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Additional 2D video data were recorded in the sagittal and frontalplane.
2
Forefoot motion was also strongly coupled with rearfoot frontalplane motion.
3
Furthermore, the foot and ankle frontalplane kinematic parameters were evaluated.
4
With regards to surgeon-controlled biomechanical factors, surgery may most successfully address frontalplane knee alignment.
5
Furthermore, lower limb frontalplane kinematic parameters at the rear foot, ankle, knee, and hip were evaluated.
6
We found that cats were statically stable in the frontalplane during both unconstrained and narrow-path walking.
7
The depth changed by an increase of the radius of curvature, as well as by rotation in the frontalplane.
8
Landing instructions with self-video recordings were provided so that the participants' pelvis and trunk remained horizontal in the frontalplane.
9
Also, for a given knee flexion angle, multiple combinations of transverse and frontalplane knee translation or rotation positions were found.
10
Findings: In general good coupling was found between rearfoot frontalplane motion and transverse plane shank rotation regardless of foot strike pattern.
11
In addition, there was good coupling of both sagittal and transverse plane forefoot with rearfoot frontalplane motion via the action of the midfoot joints.
12
In addition, their ROM increased on the dominant hip and non-dominant ankle in the frontalplane, which was compensated by step width for standing stability.
13
High tibial osteotomy (HTO) designed primarily to correct frontalplane malalignment in osteoarthritis of the knee joint can cause unintentional tibial slope changes.
14
Frontalplane carpal angles were measured with the limb loaded on craniocaudal radiographs before and after ulnectomy.