Tag: Johns Hopkins
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AI-Powered App Matches Human-Led Diabetes Prevention Programs in Prediabetes Trial
AI-Powered Diabetes Prevention: A Milestone in Prediabetes Care A landmark randomized trial from Johns Hopkins Medicine and the Johns Hopkins Bloomberg School of Public Health shows that an AI-powered lifestyle intervention app can reduce the risk of developing type 2 diabetes in adults with prediabetes at rates comparable to traditional, human-led programs. Published in JAMA…
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AI-Powered Diabetes Prevention: AI DPP Matches Human-Led Programs
Unlocking Equal Ground: AI-Driven DPP Learning from Real-World Trials In a landmark study, researchers from Johns Hopkins Medicine and the Johns Hopkins Bloomberg School of Public Health report that an AI-powered lifestyle intervention app for prediabetes reduced diabetes risk at rates comparable to traditional, human-led programs. The work, funded by the National Institutes of Health…
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Switching Immune-Cold Tumors to Immune-Hot: A Breakthrough Path to Durable Cancer Immunity
Turning the Tide on Immune-Cold Tumors In a pivotal study published in Nature Immunology, scientists reveal a strategy that could make aggressive, immune-suppressive tumors more vulnerable to the body’s defenses. Funded by the National Cancer Institute/NIH, the research builds on prior work in breast cancer to show that transforming the tumor microenvironment can awaken a…
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A New Era in Biocomputing: Humans Grow Mini-Brains to Power Computers
From Science Fiction to the Lab: The Rise of Biocomputing What once lived only in novels and films is beginning to take shape in European laboratories. Biocomputing envisions computers built from living neural tissue—mini-brains cultivated in the lab and wired to sensors to perform calculations. The most visible emblem of this field is a project…
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A New Era in Biocomputing: Mini Brains Power Next-Gen Computers
The science of wetware: living computers What sounds like science fiction is increasingly taking shape in laboratories around the world. Biocomputing, or the use of living tissue to perform computations, relies on tiny neural networks grown from human cells—organoid brain structures—that are interfaced with electronic sensors. Researchers refer to these systems as “wetware”: computers made…
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Johns Hopkins Breakthrough: Invisible Microchips Revolutionize Tech
Introduction to the Breakthrough In an exciting development for the tech world, scientists at Johns Hopkins University have unveiled a groundbreaking technique for creating microchips that are smaller than ever before. This innovation has the potential to make circuits so tiny that they are invisible to the naked eye. The research, published on September 11…
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Breakthrough in Microchip Technology by Johns Hopkins
Introduction to the Revolutionary Microchip Discovery Johns Hopkins University has made a significant breakthrough in microchip technology, unveiling a method to create circuits so small that they are invisible to the naked eye. Published in the prestigious journal Nature on September 11, this research could revolutionize the electronics industry, making devices smaller, more efficient, and…