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Showing News articles tagged with Biomedical Engineering

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  • Four masked students in the Ventilator Project space, plus one student in inset
    Five Tufts engineering students and alums worked with hundreds of fellow volunteers to develop a cost-effective ventilator that could be produced quickly.
  • USAID personnel work on Ebola recovery in Liberia in 2015
    Tufts will head a global program that aims to stop new viruses from becoming a widespread danger to humans.
  • lipidoid nanoparticles mediate delivery of gene-editing components
    Tufts engineers devise a way to directly deliver gene-editing packages efficiently across the blood brain barrier and into specific regions of the brain, into immune system cells, or to specific tissues and organs.
  • a student works on a device near a laptop

    Engineering faculty adopt new strategies to explore the design process through student-focused, hands-on projects—despite restraints imposed by COVID-19.

  • Tufts University sign near campus
    The $100 million program will involve a large consortium of wildlife and human disease experts and networks from around the world.
  • Three researchers looking at a computer together
    The journal Microsystems & Nanoengineering recently recognized Professor Sameer Sonkusale and team members from the Department of Electrical and Computer Engineering and the Department of Biomedical Engineering for excellence in two papers published by the journal.
  • a wearable sensor design with silk-based ink
    Researchers at Tufts Silklab discuss their silk-based color-changing ink and wearable devices with Scientific American.
  • Daniel Pascal and Melissa Rowland
    Daniel Pascal and Melissa Rowland, E21, have been awarded Tau Beta Pi scholarships in recognition of their academic achievements, campus leadership, and future contributions to the engineering profession.
  • The gene editing protein Cre-recombinase activates expression of the tdTomato fluorescent protein (r
    Researchers create neurotransmitter-lipid hybrids that help ferry therapeutic drugs and gene editing proteins across the blood-brain barrier.
  • a silkworm and a microchip with silk-passivated bioelectronic devices interfaced with neurons
    Researchers demonstrate that a silk fibroin derivative can be an ideal candidate to enhance integration between bioelectronic devices and tissues.

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