Neuroscience for Rehabilitation

Front Cover
McGraw Hill Professional, Dec 22, 2017 - Medical - 528 pages

The first neuroanatomy text written specifically for physical therapy students

Instructors finally have a resource created specifically for physical therapy students taking a neuroanatomy course. Neuroanatomy for Physical Therapy provides readers with an understanding of the anatomical localization of brain function in order to help them accurately interpret the wealth of new human brain images now available. The author, a recognized expert in human nervous system development, includes numerous case studies with patient presentations, and due to its importance in physical therapy, extensive coverage of peripheral nerve damage.

• Content mirrors the standard physical therapy curriculum, freeing instructors from having to use neuroanatomy texts intended for medical students
• Numerous line illustrations, angiography, and brain views from MRI and other imaging modalities
• Author Tony Mosconi has been listed in the Who’s Who of American Teachers (four different years)

From inside the book

 

Results 1-3 of 25

Page 46
... potential Time mV E I E –70 Resting potential –60 –70 fIGure 3.17 IPSP Time Threshold Action (resting potential potential) (“spike is about potential”) −70 mV. When recorded the axon with one is stimulated, electrode there inside is ...
Page 47
Tony Mosconi, Victoria Graham. hyperpolarization 3 3.5 FIGURE 3.18 Nerve action potential . A. The upstroke of the action potential results from increased Na + conductance . Repolarization results from a declining Na + conductance ...
Page 49
Tony Mosconi, Victoria Graham. 7 Propagated action potential in muscle plasma membrane Voltage - gated Na + channels 6 Muscle fiber action potential initiation 5 Local current between depolarized end plate and adjacent muscle plasma ...

Where's the rest of this book?

Contents

CHAPTER 1 STRUCTURAL AND FUNCTIONAL ORGANIZATION OF THE NERVOUS SYSTEM
1
CHAPTER 2 VASCULAR SUPPLY OF THE CENTRAL NERVOUS SYSTEM
15
CHAPTER 3 CELLULAR ORGANIZATION OF THE NERVOUS SYSTEM
33
Copyright

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Other editions - View all

Neuroscience for Rehabilitation
Tony Mosconi,Victoria Graham
No preview available - 2017

Common terms and phrases

action potential activity afferent ascending auditory axons basal ganglia basal nuclei behavior blood brain brainstem canal caudal cell bodies central nervous system cerebellar peduncle cerebellum cerebral artery cerebral cortex cervical clinical cognitive colliculus contralateral cortical Cranial Nerves damage decussate descending diencephalon disease dorsal eye movements facial fibers Figure frontal function gyrus hormone horn hypothalamus inferior inhibitory injury innervate input ipsilateral lateral layer lesion limb limbic located McGraw-Hill medial medulla membrane midbrain motor cortex motor neurons muscle myelin neural Neuroanatomy neuroplasticity Neurosci nociceptive nociceptors nucleus olfactory optic organ output pain parietal patient peripheral pons portion posterior premotor primary primary motor cortex processing produce proteins receptors rectus reflex Reproduced with permission response retina rostral sensory somatic somatosensory spinal cord stimulation structures superior superior colliculus synapse syndrome temporal lobe thalamus tion tissue tract trigeminal ventral ventricle vestibular visual cortex visual field Visual Pathways white matter

About the author (2017)

Tony M. Mosconi, PhD is affiliated with Chapman University, Orange, CA.

Bibliographic information

TitleNeuroscience for Rehabilitation
AuthorsTony Mosconi, Victoria Graham
PublisherMcGraw Hill Professional, 2017
ISBN0071830200, 9780071830201
Length528 pages
Subjects ›  › 

Medical / Allied Health Services / Physical Therapy
  
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