Explosive resistance training increases rate of force development in ankle dorsiflexors and gait function in adults with cerebral palsy

Keyphrases

• Rate of Increase 100%
• Resistance Training 100%
• Rate of Force Development 100%
• Gait Function 100%
• Ankle Dorsiflexors 100%
• Adults with Cerebral Palsy 100%
• Explosive Resistance 100%
• Progressive Resistance 87%
• Ankle Joint 37%
• Explosives 25%
• Clinical Practice 12%
• Reflex 12%
• Training Program 12%
• Training Group 12%
• Elastic Properties 12%
• Adult Age 12%
• Functional Performance 12%
• Abdominal 12%
• Ankle Joint Stiffness 12%
• Muscle Stiffness 12%
• Cerebral Palsy 12%
• Training Period 12%
• Long-term Training 12%
• Muscle Force 12%
• Range of Motion 12%
• Plantar Flexion 12%
• 3D Gait Analysis 12%
• Hamstring 12%
• Ankle Dorsiflexion 12%
• Gait 12%
• Leg Press 12%
• Training Control 12%
• Impaired Gait 12%
• Ground Contact 12%
• Back Extension 12%
• Between-groups Differences 12%

Medicine and Dentistry

• Resistance Training 100%
• Spastic Diplegia 100%
• Gait 100%
• Ankle Joint 50%
• Toe 25%
• Muscle Strength 12%
• Standing 12%
• Joint Stiffness 12%
• Muscle Rigidity 12%
• Hamstring 12%

Neuroscience

• Cerebral Palsy 100%
• Gait 100%
• Gait Analysis 20%