Eccentric contraction: Unraveling mechanisms of force enhancement and energy conservation

Keyphrases

• Eccentric Contraction 100%
• Energy Conservation 100%
• Titin 100%
• Force Enhancement 100%
• Cross-bridge 60%
• Molecular Mechanism 40%
• Thin Filament 40%
• Sarcomere 40%
• Ca2+ Influx 40%
• Elastic Element 40%
• Winding Filament Hypothesis 40%
• Residual Force Enhancement 40%
• Actin 20%
• High Force 20%
• Protein-protein Interaction 20%
• Muscle Activation 20%
• Invertebrates 20%
• Physiologist 20%
• Muscle Force 20%
• Stiffness 20%
• Vertebrate muscle 20%
• Cross-bridge Cycling 20%
• Active Stretching 20%
• Force Development 20%
• Active muscle 20%
• Muscle Contraction Mode 20%
• Muscle Sarcomere 20%
• Kinematic Model 20%
• Length-tension Curve 20%
• Eccentric muscle Contraction 20%
• Low Energy Cost 20%
• PEVK Region 20%
• Titin Isoforms 20%
• Sarcomere Length Non-uniformity 20%
• Descending Limb 20%
• Evolutionary Homology 20%
• Non-engagement 20%
• Bridge Mechanism 20%
• Twitchin 20%
• Muscle Model 20%

Biochemistry, Genetics and Molecular Biology

• Titin 100%
• Eccentric Muscle Contraction 100%
• Actin 16%
• Tension 16%
• Muscle Contraction 16%
• Rigidity 16%
• Isoform 16%
• Biochemistry 16%
• Muscle Strength 16%
• Protein Interaction 16%
• Energy Cost 16%
• Evolutionary Homology 16%