Bioinformatics, Neuroregulation Technology, Neuroscience, Personalized Medicine
Abstract
As a pivotal branch of interdisciplinary science, bioinformatics plays a critical role in neuroregulation technology—a cutting-edge field within brain science. This technology holds great promise for treating neurological disorders, enhancing cognitive functions, and managing mental health. This article reviews the applications of bioinformatics in neuroregulation, analyzes its significance and challenges, and discusses prospects for future advancements. The article traces the development and key types of neuroregulation technology, focusing on bioinformatics’ role in big data processing, biosignal analysis, brain network modeling, and personalized medical interventions. It also presents clinical and basic research case studies. Furthermore, it addresses current issues and challenges, such as data standardization, privacy concerns, and the complexity of system simulations, while proposing potential solutions. Finally, the article explores future challenges and directions as technology advances, underscoring the need for interdisciplinary collaboration, innovation in research methodologies, and careful consideration of ethical and legal implications.
