The antidote to
information overload.

Molecular 'scissors' open path to new therapies

• •Researchers at the University of Washington's Institute for Protein Design have engineered synthetic proteases, or molecular "scissors," that precisely cut disease-related proteins. These computationally designed enzymes achieved a 19% success rate and accelerated target cutting by up to 30 million times, promising new neurodegenerative disease treatments.[Uw, Gladstone]
• •Scientists at Gladstone Institutes discovered a unique bacterial antiviral system, a retron, which uses "Rube Goldberg-level complexity" to trigger bacterial self-destruction upon viral attack. This "strangest of its kind" mechanism, published October 13, 2026, could inspire novel antimicrobial therapies and advanced gene editing tools.[Gladstone, Crisprmedicinenews]
• •Algen Biotechnologies was named to TIME's Best Inventions of 2026 list for its AlgenBrain™ platform, a CRISPR-informed AI model. This platform decodes causal biology and functional gene networks at scale, aiming to accelerate next-generation therapeutic discovery.[Crisprmedicinenews]