Key result
Calcium chloride and insulin rapidly reverse transfusion-associated hyperkalemic VF in a single patient.
Why the study?
Evidence to guide resuscitation from transfusion-related hyperkalaemic ventricular fibrillation is sparse.
Does administration of calcium chloride and insulin reverse transfusion-associated hyperkalaemic ventricular fibrillation?
Case Report (n=1)
Does administration of calcium chloride and insulin reverse transfusion-associated hyperkalaemic ventricular fibrillation?
Administration of calcium chloride and insulin successfully reversed transfusion-associated hyperkalaemic ventricular fibrillation in a massive transfusion setting.
May support calcium plus insulin in transfusion hyperkalaemic VF arrest; single case leaves open need for prospective validation.
Evidence to guide resuscitation from transfusion-related hyperkalaemic ventricular fibrillation is sparse. This case report describes a 29 kg patient undergoing scoliosis surgery who developed hyperkalaemic ventricular tachycardia/fibrillation following the replacement of over two blood volumes with banked blood in 90 minutes. Rapid reversion to sinus rhythm followed administration of 1.4 mmol of calcium chloride and two units of insulin (Actrapid, Novo Nordisk). The relevant literature is reviewed, indicating that an elevated serum ionised calcium level protects against hyperkalaemia, by an intracellular mechanism. Evidence supports the use of lignocaine, but not amiodarone, as additional treatment.
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Ian J. Woodforth (2007) conducted a case report in Transfusion-associated hyperkalaemic ventricular fibrillation (n=1). Calcium chloride and insulin was evaluated on Reversion to sinus rhythm. Administration of 1.4 mmol of calcium chloride and two units of insulin resulted in rapid reversion to sinus rhythm in a patient with transfusion-associated hyperkalaemic ventricular fibrillation.
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