200 Section - A Structured Clinical–Functional Framework for the Evaluation and Rehabilitation of Neuromuscular Disorders: A Neurorehabilitation-Based Proposal

Case Diagnosis: Neuromuscular disorders require a comprehensive, systematic approach that integrates neurological examination with functional assessment and early rehabilitation-based surveillance. Despite the frequency of delayed diagnosis and fragmented evaluation, standardized clinical pathways from interrogatory to functional management remain scarce. We propose a structured framework designed from Neurorehabilitation to optimize early detection, guide differential diagnosis, and prevent complications in patients with suspected neuromuscular disease.

Case Description: Framework Description:
The model consists of two complementary components.
(1) Clinical–Functional Neuromuscular Examination, which includes: gait analysis, posture, cranial nerve evaluation, range of motion, contractures, muscle tone, osteotendinous reflexes, sensory testing, manual muscle strength (MRC scale), and special maneuvers such as Gowers. This sequence is designed to capture red flags of lower and upper motor neuron involvement, muscle disease, neuromuscular junction disorders, and peripheral neuropathies.
(2) Rehabilitation-Oriented Risk and Complication Screening, which includes structured inquiry of neurological surveillance, sleep–wake cycle, nutrition, cardiac and respiratory status, bowel and bladder habits, pain mapping, current medications, bone health, performance of activities of daily living (ADLs), need for assistive devices, physical activity, social support, and multidisciplinary coordination.

Discussions: Relevance:
This integrated approach enables clinicians to identify neuromuscular patterns earlier, differentiate systemic vs. focal involvement, and anticipate preventable complications. The model offers a reproducible algorithm applicable to outpatient neurorehabilitation, specialized clinics, and multidisciplinary programs.

Conclusions: A structured neuromuscular assessment model grounded in Neurorehabilitation enhances diagnostic orientation and early preventive management. Its implementation may standardize clinical pathways, reduce diagnostic delays, and optimize functional outcomes for patients with neuromuscular disorders.