Experimental analysis shows C 60 fullerenes reduce muscle dysfunction caused by chronic alcohol intoxication, suggesting potential therapeutic applications.
It is known that reactive oxygen species are important in the development of alcoholic myopathy, and their suppression by C 60 fullerene nanoparticles, as potent antioxidants, is opening up a new direction for their use in biomedical nanotechnology. Here, for the first time, the biomechanical and biochemical parameters of the functioning of rat muscle soleus under alcohol intoxication at 3, 6, and 9 months were analyzed. C 60 fullerene, as a therapeutic nanoagent, at an oral dose of 1 mg kg −1 was used along with alcohol throughout the experiment. The findings indicate that significant dysfunctions develop in the rat muscle soleus after chronic alcohol intoxication. However, these dysfunctions are significantly reduced due to exposure to C 60 fullerenes, particularly with prolonged alcoholization of animals (9 months) and the development of high‐intensity fatigue processes.
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Motuziuk et al. (2025) studied this question.
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