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ABG: Salicylate toxicity

Salicylates inhibit the citric acid cycle and uncouple oxidative phosphorylation. Inhibition of these ATP-dependent processes results in:

  1. Increased O2 consumption
  2. Increased CO2 production
  3. Enhanced glycolytic and lipolytic metabolism
  4. Depletion of hepatic glycogen
  5. Hyperpyrexia

Effects on Acid-Base Status

Effects of salicylate toxicity vary based on the dose and age of the patient. Direct stimulation of respiratory centers results in a respiratory alkalosis initially. In mild cases, this may be the only acid-base manifestation. Infants, however, rarely presents with mild cases. In severe cases, however, a dire metabolic (ketolactic) acidosis develops. There is a compensatory respiratory alkalosis and the development of a paradoxical aciduria.

Other References

  1. Salicylate Toxicity article; Accessed 2/25/15 Link
  2. Keys to the Cart: December 12, 2016; A 5-minute video review of ABA Keywords Link