Neuroscience: Fundamentals for Rehabilitation

This practical guide to clinically significant neuroscience, written with rehabilitation professionals in mind, connects neuroscience theory to clinical application with stories written by real people with neurological disorders, case studies, and lists summarizing key features of neurological disorders. Numerous tables, flow charts and boxes highlight essential concepts, processes, and relationships. Full-color illustrations, including an atlas, clarify the spatial relationships among neural structures, demonstrate pathological neural changes, and show individuals with various neurological disorders. Unique features include an accurate summary of contemporary research and theory on spasticity and a thorough explanation of vestibular function and dysfunction. The book follows a logical progression from the molecular and cellular level to systems and regions, making the text both comprehensive and useful.  

Features

• Selective, concise coverage of the most clinically useful information allows readers to learn essential content quickly.
• Real-life examples of neurological rehabilitation in practice set the scene for many chapters, relating scientific information to real patients in a clinical context. 
• End-of-chapter Clinical Notes sections provide relevant case studies with questions to help students apply what they have learned.
• End-of-chapter Review Questions help students to assess their comprehension of chapter material.
• Extensive pedagogical features, including boxes, suggested reading lists, and a glossary promote active learning and offer opportunities to apply information. 

What's New

• More comprehensive coverage of rehabilitation topics now includes multiple system atrophy, dyskinesia, stages of Parkinson's disease, brainstem stroke syndromes, somatoform disorders, migraine, epilepsy, nervous system tumors and meningitis.
• Sections on synaptic transmission, spasticity, vestibular function, and pain have been completely revised to incorporate new information and clarify concepts, designed to aid in accurate identification of primary problems.
• An expanded atlas now includes larger illustrations and line drawings to clarify the clinical slides in more detail, making it easier to identify structures.
• Updated reference lists and the most recent research-based findings have been incorporated to provide current evidence as an essential basis for practice.
• Many new drawings, flow charts, and tables illustrate expanded topics such as the vestibular system.
• Many chapters (chapters 2, 3, 4, 9, 10 and 15) have been extensively reorganized and updated to combine related discussions, devote more detail to important topics, and differentiate between motoneuron, basal ganglia, and cerebellar disorders. 

Contents

 
Atlas 
 
Chapter 1: Introduction to Neuroscience  
Chapter 2: Physical and Electrical Properties of Cells in the Nervous System  
Chapter 3: Synapses and Synaptic Transmissions  
Chapter 4: Neuroplasticity 
Chapter 5: Development of the Nervous System  
Chapter 6: Somatosensory System  
Chapter 7: Somatosensation: Clinical Applications  
Chapter 8: Autonomic Nervous System  
Chapter 9: Motor Systems: Motor Neurons  
Chapter 10: Basal Ganglia, Cerebellum and Movement  
Chapter 11: Peripheral Nervous System  
Chapter 12: Spinal Region  
Chapter 13: Cranial Nerves  
Chapter 14: Brain Stem Region  
Chapter 15: Vestibular and Visual Systems  
Chapter 16: Cerebrum 
Chapter 17: Cerebrum: Clinical Applications  
Chapter 18: Support Systems: Blood Supply and Cerebrospinal Fluid System  
Appendix: Neurotransmitters and Neuromodulators  
Answers 
Glossary 
Index