Frotzler, Angela and Coupaud, Sylvie and Perret, Claudio and Kakebeeke, Tanja and Hunt, Kenneth and Eser, Prisca (2009) Effect of detraining on bone strength in subjects with chronic spinal cord injury after a period of electrically-stimulated-cycling : a small cohort
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منابع مشابه
Effect of detraining on bone and muscle tissue in subjects with chronic spinal cord injury after a period of electrically-stimulated cycling: a small cohort study.
OBJECTIVE To investigate adaptive changes in bone and muscle parameters in the paralysed limbs after detraining or reduced functional electrical stimulation (FES) induced cycling following high-volume FES-cycling in chronic spinal cord injury. SUBJECTS Five subjects with motor-sensory complete spinal cord injury (age 38.6 years, lesion duration 11.4 years) were included. Four subjects stopped...
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Inactivity and muscular adaptations following spinal cord injury (SCI) result in secondary complications such as cardiovascular disease, obesity, and pressure sores. Functional electrically stimulated (FES) cycling can potentially reduce these complications, but previous studies have provided inconsistent results. We studied the effect of intensive long-term FES cycle training on muscle propert...
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OBJECTIVE To determine the functional electrical stimulated (FES) cycling volume necessary to reach the recommended weekly exercise caloric expenditure of 1000-2200 kcal in FES-trained subjects with paraplegia. SUBJECTS Eight (7 males, 1 female) FES-trained subjects with traumatic motor and sensory complete paraplegia (AIS A, lesion level between Th3 and Th9) of at least 3 years duration were...
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Purpose: The effects of chronic SCI on ultrastructure of spermatozoa aspirated from epididymis of rats. Materials and Methods: 45 adults Wistar rats were divided into 3 groups of SCI, control and sham. Following laminectomy, SCI was induced with a 15g weight dropped from a distance of 10 cm, onto exposed dura matter at T10 level. Sham group underwent laminectomy of T10 only, while control was n...
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Bone loss after spinal cord injury leads to increased fragility of bone and subsequent risk for low-trauma fractures in the sublesional parts of the body. Although in such injuries upper limbs are normally innervated, bone loss may occur in the upper extremities. The present study was designed to determine the systemic effects of spinal cord injury on the fracture healing of upper limbs in rabb...
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