High-frequency Terahertz waves, operating at the level of molecular group vibrations, hold promise in regulating the function of biomolecules and potentially interfering with the progression of associated diseases. In this research, we established a neuropathic pain (NP) mice model using spared nerve injury (SNI) and observed that a frequency of approximately 36 THz could alleviate NP. Furthermore, we noted that this frequency can regulated the mitochondrial dynamic network in the anterior cingulate cortex (ACC) region, leading to enhanced ATP production. This article tries to explore the potential mechanism between high-frequency terahertz waves and NP through mitochondria, which may be a promising strategy for the therapy of other mitochondria diseases.
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