Changes in CNS Metabolism in High Pressure Nervous Syndrome, High Pressure Narcosis, and Methods of Protection

Our initial approach to the study of mechanisms of acute central nervous system high pressure toxicity was to study enzyme activities and concentrations of the series of metabolites (which have been shown to provide protection against O2 toxicity) during air and hyperbaric oxygen exposures - 5 ATA O...

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Bibliographic Details
Main Authors: Sanders,Aaron P, Currie,William D
Format: Report
Language:English
Subjects:
Biochemistry
CENTRAL NERVOUS SYSTEM
ENZYMES
HIGH PRESSURE
HYPERBARIC CONDITIONS
Medicine and Medical Research
METABOLISM
METABOLITES
NARCOSIS
OXYGEN
PROTECTION
Stress Physiology
TOXICITY
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Summary:Our initial approach to the study of mechanisms of acute central nervous system high pressure toxicity was to study enzyme activities and concentrations of the series of metabolites (which have been shown to provide protection against O2 toxicity) during air and hyperbaric oxygen exposures - 5 ATA O2 - 11 ATA O2, with or without exogenous administration of the particular protective agent.