Varus knee alignment is associated with an increased risk for developing medial knee osteoarthritis (OA). Medial knee OA is commonly associated with altered walking mechanics in the frontal and sagittal planes, as well as altered ground reaction forces. It is unknown whether these mechanics are present in young, asymptomatic individuals with varus knees. We expected that varus‐aligned individuals would generally present with frontal plane mechanics that were similar to those reported for individuals with medial knee OA. The gait mechanics of 17 asymptomatic individuals with varus knees and 17 healthy, normally aligned controls were recorded. Gait parameters associated with medial knee OA were compared between groups. The individuals with va...
SummaryObjectivesTo evaluate if altering the foot progression angle (FPA) by varying magnitudes duri...
OBJECTIVE: To examine the interaction and relative contributions of frontal plane alignment and body...
This study quantified the contributions by muscles, gravity, and inertia to the tibiofemoral compart...
Patients with knee osteoarthritis present an altered gait pattern. Amongst many factors, the lower l...
SummaryObjectiveVarus thrust visualized during walking is associated with a greater medial knee load...
Background: Varus alignment of the knee is a risk factor for developing knee osteoarthritis. Recentl...
Background: Sagittal plane external flexion moment in early stance has been reported to be both high...
Background: The majority of research on gait mechanics in knee osteoarthritis has focused on people ...
AbstractObjectivePatients with medial compartment knee osteoarthritis (OA) adopt an abnormal gait pa...
Background. The majority of research on gait mechanics in knee osteoarthritis has focused on people ...
AbstractObjective This study tests the hypothesis that the peak external knee adduction moment durin...
Background High mechanical loading has been consistently linked with medial tibiofemoral osteoarthri...
Varus alignment has been shown to increase the risk of osteoarthritis (OA), especially in the medial...
This study quantified the contributions by muscular, gravitational and inertial forces to the ground...
M.S. University of Hawaii at Manoa 2013.Includes bibliographical references.Frontal plane gait devia...
SummaryObjectivesTo evaluate if altering the foot progression angle (FPA) by varying magnitudes duri...
OBJECTIVE: To examine the interaction and relative contributions of frontal plane alignment and body...
This study quantified the contributions by muscles, gravity, and inertia to the tibiofemoral compart...
Patients with knee osteoarthritis present an altered gait pattern. Amongst many factors, the lower l...
SummaryObjectiveVarus thrust visualized during walking is associated with a greater medial knee load...
Background: Varus alignment of the knee is a risk factor for developing knee osteoarthritis. Recentl...
Background: Sagittal plane external flexion moment in early stance has been reported to be both high...
Background: The majority of research on gait mechanics in knee osteoarthritis has focused on people ...
AbstractObjectivePatients with medial compartment knee osteoarthritis (OA) adopt an abnormal gait pa...
Background. The majority of research on gait mechanics in knee osteoarthritis has focused on people ...
AbstractObjective This study tests the hypothesis that the peak external knee adduction moment durin...
Background High mechanical loading has been consistently linked with medial tibiofemoral osteoarthri...
Varus alignment has been shown to increase the risk of osteoarthritis (OA), especially in the medial...
This study quantified the contributions by muscular, gravitational and inertial forces to the ground...
M.S. University of Hawaii at Manoa 2013.Includes bibliographical references.Frontal plane gait devia...
SummaryObjectivesTo evaluate if altering the foot progression angle (FPA) by varying magnitudes duri...
OBJECTIVE: To examine the interaction and relative contributions of frontal plane alignment and body...
This study quantified the contributions by muscles, gravity, and inertia to the tibiofemoral compart...