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  • 7 weeks ago
Researchers at the University of Maryland have found that proteins in the blood of western diamondback rattlesnakes, which block toxins, can neutralize venom from various venomous snakes approximately ten times more effectively than existing commercial antivenoms in laboratory studies. The research team, headed by Distinguished Professor Sean B. Carroll and published in the Proceedings of the National Academy of Sciences, utilized specific proteins that rattlesnakes have developed to defend against their own venom, resulting in broad-spectrum protection against multiple toxins. Snakebites pose a significant yet overlooked global health issue, resulting in an estimated 80,000 to 140,000 fatalities each year, along with countless injuries. Researchers believe this method could pave the way for a new class of nature-inspired antivenoms that offer greater reliability and effectiveness compared to those produced through conventional animal-immunization techniques.
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This video contains stock footage and content created or enhanced using AI-assisted tools.

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Transcript
00:00Scientists just found a powerful new antivenom hiding in the blood of the animal that causes the problem in the
00:06first place.
00:07University of Maryland researchers discovered that toxin-blocking proteins naturally found in rattlesnake blood can neutralize venom from several dangerous
00:16snake species.
00:17And in lab tests, the mixture was about 10 times more potent than a current commercial antivenom.
00:23The proteins are ones that Western diamondback rattlesnakes evolved to protect themselves from their own venom.
00:30And by combining several of them together, the team achieved unusually broad, strong protection.
00:35Snake bites remain a massively overlooked global health problem, killing up to 140,000 people every year and leaving hundreds
00:43of thousands more permanently disabled, largely in rural areas with limited access to treatment.
00:48Traditional antivenoms are expensive to produce and inconsistent in how well they work.
00:53Researchers say this nature-inspired approach could point the way toward a new generation of antivenoms that are cheaper, more
01:01reliable, and far more effective.
01:03Disclosure. This video contains stock footage and content created or enhanced using AI-assisted tools.
01:09InAKE a new provider of another genbook release mark, let's put the battle safer in a new part of the
01:09catch-ropriet being killed.

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