Specificity is necessary because the training of one function doesn’t necessarily transfer over to other functions.It is important, however, to allow for sufficient recovery time between exercise sessions. The higher the intensity, the greater the recovery outcome. Intensity involves how many repetitions you perform, how long you train, and how much you’re challenging yourself.There are three major factors that influence neuroplasticity: Over time, this can improve performance of motor functions and increase independence with daily activities. By consistently practicing weakened movements, the spinal cord will perceive a demand for that function and adapt by rewiring and strengthening its neural pathways. Spinal cord injury recovery relies heavily on neuroplasticity, which is the nervous system’s ability to rewire itself and create new connections. Exercise can be performed by individuals with paraplegia regardless of the level or severity of the injury. Physical therapy for paraplegia primarily focuses on improving lower body mobility through repetitive, task-specific exercise. To help you understand the importance of physical therapy for paraplegia rehabilitation, this article will review spinal cord injury recovery and the various processes involved. These exercises are designed to increase range of motion, strengthen the muscles, and improve overall physical function. Physical therapy helps individuals with paraplegia improve their mobility through highly repetitive, task-specific exercises. This includes creating goals that are specific to your needs and providing interventions that directly promote achieving those goals. Every spinal cord injury is unique, so the personalized recovery plan that a physical therapist can create for you will help optimize recovery. Physical therapy plays an essential role in paraplegia rehabilitation after spinal cord injury.
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