The energy return properties of the longitudinal arch in jumping

This abstract has open access
Abstract Summary
The human foot arch has been suggested to store and release elastic energy during locomotion. However, experimental evidence for this assumption during jumping is missing. Thus, the relationship between the maximum deformation of the arch and jump height during countermovement jumps was investigated. There was no relationship between the deformation of the arch and jump height. This suggests that the energy return properties of the arch are not evident in a jumping task, and therefore do not contribute to jumping performance.
Submission ID :
UCB1847
Select an Abstract Type
Select a Topic

Abstracts With Same Type

Submission ID
Submission Title
Submission Topic
Submission Type
Primary Author
UCB629
Balance and posture
Poster-Aug3
Liam Rodgers Liam Rodgers
UCB966
Running: Biomechanics
Poster-Aug3
Vijeth Rai Vijeth Rai
UCB1583
Injuries and rehabilitation
Poster-Aug3
Oliver Roehrle Oliver Roehrle
UCB1923
Neuromuscular: Motor control
Poster-Aug3
Henry Wang Henry Wang
UCB1040
Balance and posture
Poster-Aug3
Henry Wang Henry Wang
UCB1325
Orthopaedic: Bone
Poster-Aug3
Chih-Han Chang Chih-Han Chang
215 visits