Recent News
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At first glance, drilling holes into cells may seem unconventional and perhaps counterproductive. But for a Johns Hopkins materials scientist, it’s a strategy that could someday allow the delivery of…
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Dinchang Lin's easily implantable device could make stimulation technology accessible to more patients.
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Two Johns Hopkins research teams have received technology development grants totaling approximately $200,000 through the Louis B. Thalheimer Fund for Translational Research. Finalists pitched their proposals virtually in late May…
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Massive New Database of Infinitesimal Particles Promises to Drive Innovative Technological Advances
CategoriesA first-of-a-kind database of quantum nanoclusters created by Johns Hopkins materials scientists has the potential to facilitate the development of new technologies ranging from highly efficient catalysts and improved sensors…
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Cracking the Microplastics Mystery: Project Probes Recycled Fabrics’ Environmental Impact
CategoriesMicroplastics are quite literally everywhere: in face creams and moisturizers, toothpaste, car tires, disposable water bottles, food, soil, air, and most notably—in our oceans and waterways. These tiny particles of…
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As they tested thick, laminated reactive foils of aluminum, zirconium, and carbon in the lab, Tim Weihs and Shane Arlington noticed some properties that baffled them. Weihs, a professor of…
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Crohn’s Disease is an inflammatory bowel disease that affects an estimated 780,000 Americans, with even higher rates reported in Canada and Europe. Among its many complications are perianal fistulas: tunnels…
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Wearable Activity Trackers Can Be Used to Determine Health Metrics That Could Support Clinical Care
CategoriesMetrics also enabled researchers to group participants based on clinical parameters