Ai-driven Molecular Scissors Target Disease Proteins Effectively

WHO:

GeekWire - Researchers at UW Medicine's Institute for Protein Design, led by Nobel laureate David Baker.

WHAT:

GeekWire - Researchers have engineered reusable molecular "scissors" capable of repeatedly destroying target proteins linked to diseases such as Alzheimer's and ALS.

GeekWire - These proteases can treat complex conditions at far lower doses compared to traditional methods.

Ars Technica - AI design tools create proteins that can break bonds that are stable for hundreds of years.

WHERE:

GeekWire - UW Medicine's Institute for Protein Design.

HOW:

GeekWire - The molecular scissors utilize AI to target and destroy specific disease-related proteins.

(UPDATED October 15, 2026 00:00 UTC)

Researchers at UW Medicine's Institute for Protein Design, led by Nobel laureate David Baker, have engineered reusable molecular "scissors" that can repeatedly destroy target proteins linked to diseases such as Alzheimer's and ALS. These innovative proteases are designed to treat complex conditions at significantly lower doses compared to traditional methods, utilizing AI to precisely target and eliminate specific disease-related proteins. Additionally, AI design tools have been instrumental in creating proteins capable of breaking bonds that are stable for hundreds of years.