Evaluating Grasp Function in Patients With Chronic Inflammatory Demyelinating Polyneuropathy Using Dynamometers: A Comprehensive Review

Abstract

Chronic inflammatory demyelinating polyneuropathy (CIDP) is a progressive neurological disorder characterized by weakness and impaired sensory function due to damage to peripheral nerves. Evaluating grasp function is critical for understanding the impact of CIDP on patients’ daily activities and guiding rehabilitation strategies. This comprehensive review examines the role of dynamometers in quantifying grip strength deficits, tracking disease progression, and assessing treatment outcomes in CIDP patients. Key findings highlight the utility of dynamometers in quantifying grip strength deficits, tracking disease progression, and evaluating treatment outcomes. The review also explores methodological considerations, such as standardizing testing protocols and integrating dynamometric measurements with clinical scales. By providing insights into the functional impairments associated with CIDP and the effectiveness of therapeutic interventions, this review underscores the role of dynamometry in advancing patient care and enhancing the quality of life for individuals living with this condition. Future research directions include the development of more sensitive dynamometric tools and longitudinal studies to better understand the relationship between grip strength and overall disease trajectory in CIDP.