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297.
Seeing new colors with Oz
UC Berkeley researchers have used lasers to show a new blue-green color called olo, expanding human vision.
297.
Tiny drug carriers fight cancer effectively
Polymer-coated nanoparticles target tumors, release drugs, and avoid chemo side effects, showing promise for cancer treatment.
297.
AI tool maps cell networks for better treatments
NicheCompass uses artificial intelligence to analyze millions of cells, helping doctors create personalized plans for diseases like cancer.
2427.
Revolutionizing Medical QA: The Impact of Knowledge Graph Agents in Biomedical AI
Revolutionizing medical decision-making: KGAREVION blends AI with structured data for unmatched accuracy. Can this innovation transform diagnostics and patient care?
297.
AI-designed DNA switches for personalized medicine
Researchers have used AI to create DNA switches that control when and where genes in our body are turned on or off.
297.
Atomic editing swaps atoms in molecules to make better drugs
Researchers have found a way to easily change one kind of atom into another in certain molecules, which are like building blocks for drugs.
297.
Synthetic chemists find efficient way to create mirror molecules
Scientists at UT Dallas have developed a precise method to create "mirror molecules" for treatment of cancer and infections.
297.
GPT-4 performs as well as human radiologists
The diagnostic performance of GPT-4 on MRI scan reports of brain tumors is as good as that of human radiologists.
56.
Explainable AI is About to Change Biomedical Research Forever | AGI 24 Series - Part 5
Kennedy Schaal, Founder and CEO of Rejuve Bio, presents their AGI research assistant, leveraging AI algorithms for hypothesis generation and explaining proof trees to guide scientific research.
11.
How to make skin invisible—major breakthrough
Based on how light interacts with dyed biological tissues; may ultimately apply to a wide range of medical diagnostics