Abstract
<jats:p>Frontiers in Neurosciences: Integrating Neurology and Neurosurgery presents a comprehensive and integrative exploration of contemporary clinical neurosciences, emphasizing the convergence of diagnostic precision, translational research, and surgical innovation. The volume bridges foundational neurological principles with evolving neurosurgical strategies, highlighting the importance of interdisciplinary collaboration in improving patient-centered outcomes. The book begins with advances in neuroimaging, detailing the transition from conventional structural imaging to multimodal and intelligence-augmented platforms incorporating diffusion imaging, functional MRI, tractography, PET-MRI, radiomics, and artificial intelligence–driven analytics. It then examines neurovascular disorders with a structured overview of stroke pathophysiology, acute management, endovascular therapies, carotid interventions, aneurysm treatment, and emerging robotic and AI-assisted techniques. A dedicated section on neuro-oncology integrates WHO 2021 molecular classification with contemporary surgical innovations, emphasizing precision-guided tumor resection and multimodal management strategies. Neurotrauma and critical care are discussed through interdisciplinary frameworks addressing intracranial pressure monitoring, surgical decision-making, and neurointensive care advances. The final chapter explores neurodegenerative diseases, translating molecular and imaging research into therapeutic and surgical strategies, including neuromodulation and emerging precision-based interventions. By synthesizing advances in imaging, molecular diagnostics, surgical navigation, endovascular innovation, and artificial intelligence, this book underscores the evolving paradigm in which neurology and neurosurgery operate as complementary disciplines within an integrated neuroscientific ecosystem. It serves as an academic and clinical resource for medical students, trainees, and practicing clinicians seeking an updated, evidence-informed perspective on modern neurosciences.</jats:p>