Tricking Tumors into Marking Themselves for Destruction
New research from the USC Viterbi School of Engineering harnesses focused ultrasound to reprogram solid tumors, making them more effective targets for immune cells.
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New research from the USC Viterbi School of Engineering harnesses focused ultrasound to reprogram solid tumors, making them more effective targets for immune cells.
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At the USC Center for Autonomy and AI’s fall workshop, participants grappled with a critical question: Can foundation models power the next generation of autonomous systems?
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Mousavi, an expert in electrochemical sensors for at-home and point-of-care testing, has been honored with the 2026 Royce W. Murray Young Investigator Award.
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Jeremy Alexander, Doug Peacock Scholar, finds innovation in overlooked spaces – from wastewater microbes to aerospace materials – to protect life on Earth and beyond.
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Stacey Finley will co-lead the five-year $2.6 million project that will harness computational modeling to find effective immunotherapy approaches against devastating metastatic breast tumors.
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Innovation detects cancer cells in blood samples (liquid biopsies) in as little as 10 minutes and identifies hard-to-find cells without humans in-the-loop
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USC biomedical engineers have created a low-cost stirrer to precisely measure a drink’s caffeine concentration, helping coffee-lovers avoid the pitfalls of over-caffeination.
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Researchers at USC Viterbi School of Engineering have developed a novel method for fabricating highly precise and stretchable electronics that conform seamlessly to the body.
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Alara Berkmen, a biomedical engineering student, is recognized for leadership and dedication to cancer research.
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USC biomedical engineers have shown that tissue stiffness does not always follow fiber orientation – an exception with implications for glaucoma, myopia, and ocular trauma.
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New USC Viterbi-led study focusing on brain’s vascular dynamics challenges the current prevailing method of dementia diagnosis and treatment.
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The prestigious grant will enable Christopoulos and his collaborators from the USC Neurorestoration Center to map how the brain and spinal cord work together to control the bladder.
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A USC Viterbi team will lead the study that could inform future diagnoses for neurological disorders and the development of next-generation bio-inspired AI.
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The $546,713 award will support Zhao’s pioneering work in high-resolution manufacturing of stretchable electronics.
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A first-of-its-kind study offers hope for future treatments of urinary incontinence caused by neurological disorders, aging and other conditions.
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USC researchers have discovered how the human brain organizes its visual memories through precise neural timing.
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The 16th International Conference on Ultrasound Engineering for Biomedical Applications in South Korea recognized Zhou, an expert in high-frequency ultrasound imaging technology.
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USC Viterbi researchers examine how an open-source approach is changing the game for the medical device sector, accelerating research and bringing benefits to patients.
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USC researchers have developed a groundbreaking ultrasound device that could reduce our reliance on addictive painkillers.
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The Chung Lab has engineered a new therapeutically enhanced, naturally derived particle for powerful gene therapies to tackle our most significant health challenges.
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At the USC Viterbi undergraduate commencement ceremony, the next generation of engineers are encouraged to advance technology that solves the world’s grand challenges.
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At the USC Viterbi master’s commencement ceremonies, Dean Yannis C. Yortsos praised graduates on the “singular achievement” of earning their master’s degree.
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The 2025 Ph.D. Hooding and Awards Ceremony honors 150 new graduates and Haotian Hang, winner of this year’s best Ph.D. thesis
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Alfred E. Mann Department of Biomedical Engineering graduating senior Alex Kuncz is studying how lizards regenerate their tails to improve orthopedic treatments.