Exploring the complexities of the human nervous system through advanced brain imaging and stimulation

In neuroscientific research, gaining a deep understanding of the human nervous system's structure and dynamics is pivotal. Despite remarkable advancements in neuroimaging and brain stimulation methods, significant gaps remain in our comprehension of brain anatomy and its functional processes. This gap persists partly due to the complexity of correlating static anatomical data with dynamic neural activities. Recent technological advancements, however, have begun to provide profound insights, facilitating a better understanding of how brain functions can be mapped and manipulated in both health and disease.



This Research Topic aims to propel the field forward by exploring state-of-the-art technologies, specifically focusing on advanced neuroimaging and brain stimulation techniques. The objective is to correlate these technologies with practical clinical outcomes, such as early diagnosis and precision medicine, and to enhance theoretical models that explain neurological functions and disorders. By integrating various imaging modalities and stimulation protocols, we strive to bridge the current gaps between anatomical structures and neural processes, enhancing our understanding of the nervous system.



To gather further insights in the realms of neuroimaging and brain stimulation, we welcome articles addressing, but not limited to, the following themes:

o Early diagnostic markers for neurodegenerative diseases like Alzheimer's and Parkinson's disease

o Precision diagnostics and treatment in cerebrovascular conditions, including brain metabolism and cerebral blood flow detection

o Latest applications of artificial intelligence in imaging technologies, such as diagnostic model development

o Innovations in imaging technologies for neurological immune diseases, like multiple sclerosis and autoimmune encephalitis

o Applications of imaging technologies in evaluating epilepsy and seizure disorders, including lesion localization and brain function assessment

o Use of imaging technologies in the positioning and efficacy evaluation of brain stimulation therapies, such as MRI-assisted DBS and TMS positioning

o Research on brain stimulation technologies' application in neurological and psychiatric disorders

o New explorations of brain stimulation therapies in disease treatment

o Studies on the role of natural drugs or novel intervention techniques in the repair and functional recovery of visual nerve damage and Parkinson's disease, including plant-derived or marine drugs and interventions like acupuncture



We encourage submissions that report new findings, methodological advancements, and theoretical insights to foster active dialogue among interdisciplinary researchers. Let us push the boundaries of human neuroscience together through the powerful integration of brain imaging and stimulation.