Machine learning has supercharged the field of computational protein design. Snake venom can cause paralysis, tissue damage and death.Credit: Ingo Schulz/imageBROKER via Getty Proteins designed using artificial intelligence (AI) can block the lethal effects of toxins delivered in the venom of cobras, adders and other deadly snakes. The AI-designed proteins could form the basis of...
Tag: <span>antivenom</span>
Deadly snake bites: Potential antivenom discovered
by University of Copenhagen Credit: Anton Willemann. Amputations, deformed bones and disfigured skin. At worst, death. These are the potential consequences of a venomous snake bite. For millions of people living in low-income countries deadly snake bites are an everyday occurrence, and the nearest health clinic or hospital can easily be hundreds of kilometers away. Add to this...
New type of antivenom to reduce 100,000 fatalities each year from venomous snake bites
A new approach of treating life-threatening snake bites responsible for around 100,000 deaths globally each year is being pioneered by an international research consortium led by University of Bristol scientists. The EU-funded ADDovenom study, involving teams in the UK, France, Belgium and Portugal, set out to create a new type of antivenom treatment to neutralise and eliminate...