Achilles tendon moment arms differ when computed from moving and fixed helical axes of ankle rotation

Este artigo tem acesso aberto
Abstract Summary
A continuously moving axis of rotation yields Achilles tendon moment arms that differ from those found using a single fixed axis derived from ankle motion, but those differences occur only at the dorsiflexion end of the range of motion.
Abstract ID:
UCB1432
Select an Abstract Type
Poster-Aug2
Select a Topic

Abstracts With Same Type

Artigo ID
Título do artigo
Tópico do artigo
Tipo de artigo
Primary Author
UCB946
3d kinematic analysis of team handball jump throw
Locomotion: Clinical gait
Poster-Aug2
Spela Bogataj Spela Bogataj
UCB2163
3d measurements of foot bone architecture in weight-bearing by cone-beam computed tomography
Poster-Aug2
Alberto Leardini Alberto Leardini
UCB580
A 3d computational model for evaluating muscle activity in above-knee prosthesis users
Modeling: General and simulation
Poster-Aug2
Robert Aguilar Robert Aguilar
UCB926
A biplane 2d-3d registration protocol for quantifying glenohumeral kinematics following total shoulder arthroplasty
Sport biomechanics
Poster-Aug2
Mohsen Akbari-Shandiz Mohsen Akbari-Shandiz
UCB918
A clinically applicable patient-specific surgical simulation platform for foot and ankle surgery: a feasibility study
Neuromuscular: Muscle
Poster-Aug2
Ang-Xiao Fan Ang-Xiao Fan
UCB626
A comparison of different technologies and metrics to measure postural stability during the clinical test of sensory interaction and balance
Cellular and molecular
Poster-Aug2
Jeremy Angus Jeremy Angus
UCB1947
A comparison of kinematics of different forward somersault movements in gymnastics beam
Sport biomechanics
Poster-Aug2
Weiya Hao Weiya Hao
UCB1912
A free-motion shoulder subluxation orthosis
Modeling: Musculoskeletal
Poster-Aug2
Claudia Haarman* Claudia Haarman*
UCB1927
A hybrid bayesian network model of slipping while walking
Lower extremity
Poster-Aug2
Richard Hughes Richard Hughes
786 visits