Features

• Presents algorithms that are independent of any platform but with solution included
• Demonstrates methods with instructor lecture slides and scripts

Contents

Chapter 1: Bioscience indications for chronic disease management and neuromedical interventions following traumatic brain injury
Chapter 2: The neurobiology of traumatic brain injury
Chapter 3: Repeat traumatic brain injury models
Chapter 4: Neuroplasticity and rehabilitation therapy
Chapter 5: Environmental enrichment: A preclinical model of neurorehabilitation for traumatic brain injury
Chapter 6: Neuroanatomy of basic cognitive function
Chapter 7: TBI rehabilitation: Lessons learned from animal studies about mechanismsr timing,, and combinatorial approaches
Chapter 8: Diet and exercise intementions to promote metabolic homeostasis in TBI pathology
Chapter 9: Disruptions in physical substrates of vision following traumatic brain injury
Chapter 10: Potential utility of resting state fMRI-determined functional connectivity to guide neurorehabilitation
Chapter 11: TBI and sensory sensitivity: Translational opportunities
Chapter 12: The neuroimaging challenges in hemispherectomy patients
Chapter 13: Clinical management of the minimally conscious state
Chapter 14: Neuropharmacologic considerations in the treatment of vegetative state and minimally conscious state following brain injury
Chapter 15: Clinical management of pituitary dysfunction after traumatic brain injury
Chapter 16: Neuretransmitters and pharmacology
Chapter 17: Pituitary dysfunction after traumatic brain injury
Chapter 18: Increasing physiologic readiness to improve functional independence following neurotrauma
Chapter 19: Assessment and management of mild traumatic brain injury
Chapter 20: Chronic traumatic encephalopathy
Chapter 21: Posttraumatic epilepsy and neurorehabilitation
Chapter 22: Evaluation of traumatic brain injury folio’wing acute rehabilitation
Chapter 23: Neuropsychology following brain injury: A pragmatic approach to outcomesr treatment,, and applications
Chapter 24: Neuropsychological intementions folio’wing traumatic brain injury
Chapter 25: The use of applied behavior analysis in traumatic brain injury rehabilitation
Chapter 26: Rehabilitation and management of visual dysfunction following traumatic brain injury
Chapter 27: Remediative approaches for cognitive disorders after TBI
Chapter 28: Principles of cognitive rehabilitation in TBI: An integrative neuroscience approach
Chapter 29: Management of residual physical deficits
Chapter 30: Undertaking vocational rehabilitation in TBI rehabilitation
Chapter 31: Contribution of the neuropsychological evaluation to traumatic brain injury rehabilitation
Chapter 32: Neurobehavioral consequences of mild traumatic brain injury in military service members and veterans
Chapter 33: Issues in aging following traumatic brain injury
Chapter 34: Children and adolescents: Practical strategies for school participation and transition
Chapter 35: Long-term discharge planning in traumatic brain injury rehabilitation
Chapter 36: Patients’ rights and responsibilities, health care reform, and telehealth: Ethical considerations