Sheila Kitchen, Sarah Bazin
Saunders, 1996 - Electrotherapeutics - 374 pages
This text, intended to be of interest to undergraduate students and qualified physiotherapists, provides a guide to electrotherapy. It includes an introduction to the physical and biological principles underpinning electrotherapy.
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Electrical Properties of Cells and Tissues
Sensory and Motor Nerve Activation
14 other sections not shown
actin action potential activity afferent amplitude application axon biological blood flow body cell membrane cellular changes charge chronic cold collagen contraction damage diathermy dose Dyson electrical stimulation electrodes electromagnetic electrotherapy energy erythema exposure factors fibroblasts field Figure fluorescent lamps frequency heat human increase infrared injury intensity interferential ions journal lamps laser therapy Lehmann lesions ln addition macrophages magnetic mechanisms ment metabolic microwave modality molecules motoneurones motor units muscle fibres myosin negative nerve fibres neurones nociceptors normal occur output pain relief parameters patients peak peripheral phototherapy Physical Medicine physiological Physiotherapy pressure sores produced proteins psoralen psoriasis PSWD pulse PUVA radiation receptors reduced repair reported response sensation sensory shortwave diathermy skeletal muscle skin studies suggested surface technique temperature tendon therapeutic thermal tion tissue treated treatment ulcers ultraviolet voltage wave waveform wavelength wound healing