Introduction:

Carpal tunnel syndrome is a very common neuropathy of the median nerve in the population. For wheelchair users, there is a greater biomechanical risk for repeatedly using the wrist to propel this vehicle. Objective: To analyze the biomechanical factors of the wheelchair affecting the development of carpal tunnel syndrome.

Methods:

A systematic review with Mesh terms was carried out in databases such as Embase, Pubmed, Google Acedemics, Scielo from 1988 to 2021. More than 200 articles were reviewed and due to their clinical impact, 52 were selected for the review.

Results:

43% of wheelchair users have wrist pain and carpal tunnel syndrome prevails as a diagnosis. The position of the wrist in the propulsion generates an increase in pressure in the carpal tunnel conditioning the injury of the median nerve. There are risk factors such as female gender, angles, uneven terrain, vibration, seat height and patient weight. Proper understanding the phases of self-propulsion with its four patterns, plus correct prescription and necessary wheelchair attachments can decrease the risk of carpal tunnel syndrome. Conclusion: It is important to actively involve health professionals in the implementation of strategies for training, prescription and correct use of the wheelchair and thereby prevent carpal tunnel syndrome.

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