 The abstract antibacterial dynamic therapy, ADT, triggered by reactive oxygen species, ROAS, is promising for diabetic infectious disease treatment. However, the limited local oxygen and hydrogen peroxide production, as well as post-treatment inflammation, remain long-standing issues. To address these challenges, a novel graphi-phase carbon nitride slash copper sulfide, CN slash Cu2XS, heterojunction and glucose oxidase, GEOX, was created. This bio-HGIME offers glutathione peroxidase, GPX, peroxidase, POD, and catalase, CAT, memetic activities, provides antipathogen properties via programmed light activation, and effectively promotes diabetic wound healing. Specifically, its GPX memetic activity and the presence of GEOX significantly enhances the yield of hydrogen peroxide, which can be catalyzed through POD memetic activity to produce highly germicidal OH. The hydrogen peroxide can then be catalyzed to hydrogen and oxygen, assisted by the sea. This article was authored by Miao Miao He, Zui Ya Wang, Hang Yang, and others. We are article.tv, links in the description below.