Researchers at the University of Pennsylvania have developed nanorobots that can travel to the site of a fungal infection under the influence of an external magnetic field, bind to the fungal cells, and then release reactive oxygen species to completely destroy the fungus. The tiny particles are an example of catalytic nanoparticles, which the researchers...
By CONN HASTINGS MEDICINE, NANOMEDICINE Researchers at the University of Pennsylvania have developed nanorobots that can travel to the site of a fungal infection under the influence of an external magnetic field, bind to the fungal cells, and then release reactive oxygen species to completely destroy the fungus. The tiny particles are an example of...
JUNE 19TH, 2023 CONN HASTINGS MEDICINE, NANOMEDICINE Researchers at the University of Pennsylvania have developed nanorobots that can travel to the site of a fungal infection under the influence of an external magnetic field, bind to the fungal cells, and then release reactive oxygen species to completely destroy the fungus. The tiny particles are an example...
