Full Description
In its simplest form, electrical stimulation is the application of electrical impulses to nerves via electrodes placed over the nerve or muscle or implanted within the body. The aim is to evoke a muscle contraction. People may not be able to activate their own muscles sufficiently to execute effective movement due to damage to the nervous system preventing the signals from the brain reaching the muscles, for example, after a stroke or spinal cord injury, or due to disuse, often because of pain. Electrical stimulation can be used to restore or improve impaired function by initiating or complementing muscle activity. Stimulation can be used either to provide exercise and so improve strength and endurance or timed to a physical activity such as walking to improve quality of movement and function.
Over the last twenty-five years electrical stimulation has moved from a research technique to an evidence-based clinical modality. Early applications were limited to the treatment of drop-foot and loss of upper limb function. However, advances in technology, understanding of neural recovery and clinical evidence have opened applications to treat a wide range of conditions, such as pressure sores, bladder, bowel and sexual dysfunction, spasticity and lower motor neuron damage. The reader is taken from the history of therapeutic electrical stimulation, through the physiology that underpins its use, to practical guidance in clinical applications and the regulatory issues that need to be considered in the development of new technologies. It presents the research evidence for each application, reflects on new technologies and applications, such as the use of afferent stimulation to increase central and peripheral neural excitability, and provides practical guidance for clinical use.
Techniques and Technologies in Electrical Stimulation for Neuromuscular Rehabilitation brings together experts from the fields of neuroscience, biomedical engineering and clinical research and practice. The non-technical style enables it to bridge the gap between disciplines, making it essential reading for clinicians, researchers, engineers and industrial developers specialising in electrical stimulation technologies. It aims to improve patient access to evidence-based interventions.
Contents
Chapter 1: History and introduction to electrical stimulation
Chapter 2: Neuromuscular physiology
Chapter 3: Medical device safety and regulatory compliance - a guide for beginners
Chapter 4: Afferent and therapeutic stimulation treatment after spinal cord injury
Chapter 5: Upper extremity rehabilitation
Chapter 6: Electrical stimulation in musculoskeletal populations
Chapter 7: FES to support walking in people with UMN lesions
Chapter 8: Functional electrical stimulation of denervated muscles
Chapter 9: Prevention and treatment of pressure ulcers using electrical stimulation
Chapter 10: Diaphragm stimulation and respiratory function
Chapter 11: Practical considerations in running a clinical service
Chapter 12: Neurogenic bladder, bowel and sexual management
Chapter 13: Use of electrical stimulation in the intensive care unit (ICU)
Chapter 14: Health, fitness, and physiological adaptations after functional electrical stimulation exercise
Chapter 15: Use of ES in spasticity management
Chapter 16: Paediatric applications
