Watermelon death mystery solved: Mumbai family of four died of rat poison, not food poisoning

Mumbai family death mystery solved as forensic tests confirm rat poison contamination in watermelon. Four members died due to zinc phosphide poisoning, not food poisoning. Read details

By  Jasleen Kaur May 8th 2026 12:15 PM

Watermelon death mystery solved: In a shocking breakthrough, forensic investigators have confirmed that the deaths of a family of four in Mumbai were caused by poisoning from a toxic chemical commonly used in rat poison, ruling out initial suspicions of food poisoning linked to watermelon.

The victims , 45-year-old Abdullah Dokadia, his wife Nasreen (35), and their daughters Zainab (13) and Ayesha (16), had hosted relatives for dinner at their residence. While guests were served mutton pulao and remained unaffected, the family later consumed watermelon in the early hours of the morning.

Within a few hours, all four developed severe symptoms, including vomiting and diarrhoea, and died shortly thereafter.

Detailed forensic analysis has now revealed the presence of zinc phosphide, a highly toxic rodenticide, in the bodies of the deceased. The same substance was also detected in samples of the watermelon they had consumed.

Investigators are currently working to determine whether the contamination was accidental or the result of deliberate tampering. Officials have not ruled out foul play at this stage.

Earlier autopsy findings had raised suspicion after doctors observed an unusual greenish discoloration in several internal organs, including the brain, heart and intestines, a sign often associated with poisoning. Additionally, traces of morphine were found in Abdullah Dokadia’s system, prompting further examination into whether it was linked to medical treatment or another unexplained factor.

The police had initially registered a case of accidental death and recorded statements from relatives who attended the dinner, all of whom remained unharmed after consuming the same meal.

Further investigation is underway to establish how the toxic substance entered the food.

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