artificial intelligence

An algorithm for counting wheezing sounds in real time offers a new way to diagnose and manage respiratory conditions.

Artificial intelligence is helping researchers fill in critical gaps in medical treatment by identifying new drug targets for more precision medicine solutions.

AI simulates how cancer cells respond to therapy, guiding optimal treatment strategies.

Advanced machine learning methods generate de novo therapeutic proteins, unlocking new possibilities for more effective treatments.

Demis Hassabis and John Jumper received the Albert Lasker Basic Medical Research Award for developing technology that predicts the 3D structures of proteins.

Advances in computation and artificial intelligence help scientists identify novel antibiotics encoded within human proteins and create new ones.

Learn how scientists integrate computational biology and experimental data to accelerate antibody drug development.

Advances in data integration enable scientists to combine multiomics data and a patient’s clinical record to develop precision medicine approaches for treating disease.

Machine learning paired with single-cell analysis helps scientists identify pathways that cause disease and potential therapeutics.

Beyond the buzz, is AI just another research tool?