3d growth plate shape: a quantification method and application to detecting early changes preceding cam morphology

This abstract has open access
Abstract Summary
Current measures of growth plate shape are limited to 2D. However, bone growth is a 3D process and methods for measuring 3D growth plate changes are critical for understanding direction of bone growth. This research presents a method for quantifying 3D growth plate shape to assess differences between adolescents with cam morphology and typically developing controls.
Submission ID :
UCB1506
Select an Abstract Type
Oral

Abstracts With Same Type

Submission ID
Submission Title
Submission Topic
Submission Type
Primary Author
UCB2007
12 month post-acl reconstruction quadriceps strength, neural activity, and muscle stiffness asymmetries
Orthopaedic: Bone
Oral
April Mcpherson April Mcpherson
UCB1706
3d measurements of bone architecture in weight-bearing to enhance plantar loading analyses in the diabetic foot
Balance and posture
Oral
Alberto Leardini Alberto Leardini
UCB866
4d in vivo non-invasive quantification of ankle joint space width using dynamic mri
Modeling: General and simulation
Oral
Karim Makki* Karim Makki*
UCB1859
A 12 degrees of freedom musculoskeletal model combined with a muscle force driven fibril-reinforced poroviscoelastic finite element model
Lower extremity
Oral
Amir Esrafilian Amir Esrafilian
UCB1015
A comparison of in-shoe pressure insoles and force plates in non-steady state activities of daily living
Biomedical engineering
Oral
Sarvenaz Chaeibakhsh* Sarvenaz Chaeibakhsh*
UCB322
A Comparison of Lower Limb Mechanical Muscle Function in Elite, Adolescent and ACL Injured Alpine Ski Racers
Sport biomechanics
Oral
Matt Jordan Matt Jordan
UCB753
A comparison of pressure mat and force plate parameters for classifying elderly fallers
Running: Biomechanics
Oral
Victoria Chester* Victoria Chester*
UCB1328
A comparison of transfer load forces in children with clubfoot and typically developed children
Modeling: Musculoskeletal
Oral
Alexis Brierty Alexis Brierty
UCB1871
A flexible beam exoskeleton does reduce mechanical loading of the low back during static bending and lifting tasks
Neuromuscular: Muscle
Oral
Axel Koopman Axel Koopman
3 visits