AlphaFold: Five Years That Transformed Science Forever AlphaFold, Google DeepMind’s groundbreaking artificial intelligence, is unlocking secrets of the molecular world at the speed of thought by solving the long-standing puzzle of protein folding. AlphaFo... AI in science AlphaFold biological research DeepMind digital biology drug discovery protein structure
Expert Human Feedback Is Changing AI-Driven Drug Discovery AI has shown immense potential in many fields, but drug discovery has long stood apart due to its complexity. Insilico Medicine is bridging this gap with its Reinforcement Learning with Expert Human F... biotechnology Chemistry42 drug discovery expert feedback generative AI machine learning pharmaceutical innovation reinforcement learning
MIT's miBrain 3D Human Brain Model Is Unlocking Neural Complexity in a Dish Scientists have long dreamed of replicating the intricacies of the human brain in the lab. Now, MIT researchers have turned this vision into reality with the Multicellular Integrated Brains (miBrains)... Alzheimer's brain model drug discovery neuroscience personalized medicine stem cells tissue engineering
Deep Learning Resurrects Ancient Antibiotics: Mining Extinct Proteomes for Modern Medicine In a groundbreaking fusion of paleobiology and artificial intelligence, researchers from the University of Pennsylvania have pioneered a revolutionary approach to combat the escalating global antibiot... antibiotic discovery antimicrobial resistance artificial intelligence computational biology deep learning drug discovery extinct organisms machine learning molecular de-extinction paleogenomics
GraphBAN Marries Graphs and LLMs to Predict New Compound-Protein Interactions Understanding how small molecules interact with proteins is a cornerstone of modern drug discovery. These compound–protein interactions (CPIs) determine whether a candidate molecule can modulate a bio... BAN CDAN compound-protein interactions domain adaptation drug discovery graph neural networks knowledge distillation
BoltzGen: Transforming Protein Binder Design with Open-Source Generative AI Designing protein and peptide binders for any biomolecular target once seemed out of reach, especially for novel or highly complex molecules. Today, BoltzGen is changing that narrative. This innovativ... binder discovery biotechnology drug discovery generative AI MIT research open source protein design structure prediction
Lilly’s AI Factory Is Accelerating the Future of Drug Discovery with NVIDIA Blackwell and DGX SuperPOD What if we could develop new life saving medicines in months instead of years. Lilly partnerig with NVIDIA to turn this vision into reality by launching the pharmaceutical industry's largest AI factor... AI factory biomanufacturing DGX SuperPOD digital twins drug discovery NVIDIA Blackwell precision medicine
Google’s Cell2Sentence C2S-Scale 27B AI Is Accelerating Cancer Therapy Discovery Artificial intelligence is setting a new standard in cancer research, with Google's C2S-Scale 27B model leading the way. This advanced AI formulates innovative, testable hypotheses that could shape th... biomedical AI cancer therapy drug discovery Gemma Google AI immunotherapy model validation single-cell analysis
SPR Finds Small-Molecule Binders For CHI3L1, A Hard Cancer Target Cancer cells often rely on proteins that don't behave like typical enzymes to survive and spread. One such protein is CHI3L1 (also called YKL-40) , which cancer cells secrete to communicate with ... brain cancer cancer CHI3L1 drug discovery glioblastoma small molecules SPR STAT3 surface plasmon resonance YKL-40
AI Is Fast-Tracking Precision Antibiotics for a Healthier Gut Thanks to innovative research from MIT’s CSAIL and McMaster University, researchers are leveraging a generative AI model to rapidly decoded how a novel antibiotics work, opening the door to targeted t... antibiotics artificial intelligence drug discovery gut health inflammatory bowel disease machine learning microbiome precision medicine
How AI Agents Are Changing Scientific Research Workflows What if you could hand off the repetitive but essential tasks of research like data curation, code writing, or hypothesis testing, to an intelligent digital assistant? AI agents are making this scenar... AI agents automation collaboration drug discovery large language models research tools scientific research
NIH Unveils SOM Center: Pioneering Standardized Organoid Research The National Institutes of Health is reshaping the landscape of biomedical research with the launch of the Standardized Organoid Modeling (SOM) Center, the nation’s first dedicated hub for organoid de... animal alternatives artificial intelligence biomedical research drug discovery NIH organoids preclinical models standardization