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New Trends in Neuromechanics and Motor Rehabilitation
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Neuromechanics has been used to identify optimal rehabilitation protocols that successfully improve motor deficits in various populations, such as elderly people and individuals with neurological diseases (e.g., stroke, Parkinson’s disease, and essential tremor). By investigating structural and functional changes in the central and peripheral nervous systems based on neuromechanical theories and findings, we can expand our knowledge regarding underlying neurophysiological mechanisms and specific motor impairment patterns before and after therapies to further develop new training programs (e.g., non-invasive brain stimulation). Thus, the aim of this Special Issue is to present the main contributions of researchers and rehabilitation specialists in biomechanics, motor control, neurophysiology, neuroscience, and rehabilitation science. The current collection provides new neuromechanical approaches addressing theoretical, methodological, and practical topics for facilitating motor recovery progress.
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Keywords
- adaptation
- affect
- arterial stiffness
- asymmetry
- augmentation index
- bilateral deficit
- bimanual force control
- bimanual movement
- chronic stroke
- complexity
- core stabilization training
- dance-based group exercise
- dominant hand
- fall risk
- foot contact dynamics
- foot initial contact
- force control
- Gait
- H:M ratio
- hand-grip strength
- Idiopathic Toe Walking
- Knee
- medicine
- Medicine: General Issues
- muscle function
- n/a
- neuromuscular control
- neuromuscular properties
- Obesity
- older adults
- physical fitness
- postmenopausal
- postural stability
- Public health & preventive medicine
- pulse wave analysis
- pulse wave velocity
- push-off
- Rehabilitation
- resistance training
- sedentary behavior
- smartwatch
- stepping on a stair
- Thomas test
- time to stabilization
- variability
- vertical jump
- wearable technology
Links
DOI: 10.3390/books978-3-0365-5178-4Editions