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DCL05, an AI-guided degrader, eliminates the CLIP1-LTK fusion protein at 40 picomolar — clearing both kinase and scaffolding functions that standard inhibitors miss.

MAP, a knowledge-driven AI from Shanghai Jiao Tong, predicts single-cell responses for unprofiled drugs, prioritizing four of five approved cancer drugs in zero-shot tests.

The approach combines artificial intelligence and mathematical models to produce clearer images in much less time.

ALADYNOULLI compresses 348 conditions into 21 latent patterns and predicts future illness across 683,000 patients with up to 52 years of follow-up.

Scientists identified microglia as the hidden cause of Alzheimer's sleep loss, restoring sleep without removing amyloid plaques in a breakthrough Alzheimer's treatment study.

Yale researchers found two brain-cell proteins that let toxic alpha-synuclein travel between neurons, paving the way for first treatments that slow Parkinson’s rather than just managing symptoms.

Advanced robotic platform combines artificial intelligence, real-time imaging, and patient-specific planning to improve precision and safety in complex spine procedures.

New Stanford technique uses sound waves to activate light-emitting particles anywhere in the body without surgery or implants.

Taurine supplementation increased lifespan in mice and monkeys — a promising strategy for humans