PubMed · 1986 · 22 citations · 4 references
MedicinePhysical MedicineRehabilitation MedicineAssistive TechnologyRehabilitationSpinal Cord Injury RehabilitationPressure DistributionSpinal StabilityWheelchair DesignWheelchair EngineeringWheelchair MobilityCushion MaterialsModular Wheelchair DesignPhysical PropertiesPressure Relief CushionsPressure SoresWheelchair Cushion DesignWheelchair CushioningWheelchair Stability
This paper discusses a modular wheelchair cushion system intended for patients at moderate or low risk for developing pressure sores. With the use of components with different mechanical and physical properties the modular cushion produces improved performance compared with cushions comprising the individual components alone. In addition to achieving clinically acceptable interface pressures, this approach to wheelchair cushion prescription helps to accommodate individual preferences associated with stability, temperature dissipation, and resiliency. Mechanical tests were performed to demonstrate the underlying principles of the modular cushion. Tests with able-bodied subjects identified specific cushion configurations for different weight groups, offering alternative material configurations that may be selected at the discretion of the therapist or patient.
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Modern Nutrition in Health and Disease.
Annals of Internal Medicine · 1988 · 3.4K citations
Pressure sore prevention for the wheelchair-bound spinal injury patient
Martin Ferguson-Pell, I C Wilkie, J. B. Reswick et al. · Spinal Cord · 1980 · 55 citations
Development of test methods for evaluation of wheelchair cushions.
Cochran Gv, Palmieri · PubMed · 1980 · 35 citations
Ultrasound mapping of the buttock-cushion interface contour.
M. P. Kadaba, Martin Ferguson-Pell, V. R. Palmieri et al. · PubMed · 1984 · 23 citations