Who can administer
May be administered by registered competent doctor or nurse/midwife
Important information
- Monitoring requirements - see overleaf
- Rapid administration may lead to flushing, hypotension and acute collapse
- Care should also be taken when flushing IV lines to avoid the sudden infusion of residual desferoxamine which may be present in the dead space of the line as this may lead to acute collapse
Available preparations
Desferal 500mg vial
Reconstitution
Water for injection
5ml per 500mg vial
Infusion fluids
Sodium chloride 0.9% or Glucose 5%
Methods of intravenous administration
Continuous intravenous infusion (administer using an electronically controlled infusion device) For the treatment of acute iron poisoning
- The volume of fluid to be used for intravenous infusion is not critical, as long as the recommended rate of administration is not exceeded (ref 1) - if a 50ml infusion volume is used the residual volume in the infusion line must be flushed through at the same rate to avoid significant underdosing
- Administer at a suitable rate according to dosage instructions
Dose in adults
Acute iron overload/poisoning
- Recommended dose is 15mg per kg per hour
- Reduced as soon as the situation permits, usually after 4 to 6 hours
- Maximum of 80mg per kg in 24 hours cannot usually be exceeded. (but see below re Poisons centre)
- If symptoms have not improved discuss with Poison Centre (ref 2)
- An extension of the infusion may be recommended
Other indications - see manufacturer's SPC
Renal impairment
Monitoring
- Follow Poisons Centre advice
Further information
Acute iron overload
- Haemodialysis may be required if the patient is in renal failure as the ferrioxamine complex formed must be renally excreted
- Theoretically, 100mg Desferoxamine can chelate 8.5mg of ferric iron
- It should be noted that the serum iron level may rise sharply when the iron is released from the tissues
Storage
References
SPC July 2018
1: Injectable medicines administration guide, Medusa, assessed online on 18/06/2026
2: Toxbase, assessed online on 18/06/2026
Therapeutic classification
Chelating agent