In brief
By Tiffanie Turnbull, Sydney, a report on an incident in Western Australia reveals how a colleague allegedly added lethal snail poison to a curry dish. The victim sensed green granules and numbness, alerting her to a danger that could have proved lethal. Authorities tracked the toxin to a chemical shed, linking the crime to metaldehyde, a deadly chemical that spans both industrial use and pest control. The case underscores the unseen risks modern chemicals pose to safety and the need for broader public awareness. It also resonates with indigenous knowledge that stresses harmony between natural products and human health.
An Australian woman, aged 58, discovered her lunchtime leftovers had turned deadly when bright green granules scattered across the dish and a numbing sensation gripped her tongue.
Police in Western Australia say the victim had prepared curry for coworkers in February and later shared it during a morning tea break. When she returned a few days later, a colleague—who was also in a relationship with the victim—had allegedly laced the dish with a poison typically used to kill snails.
The toxin was identified as metaldehyde, a aldehyde compound found in many commercial snail pellets. It can cause severe illness or death if ingested, and the accused, 43, has now been charged with endangering the life, health or safety of another person.
The claim is under investigation, but investigators traced the culprit to a chemical storage shed before the dish was redistributed. Detectives noted the substance’s green hue, which prompted a swift review of the staffroom pantry and a broader discussion on workplace safety protocols.
Commissioner Col Blanch stressed the seriousness of the poison, noting that even a small amount can be life‑threatening. The case illustrates a hidden risk that blends indigenous caution over natural toxins with the modern reliance on chemical solutions.
The woman will face court on 5 November. In the meantime, her experience has sparked a conversation about the need for better awareness of toxic substances in all environments—including the kitchen and the workplace.
