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Researchers have shown that patients with vocal fold lesions and laryngeal cancer can be distinguished through acoustic features of the voice. AI systems could use this to help triage patients at risk for laryngeal cancer based on their voice.

Researchers have used AI to identify previously unknown compounds in some of Earth's oldest microbial lifeforms that could have applications in developing next-generation antibiotics.

University of Zurich researchers have developed Pythia, an AI tool that predicts how cells repair DNA after CRISPR cuts, guiding ultra-precise edits. Tested in human cells, frogs, and mice, the method improves safety and accuracy.

A new AI model can design and optimize drug candidate molecules tailored to a protein’s structure alone – without needing prior information about binding molecules.

Researchers at the Mount Sinai Health System have conducted one of the largest prospective evaluations of artificial intelligence in an emergency care setting.

A Simon Fraser University study links early brain wiring to attention skills in children aged 4–7, a key factor in ADHD. Using MRI and graph theory, researchers found better focus and flexibility in kids with well-organized brain networks.

Researchers have launched HTGAnalyzer, a new, easy-to-use, fast and reproducible bioinformatics tool for advanced transcriptomic data analysis. Designed within the R statistical environment, this package simplifies complex analytical processes.

Researchers have developed a research pipeline utilizing bioinformatics and artificial intelligence to fuel the development of “universal vaccines.” These vaccines would address broad viral families and mutated viral variants.

Researchers have mapped the molecular mechanisms behind macrophage activation in response to pathogens over time, identifying the key regulators behind immune responses.

A new platform developed at Scripps Research enables fast, scalable protein evolution, opening the door to new therapies and diagnostics, and to predicting resistance mutations across many disease areas.