-Notes:
1- B-blocer toxicity cause:
metabolic acidosis, respiratory acidosis(retentionCO2).
2- methylxanthine toxicity cause:
metabolic acidosis,respiratory alkalosis(⬆️elimination CO2)
3- digoxin toxicity cause:
metabolic acidosis.
-digoxin toxicity can cause various electrolyte and metabolic disturbances, it does not typically cause significant respiratory alkalosis or acidosis. The focus in managing digoxin toxicity is primarily on addressing cardiac arrhythmias and hyperkalemia
1- B-blocer toxicity cause:
metabolic acidosis, respiratory acidosis(retentionCO2).
2- methylxanthine toxicity cause:
metabolic acidosis,respiratory alkalosis(⬆️elimination CO2)
3- digoxin toxicity cause:
metabolic acidosis.
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