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Antidote Race: Doctors Save Hooch Victims
10 Sep
Summary
- Doctors administered a scarce antidote, fomepizole, to methanol poisoning victims.
- The antidote effectively halted toxic metabolism, aiding patient recovery.
- Multiple treatments, including ethanol and dialysis, supported organ function.
Doctors in Sagar successfully battled a mass poisoning incident involving suspected methanol-laced hooch by swiftly administering a critical antidote. Fomepizole, vital for interrupting the dangerous metabolic pathway of methanol, was identified as the key intervention. When the drug was not readily available in Madhya Pradesh, 10 vials were sourced from Bhopal and rushed to Bundelkhand Medical College, providing immediate relief.
The antidote demonstrated a rapid positive effect, with critically ill patients on ventilators showing improvement and being taken off support. The treatment strategy was comprehensive, combining fomepizole with ethanol therapy to compete for alcohol dehydrogenase and haemodialysis to rapidly remove toxins from the bloodstream.
This multi-faceted approach tackled the poisoning at various levels. Fomepizole prevented further toxic metabolite formation, dialysis cleared existing poisons, ethanol offered additional metabolic blockade, and intensive care supported failing organs. Officials noted that while fomepizole is internationally recognized, its routine availability was challenged during the Sagar crisis.
Following the positive response, an additional 10 vials were airlifted from the manufacturer to ensure a reserve stock. The majority of patients who responded to the treatment were anticipated to be discharged within a day or two, signifying a successful rescue operation.
