AI-Designed Proteins Show Promise in Neutralizing Snake Venom Toxins

Researchers used artificial intelligence to create novel proteins that protected mice from lethal snake venom, signaling a potential breakthrough in antivenom development.

Scientists developed two new proteins using AI tools that neutralized specific toxins found in snake venom, offering complete protection in mouse experiments.
The AI-designed proteins target three-finger toxins, a major component in the venom of snakes like cobras and mambas, which traditional antivenoms often struggle to neutralize effectively.
Unlike conventional antivenoms derived from animal antibodies, these proteins are more stable, potentially cheaper to produce, and less likely to cause adverse side effects.
One of the proteins proved effective even when administered up to 30 minutes after venom exposure, raising hopes for field-ready treatments in the future.
While the results are promising, further research and extensive testing are needed to ensure safety and efficacy in humans, with potential years before clinical use.