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Objective To analyze the podiatric conditions of athletes with intellectual disabilities.Methods From May eleventh to 17th, 2015,779 athletes who participated in the sixth National Special Olympics were enrolled partly.Their lower limbs and feet were evaluated with Fit Feet Healthy Athletes Screening Form.Results Common podiatric conditions found in Special Olympics athletes included flat feet (52.2% in left side and 51.7% in right side), over pronation (56.1% in left side and 56.9% in right side), callus (44.7%), wrong nail cut (46.6%),ingrown nail(21.1%),and cross over toes(6.8%),etc.Conclusion Special Olympics athletes have podiatric structural,functional, nail and skin problems,which may relate to intellectual disabilities.
RESUMO
Objective To compare the walking abilities of an unilateral transfemoral amputee with four different prosthetic knee joints, to provide a reference for clinical prosthetic prescription. Methods An unilateral transfemoral amputee was asked to wear four kinds of pros-thetic knee joints, mechanical four-bar, pneumatic four-bar, hydraulic and intelligent prosthetic knee joints, and evaluated with Timed Up and Go Test, indoor 6-Minute Walk Test, Static Stand Balance Test and a 1000-meter Outdoor Walking Ability Test, wearing Intelligent De-vice for Energy Expenditure and Activity. Results The amputee consumed the least energy and walked the fastest with intelligent prosthetic knee joint. Conclusion There are some difference in walking ability with different prosthetic knee joints.
RESUMO
Objective To compare the walking abilities of an unilateral transfemoral amputee with four different prosthetic knee joints, to provide a reference for clinical prosthetic prescription. Methods An unilateral transfemoral amputee was asked to wear four kinds of pros-thetic knee joints, mechanical four-bar, pneumatic four-bar, hydraulic and intelligent prosthetic knee joints, and evaluated with Timed Up and Go Test, indoor 6-Minute Walk Test, Static Stand Balance Test and a 1000-meter Outdoor Walking Ability Test, wearing Intelligent De-vice for Energy Expenditure and Activity. Results The amputee consumed the least energy and walked the fastest with intelligent prosthetic knee joint. Conclusion There are some difference in walking ability with different prosthetic knee joints.