Clinical Toxicology · 2007 · 16 citations · 10 references
MedicinePharmacologyToxicologyKidney TransplantationPoisoning ManagementTransplant SurgeryCyanide ToxicologyDeceased Donor TransplantationHydroxocobalamin TherapyLiver TransplantationAcute Cyanide PoisoningAntidotal EfficacyAntidotal TreatmentBlood Cyanide AnalysisCyanide Inhalation ToxicityCyanide Poisoning TreatmentOrgan Toxicity AssessmentRefractory Hypoxemia
BACKGROUND: Cyanide-poisoned patients are potential organ donors provided that organs are not damaged by the poison or by antidotal treatment. CASE STUDY: A patient with third-degree burns and smoke inhalation-associated cyanide poisoning confirmed by measurements of whole blood cyanide was found in cardiac arrest and administered epinephrine and hydroxocobalamin (5 g + 5 g). Cardiac activity resumed, but the patient was declared brain dead on the third day of hospitalization when coma deteriorated to a shock state with refractory hypoxemia. Kidneys, heart, and liver were removed and transplanted into four patients. Gross pre-transplantation inspection of the donor organs and renal histology showed no evidence that hydroxocobalamin caused organ toxicity. Donor organs functioned normally through follow-up periods of several months. CONCLUSION: Anoxic cardiac arrest following acute cyanide poisoning treated with hydroxocobalamin (5 g + 5 g) was not a contraindication to organ transplantation after confirmed encephalic death in this patient.
10
Antidotal treatment of cyanide poisoning.
Bruno Mégarbane, Arnaud Delahaye, Dany Goldgran-Tolédano et al. · PubMed · 2003 · 127 citations
Pharmacy, Pharmacology, Toxicology +15