- Title Pages
- Dedication
- Contributors
- Abbreviations
- 1 Death and survival in the nervous system
- 2 Axotomy and mechanical damage
- 3 Metabolic damage
- 4 Inflammation and demyelination
- 5 Infection
- 6 Neurodegenerative disease
- 7 Neuroprotection
- 8 Steroids
- 9 Trophic factors
- 10 Control of inflammation
- 11 Peripheral nerve regeneration
- 12 Failure of CNS regeneration
- 13 Anatomical plasticity
- 14 Biochemical plasticity
- 15 Remyelination
- 16 Coma
- 17 Motor, sensory, and autonomic function
- 18 Cognition
- 19 Psychiatric assessment
- 20 Pharmacological management
- 21 Neuropsychological rehabilitation
- 22 Axon regeneration in the CNS
- 23 Primary neuronal transplantation
- 24 Glial transplantation
- 25 Stem cells
- 26 Gene therapy
- Appendix 1 Alzheimer's disease
- Appendix 2 Amyotrophic lateral sclerosis (ALS)/Motor neurone disease
- Appendix 3 Creutzfeldt-Jakob disease (CJD)
- Appendix 4 Epilepsy
- Appendix 5 Huntington's disease
- Appendix 6 Multiple sclerosis
- Appendix 7 Parkinson's disease
- Appendix 8 Spinal-cord injury
- Appendix 9 Stroke
- References
- Index
Metabolic damage
Metabolic damage
- Chapter:
- (p.26) 3 Metabolic damage
- Source:
- Brain Damage, Brain Repair
- Author(s):
James W. Fawcett
Anne E. Rosser
Stephen B. Dunnett
- Publisher:
- Oxford University Press
Many conditions can cause metabolic damage to the CNS, and they do so through a variety of mechanisms. Stroke, for instance, causes anoxic damage to a region of the brain, the actual cell death being due to excitotoxicity, release of free radicals, release of nitric oxide, and other mechanisms. This chapter therefore describes some of the major mechanisms causing metabolic damage in CNS pathology, and then some of the more common conditions.
Keywords: metabolic damage, CNS, stroke, anoxic damage, cell death, nitric oxide
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- Title Pages
- Dedication
- Contributors
- Abbreviations
- 1 Death and survival in the nervous system
- 2 Axotomy and mechanical damage
- 3 Metabolic damage
- 4 Inflammation and demyelination
- 5 Infection
- 6 Neurodegenerative disease
- 7 Neuroprotection
- 8 Steroids
- 9 Trophic factors
- 10 Control of inflammation
- 11 Peripheral nerve regeneration
- 12 Failure of CNS regeneration
- 13 Anatomical plasticity
- 14 Biochemical plasticity
- 15 Remyelination
- 16 Coma
- 17 Motor, sensory, and autonomic function
- 18 Cognition
- 19 Psychiatric assessment
- 20 Pharmacological management
- 21 Neuropsychological rehabilitation
- 22 Axon regeneration in the CNS
- 23 Primary neuronal transplantation
- 24 Glial transplantation
- 25 Stem cells
- 26 Gene therapy
- Appendix 1 Alzheimer's disease
- Appendix 2 Amyotrophic lateral sclerosis (ALS)/Motor neurone disease
- Appendix 3 Creutzfeldt-Jakob disease (CJD)
- Appendix 4 Epilepsy
- Appendix 5 Huntington's disease
- Appendix 6 Multiple sclerosis
- Appendix 7 Parkinson's disease
- Appendix 8 Spinal-cord injury
- Appendix 9 Stroke
- References
- Index