- by foxnews
- 22 Aug 2025
Methanol is a compound typically reserved for industrial processes and found in the likes of gasoline, antifreeze and paint thinner. It is severely toxic to humans when ingested, according to multiple health agencies.
"In developing countries around the world, in the black market, methanol is often added to alcohol to expand the volume of liquid," King said in her Aug. 4 video.
King also claimed that the tainted alcohol is then sold back to restaurants, bars, hotels and other drinking establishments.
"It smells no different and it tastes no different from the alcohol that we typically drink," she said in her petition.
If a drink does include methanol, the person who consumes it can experience severe poisoning, blindness or even death, according to multiple medical sources.
"This doesn't need to happen, but it does," King said in her video, briefly touching on the Laos incident. "And not enough people know about it."
The same pattern has been reported elsewhere.
In Iran, at least 10 people died in 2023 after drinking homemade liquor spiked with methanol, AP previously reported.
"Just as little as 30 milliliters of it - a shot - can kill you. And 15 milliliters of it can make you go blind, have organ failure, liver damage and even brain damage," said King, who is an actor, writer and advocate today.
To reduce risk, the World Health Organization (WHO) recommends that travelers refrain from purchasing illegal alcoholic drinks.
They should also avoid alcoholic drinks in unlabeled containers and steer clear of unsealed or suspiciously cheap drinks.
"Losing my eyesight is the hardest thing I've ever gone through, and I deal with it every single day," King shared in a video on social media.
"This doesn't need to happen, and if we can save one life, then it'll all be worth it."
Fox News Digital reached out to King for further comment.
Travelers have been warned to avoid unsealed drinks abroad after methanol poisoning cases allegedly cause blindness and death, with just a shot's worth potentially fatal to humans.
read more