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Digoxin Immune Fab (DigiFab)


40mg vial



To treat severe digoxin or cardiac glycoside poisoning, such as oleander, foxglove and cane toad poisoning associated with:

  • Cardiac arrest
  • Ventricular arrhythmias or increased automaticity
  • Bradyarrhythmia resulting in hypotension
Digoxin Immune Fab (DigiFab)
  • ALERT – Consultation with a clinical toxicologist is recommended through the local toxicology service or Poisons Information Centre 13 11 26 prior to administration of DigiFab.


Cardiac arrest due to digoxin or cardiac glycoside toxicity

  • Give 5 vials (200mg) IV as a bolus.

Acute digoxin or cardiac glycoside toxicity with compromise

  • Give 2 vials (80mg) IV over 30 min. Repeated as necessary on advice of a clinical toxicologist.

Chronic digoxin accumulation with compromise

  • Give 1 vial (40mg) diluted in 100mL saline over 30 min.

Cardiac glycoside toxicity from plant/toad related ingestion

  • Higher doses may be required, all cases should be discussed with a clinical toxicologist.

Stocking recommendations

Tertiary centre Regional centre Rural centre Remote centre

5 vials

2 – 5 vials 0 – 2 vials 0 vials


Severe acute cardiac glycoside toxicity requiring DigiFab is rare. The current stocking recommendations reflect a pragmatic approach to antidote availability. Chronic digoxin accumulation is more common. Australian research1 has shown that administration of DigiFab is ineffective in most of these cases. We recommend discussing all cases with a clinical toxicologist prior to administration of DigiFab.


Fact sheet developed by Queensland Poisons Information Centre, Updated: July 2020.

This fact sheet is about the use of these antidotes in Australia, and may not apply to other countries. Children’s Health Queensland Hospital and Health Service cannot be held responsible for the accuracy of information, omissions of information, or any actions that may be taken as a consequence of reading this fact sheet.


  1. Chan, B.S., et al., Efficacy and effectiveness of anti-digoxin antibodies in chronic digoxin poisonings from the DORA study (ATOM-1). Clin Toxicol (Phila), 2016. 54(6): p. 488-94