Study on the regulation of neural cell activity by music therapy based on biosensor technology

With the deepening of biomechanical research and the transformation of medical paradigms, finding safe and effective methods for neural modulation has become an urgent task. This study combines music therapy with biosensing technology to explore their regulatory effects on neuronal cell activity. Data were collected from individuals with diverse cultural backgrounds, musical preferences, and age groups using microelectrode array sensors and fluorescence sensors to monitor changes in neuronal electrical activity and ion concentration. The results show that different types of music have distinct characteristics in enhancing neuronal cell activity, with classical music being particularly effective, followed by pop and rock music; additionally, intervention duration is positively correlated with neuronal cell activity. Based on these findings, it is recommended to actively promote the clinical application of music therapy, expand research directions, optimize music selection, bring new breakthroughs to the field of neuroscience, and provide a basis for improving music therapy protocols. Future research will further explore the personalized application of music therapy and the optimization of biosensing technology.