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Flow Cytometry in Neoplastic Hematology

Flow Cytometry in Neoplastic Hematology

Medical Leadership

Medical Leadership

Traumatic Brain Injury

Regular Price $399.00 Special Price $359.10 $326.45
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SKU
9781498710299
 

In the last decade neuroscience has matured at a remarkable pace, shedding a far more exacting light on mechanisms of neurophysiology, pathophysiology of injury, neuroendocrinology, neuro-immunology, neuroplasticity, neuropharmacology and neurodegenerative processes. Individuals with acquired brain injury are treated earlier and now achieve far better recovery than in the past.

The fourth edition of this text constitutes a continuation of 20 years of coverage of traumatic brain injury, and broadens the discussion of acquired brain injury. Within TBI, the paradigm shift from an injury occurring at a point in time to a disease entity of a chronic nature is changing the discussion of diagnosis, management, treatment and outcome assessment. Disease specification that differentiates TBIs by the mechanism of injury, the exact nature of the injury, the extent of injury, presence of co-morbidities and their exact nature, gender, age, race, and genome are emerging as crucial. There was a time when cancer was an undifferentiated disease. Disease differentiation has consequently impacted diagnosis, treatment and outcome.

This text is intended to serve as a ready reference tool, contributing to the professional growth of each reader, and stimulating innovation and research. It also promotes the continued refinement in the management of diseases of acquired brain injury.

More Information
Author Mark J. Ashley, David A. Hovda
Table Of Content

4th EDITION TABLE OF CONTENTS

NEUROSCIENCE

  1. Bioscience Indications for Chronic Disease Management and Neuromedical Interventions Following Traumatic Brain Injury
  2. – Mark J. Ashley, Grace S. Griesbach, David L. Ripley, Matthew J. Ashley

  3. The Neurobiology of Traumatic Brain Injury
  4. – Thomas C. Glen, Richard L. Sutton and David A. Hovda

  5. Repeat Traumatic Brain Injury Models
  6. – Mayumi Prins

  7. Neuroplasticity and Rehabilitation Therapy
  8. – Robert P. Lehr

  9. Environment Enrichment: A Preclinical Model of Neurorehabilitation for Traumatic Brain Injury
  10. – Corina O. Bondi & Anthony E. Kline

  11. Neuroanatomy of Basic Cognitive Function
  12. – Mark J. Ashley, Jessica G. Ashley & Matthew J. Ashley

  13. TBI Rehabilitation: Lessons Learned from Animal Studies about Mechanisms, Timing and Combinatorial Approaches
  14. – Dorothy A. Kozlowski

  15. Diet and Exercise Interventions to Promote Metabolic Homeostasis in TBI Pathology
  16. – Fernando Gomez-Pinilla

  17. Disruptions in Physical Substrates of Vision Following Traumatic Brain Injury
  18. – Richard E. Helvie

  19. Potential Utility of Resting State fMRI-Determined Functional Connectivity to Guide Neurorehabilitation
  20. – Neil G. Harris and Jessica G. Ashley

  21. TBI and Sensory Sensitivity: Translational Opportunities
  22. – Timothy W. Ellis and Jonathan Lifshitz

  23. The Neuroimaging Challenges in Hemispherectomy Patients
  24. – Zachary Jacokes, Avnish Bhattrai, Carinna Torgerson, Andrew Zywiec, Sumiko Abe, Andrei Irimia, Meng Law, Saman Hazany, and John Darrell Van Horn

     

    MEDICAL

  25. Clinical Management of the Minimally Conscious State
  26. – Yelena G. Bodien, Sabrina R. Taylor, and Joseph T. Giacino

  27. Neuropharmacologic Considerations in the Treatment of Vegetative State and Minimally Conscious State Following Brain Injury
  28. – Deborah L. Doherty

  29. Clinical Management of Pituitary Dysfunction After Traumatic Brain Injury – Adam H. Maghrabi, Brent E. Masel, Randall J. Urban, and David L. Ripley
  30. Publish Date 7 Aug 2017
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