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Full-Text Articles in Medicine and Health Sciences
Validity And Comparisons Of Tibiofemoral Angles And Translations Using A New Femoral Tracking Device (Ftd) During Walking, Jeff Houck, H. John Yack, Tyler Cuddeford
Validity And Comparisons Of Tibiofemoral Angles And Translations Using A New Femoral Tracking Device (Ftd) During Walking, Jeff Houck, H. John Yack, Tyler Cuddeford
Faculty Publications - College of Physical Therapy
First, this study compares tibiofemoral motion during walking using a new femoral tracking device (FTD) and bone mounted markers in a single subject (n=1). The results suggest errors ofn=13). The results suggest similar tibiofemoral angles in the sagittal and frontal planes using the two methods (average root mean square (RMS) differencesP
Relationship Between Static Mobility Of The First Ray And First Ray, Midfoot, And Hindfoot Motion During Gait, Mary K. Allen, Tyler J. Cuddeford, Ward M. Glasoe, Lisa M. Dekam, Pamela J. Lee, Kelli J. Wagner, H. John Yack
Relationship Between Static Mobility Of The First Ray And First Ray, Midfoot, And Hindfoot Motion During Gait, Mary K. Allen, Tyler J. Cuddeford, Ward M. Glasoe, Lisa M. Dekam, Pamela J. Lee, Kelli J. Wagner, H. John Yack
Faculty Publications - College of Physical Therapy
The relationship between a static measure of dorsal first ray mobility and dynamic motion of the first ray, midfoot, and hindfoot during the stance phase of walking was investigated in healthy, asymptomatic subjects who represented the spectrum of static flexibility. Static first ray mobility of 15 subjects was measured by a load cell device and ranged from stiff (3.1 mm) to lax (8.0 mm). Using three-dimensional motion analysis, mean first ray dorsiflexion/eversion and mid-/hindfoot eversion peak motion, time-to-peak, and eversion excursion were evaluated. Subjects with greater static dorsal mobility of the first ray demonstrated significantly greater time-topeak hindfoot eversion and …