01546nam a2200277Ia 450000100070000000500170000700800410002401000170006502000250008203500200010704000180012704200080014506000110015308200230016410000320018724500710021925000120029026000460030230000410034850400510038950506330044065000480107365000520112165000440117365000510121732272320160527191518.0130812s2013    moua     b    001 0 eng    a  2012007427  a9781455706433 (pbk.)  a(DNLM)101578648  aDNLM/DLCcDLC  apcc10aWL 10200a616.8bL9628n42231 aLundy-Ekman, Laurie.2Local10aNeurosciencebfundamentals for rehabilitationcLaurie Lundy-Ekman.  a4th ed.  aSt. Louis, Mo.bElsevier/Saunderscc2013.  axi, 539 pagesbillustrationsc28 cm.  aIncludes bibliographical references and index.0 aPhysical and electrical properties of cells in the nervous system -- Synapses and synaptic transmission -- Neuroplasticity -- Development of the nervous system -- Somatosensory system -- Somatosensation : clinical application -- Neuropathic pain, pain matrix dysfunction, and pain syndromes -- Autonomic nervous system -- The motor system : motor neurons -- Basal ganglia, cerebellum, and movement -- Peripheral nervous system -- Spinal region -- Cranial nerves -- Brainstem region -- Vestibular and visual systems -- Cerebrum -- Cerebrum : clinical applications -- Support systems : blood supply and cerebrospinal fluid system.12aNervous systemxanatomy & histology.2Local22aNervous System Diseasesxrehabilitation.2Local22aNervous systemxphysiopathology.2Local12aNervous System Physiological Phenomena.2Local