商品簡介
Applied Neuropsychology of Cerebrovascular Diseases: A Practical Guide to Brain Arteries, Lesion Localization, and Rehabilitation Strategies addresses the critical intersection of vascular neurology and neuropsychological rehabilitation. With stroke as the third leading cause of death worldwide, neuropsychologists must understand stroke patterns and functional consequences for patients undergoing neurorehabilitation. This book explores the pathophysiology of stroke, emphasizing the importance of cerebrovascular anatomy and lesion localization in understanding cognitive deficits. It provides essential knowledge for clinicians involved in stroke assessment and treatment, highlighting the need for integration of neuroimaging interpretation into neuropsychological practice. Written by leading clinical neuropsychologists, this volume is structured into three key sections. The first offers foundational insights into cerebrovascular anatomy, stroke mechanisms, and their typical cognitive and emotional impairments. The second section equips clinicians with practical skills to interpret brain scans independently, utilizing tools like MRIcron, and to localize lesions accurately. The final section focuses on targeted rehabilitation strategies for common stroke syndromes, including neglect, aphasia, visual field deficits, and disorders of consciousness, supported by real-world clinical guidance and emerging neuromodulation techniques such as tDCS. Applied Neuropsychology of Cerebrovascular Diseases: A Practical Guide to Brain Arteries, Lesion Localization, and Rehabilitation Strategies enhances clinical decision-making by bridging the gap between neuroimaging, neuroanatomy, and practical therapy. It aims to improve assessment accuracy, optimize intervention timing, and foster a patient-centered approach to neurocognitive recovery. Its detailed yet accessible presentation makes it an indispensable resource for neuropsychologists, neurologists, and rehabilitation specialists seeking to advance their understanding of cerebrovascular impacts on cognition and functional recovery.
