Computational Biology

Automating liver cell counting adds a new layer of support for drug metabolism studies. 

Clinical trial insights refine early-stage toxicology evaluations, yielding safer medicines.

Inspired by nature, Peel Therapeutics scientists look to evolution to find the next life changing drug.

Learn how structure-based drug design uses a protein's 3D structure to create precisely targeted medicines. Explore the key techniques, from X-ray crystallography to AI-powered modeling.

By identifying the types of molecules that accumulate inside P. aeruginosa, researchers drew a roadmap for new antibiotic development for combatting these deadly pathogens.

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.

To pinpoint nanomaterials that show toxic effects in biological systems, researchers rely on the petite but powerful zebrafish.

Amit Etkin embraces the diverse underpinnings of depression and other psychiatric disorders and pairs patients with drugs based on their unique biology.