Research Articles
Cracking Bacterial Code: How AI Predicts Drug Interactions with Positive Data Only
Discover how artificial intelligence is revolutionizing antibiotic discovery by predicting bacterial protein-compound interactions using only positive samples.
The AI Revolution: Designing Perfect Antibodies from Scratch
Explore how generative AI is revolutionizing antibody design, enabling scientists to create precision antibodies with atomic-level accuracy directly on computers.
Exploring the Invisible: How AI and VR are Revolutionizing Molecular Discovery
Discover how AI-guided molecular simulations in VR are transforming scientific discovery through imitation learning in hyperdimensional molecular systems.
The Silent AI Revolution Designing Nature's Catalysts
Explore how artificial intelligence is revolutionizing enzyme engineering, accelerating the design of nature's catalysts for medicine, sustainability, and green chemistry.
Hallucinating Antibodies: How AI is Designing Next-Generation Medicines
Explore how artificial intelligence is revolutionizing antibody design through deep learning frameworks that hallucinate optimized antibody libraries for targeted therapies.
Beyond the Library of Life: How AI is Designing Next-Generation Proteins from Scratch
Discover how artificial intelligence is revolutionizing protein engineering by creating entirely new molecular structures from scratch through machine learning extrapolation.
Generative AI Designs Cancer-Killing CAR-T Cells in Record Time
Discover how generative AI is revolutionizing CAR-T cell therapy, accelerating cancer treatment development from years to weeks with unprecedented precision.
Unlocking Nature's Code: How AI Is Revolutionizing Protein Design
Explore how artificial intelligence is transforming protein design, enabling custom proteins with revolutionary potential for medicine, energy, and sustainability.