Axel Barlow of Bangor University began studying the snakes, one of the major killers in West Africa, to determine why anti-venom does not help some bite victims, the North Wales Chronicle reported. He found that the scorpion-eaters' venom is about 30 times as toxic as that of other saw-scaled vipers.
Barlow is collaborating on his research with the Venom Research Unit at the Liverpool School of Tropical Medicine.
"The West African governments continue to buy this anti-venom from India, but it doesn't work," Barlow said. "It's kind of intuitive that a snake's venom is going to be more toxic to the type of animals that they feed on."
Anti-venom is produced by injecting snake venom into horses, causing them to produce antibodies, and then harvesting their blood. To work, anti-venoms must be matched to the type of venom produced by the snake involved in the bite.
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