Innovative Bioelectronic Device Offers New Hope in the Fight Against Bacterial Infections

Credit: Saehyun Kim, the University of Chicago

Researchers developed an electroceutical epidermal patch that is designed to inhibit bacterial growth.

« Innovative Bioelectronic Device Offers New Hope in the Fight Against Bacterial Infections

Credit: Saehyun Kim, the University of Chicago

A schematic diagram illustrating the study, showcasing the electroceutical devices used to explore selective excitability in bacteria and the electrical inhibition of their growth and virulence.

« Innovative Bioelectronic Device Offers New Hope in the Fight Against Bacterial Infections

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