[Measurement of total body and leg bone mineral densities by dual energy X-ray absorptiometry in severely handicapped children and adults].
Junji Uematsu, C Ishizuka, Koukan Yanagi, Yoshihito Tomita, K. Takaya, Masahiko Shimada
Abstract
Junji Uematsu, C Ishizuka, Koukan Yanagi, Yoshihito Tomita, K. Takaya, Masahiko Shimada
Abstract
Total body and leg bone mineral densities (BMD) were measured in 42 severely handicapped children and adults using a dual energy X-ray absorptiometry (DEXA) (LUNAR Radiation Corp., DPX). Despite the differences in motor ability and nursing history, about 95% of patients, except for 2 cases, were diagnosed as having osteopenia. The degree of osteopenia was dependent on the motor disabilities of their original disease. Therefore we should bear in mind a precaution and therapy from early period. Because BMD of the legs in females were less than -3 SD of the age-matched control values, we should be careful for a possible fracture of femur. Since X-ray hazard of DEXA for patients is considerable to be negligible, this will provide an effective means for quantifying bone mineral in severely handicapped patients.
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Total body and leg bone mineral densities (BMD) were measured in 42 severely handicapped children and adults using a dual energy X-ray absorptiometry (DEXA) (LUNAR Radiation Corp., DPX). Despite the differences in motor ability and nursing history, about 95% of patients, except for 2 cases, were diagnosed as having osteopenia. The degree of osteopenia was dependent on the motor disabilities of their original disease. Therefore we should bear in mind a precaution and therapy from early period. Because BMD of the legs in females were less than -3 SD of the age-matched control values, we should be careful for a possible fracture of femur. Since X-ray hazard of DEXA for patients is considerable to be negligible, this will provide an effective means for quantifying bone mineral in severely handicapped patients.
Key concepts: Osteopenia, Bone mineral, Dual-energy X-ray absorptiometry, Medicine, Osteoporosis, Dual energy, Femur, Physical therapy