Progress in bioengineering: proceedings of an international seminar held on the occasion of the 25th anniversary of the Strathclyde Bioengineering Unit, Glasgow in September 1988
These proceedings cover artificial organs, delivery of rehabilitation, prosthetics and orthotics, orthopaedic biomechanics and modern technology. Particular attention is given to technological advances in these fields and their effect on costs and effectiveness of health care delivery.
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Progress in artificial organs
Thrombus formation in artificial organs
Blood compatibility of biomaterials in artificial organs
21 other sections not shown
activation aggregation alignment amputee analysis angle application arthrodesis arthroplasty artificial organs assessment Barbenel biocompatibility Bioengineering Bioengineering Unit biomaterials biomechanical blood compatibility bone bone cement CAD/CAM Calderale cells cement Centre Charnley chromophore Clin clinical cushion devices disabled effect elbow electrode Engng evaluation factors femoral component femur figure fixation flexion fracture function G4 ONW gait gait analysis Glasgow haemodialysis hip joint implant interaction interface ischial tuberosities joint force Klinkmann knee joint laser leaflets limb load loosening mandible material measured mechanical Medical membrane method modulus muscle normal Orthop Orthopaedic orthosis parameters patient performed plantar aponeurosis platelet PMNs polyethylene polymer polyurethane position posture pressure sores problems prosthesis prosthetic prosthetist protein rehabilitation engineering sensor socket spinal cord stem stimulation stress surface Surg surgery technique tests tissue total hip University of Strathclyde utilised valves vitro wheelchair