Full Description
This practical guide focuses on the evidence-based neuroscience information that is most relevant to the practice of physical rehabilitation. It connects the theory of neuroscience with real-world clinical application with such features as: stories written by real people with neurological disorders, case studies, and lists summarizing key features of neurological disorders. It also provides clear descriptions of a complete range of neurological disorders and the body systems they affect. The text progresses logically from the molecular and cellular levels, to systems, and then to regions, to help make complex information easy to master. Special features such as Clinical Notes boxes with "at-a-glance summaries, Red Flag boxes, and hundreds of full-color illustrations, enhance the learning experience and make it easy for the student and clinician to access clinically relevant information.Systems approach to neuroscience helps you develop a fuller understanding of concepts in the beginning of the text and apply them to new clinical disorders later in the text.Five sections: Cellular Level, Development, Systems, Regions, and Support Systems show how neural cells operate first, and then help you apply that knowledge while developing an understanding of systems neuroscience.UNIQUE! An emphasis on neuroscience issues critical for practice of physical rehabilitation such as abnormal muscle tone, chronic pain, and control of movement.Evidence-based content has been updated to reflect the most recent research.Patient experience boxes at the beginning of each chapter give insight from actual patients and the patients' experiences with disorders discussed in the text.Clinical notes case studies include bulleted information relevant to the clinician.NEW! Chapter on pain will help students understand the physiological origins of pain and how it can be treated.NEW! Color standardization in anatomy images will familiarize you with structures and their functions across systems.
Contents
1Part 1: Neuroscience at the Cellular Level2. Physical and Electrical Properties of Cells in the Nervous System3. Synapses and Synaptic Transmissions4. NeuroplasticityPart 2: Development of the Nervous System5. Development of the Nervous SystemPart 3: Neuroscience at the System Level6. Somatosensory System7. Somatosensation: Clinical Applications8. Neuropathic Pain, Pain Matrix Dysfunction, and Pain Syndromes9. Autonomic Nervous System10. Normal Motor System: Motor Neurons11. Basal Ganglia, Cerebellum, and MovementPart 4: Neuroscience at the Regional Level12. Peripheral Nervous System13. Spinal Region14. Cranial Nerves15. Brain Stem Region16. Vestibular and Visual Systems17. Cerebrum18. Cerebrum: Clinical ApplicationsPart 5: Support Systems19. Support Systems: Blood Supply and Cerebrospinal Fluid SystemAppendicesAppendix A: Gross Anatomy AtlasGlossary
