New AI Method Predicts Cancer Drug Response Using Genomics

AI machine learning algorithm predicts cancer drug responses based on genomics—demonstrating state-of-the-art pharmacogenomics that may improve the accuracy of precision medicine.

AI machine learning algorithm predicts cancer drug responses based on genomics—demonstrating state-of-the-art pharmacogenomics that may improve the accuracy of precision medicine.

AI Finds and Ranks Best Drugs for a Rare Cancer

New AI algorithm can rank the accuracy of drug therapies to treat bile duct cancer.

New AI algorithm can rank the accuracy of drug therapies to treat bile duct cancer.

New AI Rapid Test for Glaucoma Delivers Results in Seconds

Royal Melbourne Institute of Technology (RMIT) researchers show an AI machine learning algorithm that can screen for glaucoma in just ten seconds.

Royal Melbourne Institute of Technology (RMIT) researchers show an AI machine learning algorithm that can screen for glaucoma in just ten seconds.

AI Finds Brain Networks Associated with Child Aggression

Yale researchers use AI machine learning to identify patterns of neural connections in the brain associated with aggressive behavior in children.

Yale researchers use AI machine learning to identify patterns of neural connections in the brain associated with aggressive behavior in children.

AI Helps Humans Annotate Biological Data in Real-Time

New AI reduces the manual work of labeling data by over 90 percent and increases data quality for training machine learning algorithms that may speed up biomedical research.

New AI reduces the manual work of labeling data by over 90 percent and increases data quality for training machine learning algorithms that may speed up biomedical research.

Neuroscientists Unveil Brain Atlas for Movement Control

New NIH BRAIN Initiative Cell Census Network releases brain atlas associated with movement that may accelerate neuroscience research in the future.

New NIH BRAIN Initiative Cell Census Network releases brain atlas associated with movement that may accelerate neuroscience research in the future.