SCIENTISTS use AI to DEVELOP SUPERPROTEIN
Rising from the depths of DNA and science fiction, a team at the University of Washington School of Medicine have used top-level artificial intelligence to create new protein molecules with extraordinary powers! Scientists have succeeded in designing a brand spankin’ new protein with super binding powers to take on some of the most challenging biomarkers, including human hormones. And it’s like nothing the world has ever seen before!
THE TEAM
The team was led by University of Washington School of Medicine professor David Baker and included Susana Vazquez-Torres, Preetham Venkatesh, and Phil Leung. These ingenious scientists wanted to develop proteins that could bind to really difficult-to-detect molecules, like glucagon, neuropeptide Y, and parathyroid hormone – and they’re doing it with the help of artificial intelligence!
ADVANCED TECHNOLOGY
What makes this even more mind-blowing is how they’re doing it: the team has borrowed a page from the deep learning playbook and crafted a novel protein design using some seriously advanced artificial intelligence and super futuristic protein design tools. Quicker and sleeker than ever before, these programs enable scientists to design functional proteins with precision and efficiency like never before. By using limited target information such as a peptide’s amino acid sequence alone, they were able to generate cool new proteins.
DIAGNOSTICS & DRUG DEVELOPMENT
The potential applications for this juicy tech are staggering. From advanced diagnostics to drug development, these proteins could open up a world of possibilities in medical research, treatments, and finding complex molecules relevant to human health and the environment. The team even conducted lab tests to validate their new methods, demonstrating that the proteins they’ve designed can detect low-concentration peptides in human serum and are undeterred by harsh conditions like high heat. This is some seriously possible real-world stuff. If that wasn’t enough, they also integrated a super-binding protein into a biosensor system and achieved a 21-fold increase in signal. Super-diagnostics, anyone? What do you have to say about this new discovery? COMMENT below and let us know your thoughts!
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