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4th Edition of Global Conference on

Physical Medicine and Rehabilitation

September 24-26, 2026 | London, UK

GCPR 2026

Refine Carpal Tunnel Syndrome (CTS) nerve conduction grading tool with case presentation

Speaker at Physical Medicine and Rehabilitation 2026 - Salim Hirani
Betsi Cadwaladr University Health Board, United Kingdom
Title : Refine Carpal Tunnel Syndrome (CTS) nerve conduction grading tool with case presentation

Abstract:

Background: The severity of Carpal Tunnel Syndrome (CTS) may be categorized in a number of ways utilizing one of a range of presently available grading tools. Detail grading system explained in this paper with case presentation. The aim of this research is to establish, using the best available evidence, a clinically appropriate revision of the current CTS nerve conduction grading tool, and to give idea to improve the present grading system which is 25 years old. The revised grading system confirms the previously publish research paper in 2019. The proposed revised grading system is based on descriptive categories, ranging from Normal to Early Sensory, Mild Sensory, Mild Sensory Motor, Moderate Sensory, Moderate Sensory Motor, Severe Sensory Motor, Extremely Severe Sensory Motor, and Complete absence. 

Method: One case of each grading category was introduced for the understanding of each grade. All previously raised questions and their answers was also included which was raised in different National and International Neurophysiology conferences.

Result: Each grade shows a clear information of each grading which was previously recommended in my research paper in 2019. This research paper was published in BMC Journal in 2019.

Conclusion: The revised grading tool clearly offer a more numerical grading to the clinical physiologist. This could help the surgeon to ascertain the level of severity in order to decide on either a conservative or surgical approach to treatment if they decide to use the proposed grading.

Audience Take Away Notes:
The revised grading tool could offer a more numerical grading to the clinical physiologist and could help the surgeon to ascertain the level of severity in order to decide on either a conservative or surgical approach to treatment if they decide to use the proposed grading which could support them to defend their decision in cases of litigation.

Biography:

Salim Hirani is working in Neurophysiology field for more than 30 years. He did is Neurophysiology course from United Kingdom. He works in different country and can speak 4-5 languages. His two paper was already published i.e. Refine Grading of Carpal Tunnel syndrome in BMC journal in 2019 and Neurophysiological Grading tools of ulnar nerve entrapment across elbow in Journal of Neurology, Neurological Science and Disorders in 2023.

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