In this study, an analysis and comparison of some variables kinematic for
walking with disabilities living with unilateral amputation above the knee
and between the natural gait, The main goals of the research is to identify
variables affecting kinematic on each of the walking movement for
disabled persons with unilateral amputation above the knee and the
movement of a natural person walking on the ground flat and then
identify the differences between the variables for each of these movements
during the performance of walking. The study was conducted on a sample
of (2) consisting of one patient, one of the disabled patients who are in the
clinic education at the Medical Rehabilitation / Prosthesis & Orthosis Dep.
in Institute of Medical Technology-Baghdad, in addition to a natural
person after the testing necessary for him to make sure that there is no
congenital malformations in the lower limbs, but the most important
objectives of the research is to identify variables kinematic affecting both
the movement of walking for disabled persons with amputations and single
above the knee and the movement of walking to the natural person to
Playa and then identify the differences between the variables for each of
these movements during the performance of walking. The study was
conducted on a sample of (2) consisting of one patient, one of the disabled
patients who are in the clinic education at the Department of Medical
Rehabilitation industry parties and supporting the technical institute of
Baghdad, in addition to a natural person who is testing necessary for him
to make sure that there is no congenital malformations in the lower
limbs,and the main conclusions reached by the researcher that the largest
angles in the ankle joint of the normal person with disabilities and also
prosthesis has been achieved in both sound limb and prosthesis for
disabled person, where the angle is greater than in natural person and
where there have been less angle, but for the knee joint we find that the
largest angles have been made in sound limb of a person with disabilities,
and in the hip joint, we find that larger angles may be distributed between
a normal person and prosthesis for person with disabilities, as for
measurements of length step, we find that the largest length of the step has
been achieved in a normal person and the shortest period of time and the
shortest step length has been achieved in the sound limb of a person with
disabilities, the most important recommendation is the need to direct all
rehabilitation centres for persons with disabilities to use the methods of
Bio-mechanical Analysis in order to detect deviations that occur in the
movement of walking their own.
Key words: gait, prosthetic, above knee, kinematic, disabilities |