🧠 Understanding Neural Compensation in Amputee Rehabilitation
Rehabilitation after limb amputation involves more than just physical therapy — it’s a journey of brain adaptation. Recent research on Defective Intracortical Inhibition reveals how changes in brain activity may hinder smooth motor recovery in amputees.
Intracortical inhibition is a key brain mechanism that helps balance motor control and coordination. When this process becomes defective, the brain struggles to compensate effectively for the lost limb, leading to slower or incomplete functional recovery.
This study identifies defective intracortical inhibition as a marker of impaired neural compensation, meaning it can serve as an indicator of how well the brain is adapting during rehabilitation. By recognizing this marker early, clinicians can design more targeted neurorehabilitation programs, using techniques like neurofeedback, brain stimulation, or adaptive motor training to restore balance in brain function.
Ultimately, understanding these neural patterns provides a pathway to personalized rehabilitation, helping amputees regain better motor control, confidence, and quality of life.
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