Yahui Liu, Jia Wen, Binghui Ge, Tingting Guo, Jiaqi Li, Lingshan Jia, Shoupeng Cao, Wei Li, Kui Yang
. As a result, the activity of COF-P5-OH-Fe nanozyme was enhanced to generate reactive oxygen species, enabling efficient antibacterial action. In particular, the absorption wavelength of the COF-P5-OH-Fe nanozyme, which was around 986 nm, enabled it to exhibit superior photo-enhanced bactericidal activity under near-infrared light irradiation. Furthermore, the antibacterial mechanism was also investigated by genome-wide transcriptome analysis using RNA sequencing.