Fall Risk Muscle glycogen Muscle Mass Muscle fatigue Myokines Chronic Heart Failure Locomotor system 31P magnetic resonance spectroscopy Acceleration/deceleration Activation metabolism air resistance Afferent Neurons ATP turnover Blood-myocyte oxygen flux Bone strengthening Basal Metabolic Rate Antioxidant damage-repair systems Contractile activity Bioactive sphingolipids Critical power Cardiac energy conversion Cardiac Muscle Cell Coronary Blood Flow Exercise type Exercise hyperemia Exercise Intensity CHO metabolism Dynamic exercise Fatty acid transporters Fiber atrophy Energy Cost Exercise pressor reflex Fall-impact reduction Glycogenolysis Exogenous CHO availability Functional features of the motor unit Fast and slow muscles Force capacity Lactate threshold Endogenous CHO availability Mechanical activity Loading state Exercise parameters Muscle ageing Muscle fiber loss Force generation Force transmission Muscle biochemistry Muscle energetics Muscle fibers Muscle lipids Myocyte shortening Neuromuscular determinants Motor neuron loss Motor Units Muscle Spindles Motor unit Oxygen uptake kinetics Muscle function Myosin Molecule Oxidative damage-repair systems Power-duration relationship Intramuscular lipid metabolism Muscular exhaustion Noninvasive methods Mitochondrial efficiency Muscle fatigability