Physiological mechanisms of wallerian degeneration in brachial plexopathy: the role of axonal transport and energy metabolism
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The goal is to investigate the pathophysiological mechanisms of Wallerian degeneration of nervous structures caused by long-term compression when using turnstiles in the conditions of military operations, in particular, during explosive wounds in Ukraine. An analysis of morphological, biochemical, and functional changes accompanying the Wallerian degeneration process after traumatic injury of the brachial plexus was carried out.
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Long-term use of turnstiles leads to ischemic nerve damage and the development of Wallerian degeneration, which determines the degree of neurological deficit in plexopathies. The value lies in the fact that the results of the study form the physiological basis for the development of effective methods of therapy and rehabilitation of patients with compression neurodegenerative injuries in conditions of combat injuries.
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Bulynina O. D. Physiological mechanisms of wallerian degeneration in brachial plexopathy: the role of axonal transport and energy metabolism / O. D. Bulynina, O. A. Ovcharova, Y. V. Balyk // Experimental and Theoretical Research in Modern Science : Proceedings of the 9th International Scientific and Practical Conference, Toronto, Canada, December 16─18, 2025. – Toronto, 2025. ─ P. 202-205. ─ (Scientific Collection «InterConf» ; 2025 ; № 275).