Effects of supporting location of expandable bone implant on spine mechanics

Este artigo tem acesso aberto
Abstract Summary
We used finite element analysis to compare the effects of different support conditions on compression fractured vertebras. The results showed that front support is a better design for expandable bone implant systems.
Abstract ID:
UCB1734
Select an Abstract Type
Poster-Aug3
Select a Topic
Po-Yu Chen Po-Yu Chen
Dryfta University

Abstracts With Same Type

Artigo ID
Título do artigo
Tópico do artigo
Tipo de artigo
Primary Author
UCB906
A biomechanical investigation of a spanish squat: the effect of trunk inclination on quadriceps activation
Lower extremity
Poster-Aug3
Robert Needham Robert Needham
UCB629
A comparison of measurement techniques for resultant angular velocities in the lower limbs
Balance and posture
Poster-Aug3
Liam Rodgers Liam Rodgers
UCB966
A framework for reference trajectory generation for mode-free prosthetic limb control
Running: Biomechanics
Poster-Aug3
Vijeth Rai Vijeth Rai
UCB1583
A modelling-simulation-analysis workflow for investigating socket-stump interaction
Injuries and rehabilitation
Poster-Aug3
Oliver Roehrle Oliver Roehrle
UCB1923
A novel application of radar technology in cycling movement analysis
Neuromuscular: Motor control
Poster-Aug3
Henry Wang Henry Wang
UCB1040
A novel approach of performing gait analysis using radar technology
Balance and posture
Poster-Aug3
Henry Wang Henry Wang
UCB1125
A novel bilateral step counter based on the direct measurement ì of the distance between lower limbs during gait in persons with multiple sclerosis
Lower extremity
Poster-Aug3
Stefano Bertuletti Stefano Bertuletti
UCB1325
A novel design of passive gravity compensation holder on shoulder arthroscopic surgery
Orthopaedic: Bone
Poster-Aug3
Chih-Han Chang Chih-Han Chang
UCB1278
A novel method to characterize the compressive, tensile, and neutral zone stiffness of the intervertebral disc
Orthopaedic: Bone
Poster-Aug3
Derek Zwambag Derek Zwambag
172 visits