Ultrasound-triggered nanocatchers turn tumors into personalized vaccines The approach pairs ultrasound-induced tumor cell death with real-time antigen capture to drive both local and systemic immune responses. Written byAndrea Corona

Ultrasound-triggered nanocatchers turn tumors into personalized vaccines The approach pairs ultrasound-induced tumor cell death with real-time antigen capture to drive both local and systemic immune responses. Written byAndrea Corona https://www.drugdiscoverynews.com/ultrasound-triggered-nanocatchers-turn-tumors-into-personalized-vaccines-16921?utm_campaign=DDN_Newsletter_Dose&utm_medium=email&_hsenc=p2ANqtz-8cYDfDkA7hLpNiUtfdXSdBDOWTg0LnoRAnLedX9FV9zUCHeyTuubBA8-NHcn3eg-gjRUFSkVliklr1_12zV6qe7O48bQ&_hsmi=421171733&utm_content=421171733&utm_source=hs_email A research team in China has developed an ultrasound-responsive nanomaterial that can capture tumor antigens within the tumor microenvironment, addressing one of the central challenges in cancer immunotherapy: how to generate patient-specific immune responses in the face of extreme tumor heterogeneity.