Knee mechanics of drop jump in individuals with low and high q-angle

This abstract has open access
Abstract Summary
The purpose of this study is to investigate differences in frontal plane knee mechanics during drop jump between those with low – (LQ) and high Q-angle (HQ). HQ showed not only increased knee abduction (ABD) angle but reduced knee adduction (ADD) moment through the middle of landing cycle.
Submission ID :
UCB2132
Select an Abstract Type
Oral
Select a Topic

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
UCB1506
3d growth plate shape: a quantification method and application to detecting early changes preceding cam morphology
Wireless sensors and wearable devices
Oral
Rachel Horenstein Rachel Horenstein
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
225 visits