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India's Pope's Pit Viper: Venom Study Reveals Dangers
25 Jun
Summary
- Pope's pit viper venom contains 106 proteins from 12 toxin families.
- Sixty percent of its venom causes tissue damage and bleeding.
- New data may aid development of broader-spectrum antivenoms.
Recent scientific research has shed light on the potent venom of Pope's pit viper, a green snake endemic to Northeast India. The study identified 106 distinct proteins within its venom, categorized into 12 toxin families.
Significantly, about 60% of the venom comprises tissue-damaging, coagulant, and hemorrhage-inducing toxins. These include Snake Venom Metalloproteinases (SVMPs) and Phospholipase A2, which can cause severe tissue damage, internal bleeding, and inflammation.
Existing antivenoms in India are designed for the 'Big Four' snakes and may not be effective against Pope's pit viper bites. This research offers critical insights that could lead to the development of more inclusive antivenoms, improving treatment for snakebite victims.
The investigation into less-researched venomous snakes like Pope's pit viper highlights the vast, unexplored biodiversity in India and its potential for medical advancements.
