Abstract

The numerous surgical methods currently available for the treatment of mandibular fractures are far from perfect. When using them, a high percentage of unsatisfactory final indicators still remains. Most of them can be traumatic, time-consuming and have a high cost, and also bring significant inconvenience to patients in overcoming this disease. Therefore, the development of a simple, low-traumatic, affordable and reliable method of fixing bone fragments using appropriate tools to improve the results of treatment of patients with mandibular fractures is a particularly important scientific, practical and social mission.

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