Citations
Objective: To determine whether ankle plantar flexors stretching exercise affects functional reach in elderly men.
Method: Twenty elderly men with an average age of 78.2 years were selected for this study. A active range of motion of ankle dorsiflexion and a functional reach (FR) distance were measured before and after ankle stretching exercise. The ankle dorsiflexion was measured by goniometer in knee extended position. The FR distance was measured in standing position. Ankle plantar flexors stretching exercises were carried out by physical therapist 4 times per week for 4 weeks. At 4 weeks after the stretching exercise, we retested the active range of motion of ankle dorsiflexion and the FR distance using the same method.
Results: At 4 weeks after the stretching exercise, the active range of motion of right ankle dorsiflexion was increased from 2.81⁑3.26o to 5.98⁑4.34o, and the left ankle dorsiflexion was increased from 3.15⁑3.77o to 6.35⁑2.45o. The FR distance was increased form 12.22⁑7.54 cm to 19.69⁑8.59 cm after the stretching exercise.
Conclusion: The FR distance was significantly increased after the ankle plantar flexors stretching exercise (p＜0.01). This results suggest that the ankle plantar flexors stretching excercise may be capable of increasing the FR distance in elderly.
Objective: To investigate the changes of gait patterns in subjects who use the ankle foot orthoses (AFOs) with a variable ankle joint stop.
Method: Six young subjects without a known physical disability were involved in this study. Double upright AFOs with three kinds of ankle joint stops (eg. AFOs with 85o posterior stop, 90o posterior stop, and 95o posterior stop) were used for the right foot and a rigid shoe was used for the left foot. Gait patterns of the subjects using the AFOs with a variable ankle joint stop were evaluated with the three dimensional gait analysis system.
Results: The gait patterns of the subjects with a 85o posterior stop AFO showed a shorter duration of single support phase than the subjects with a 90o posterior stop or 95o posterior stop. They showed the increased maximal knee flexion angles, decreased knee extension angles and decreased ankle range of motions by the kinematics. These linear changes in parameters and kinematics were statistically significant. In kinetics, the gait patterns of the subjects using a AFO with 85o posterior stop had the largest maximal knee flexion moment and the gait patterns of the subjects using a AFO with 95o posterior stop had the largest maximal knee extension moment. However these results were not statistically significant.
Conclusion: For the patients with uncontrolled ankle motion, the AFOs with 90o or 95o posterior stop would be more desirable than the AFOs with 85o posterior stop, for the clearance of foot and stability of knees but not for the correction of the knee hyperextension.
First
Prev
