What question did this study set out to answer?

The aim is to evaluate the effectiveness of Cu2MoS4 nanozymes in reducing bacterial defenses and enhancing wound healing in burn injuries.

June 21, 2026Bioactive MaterialsOpen Access

Cu2MoS4 nanozymes reduced bacterial defenses through a dual mechanism to amplify cuproptosis-like death and accelerate the healing of burn-infected wounds

View Full Paper

Ask AI

Bookmark

Authors

Randomized trial demonstrates improved wound healing in burn-infected wounds through enhanced antibacterial activity.

The aim is to evaluate the effectiveness of Cu2MoS4 nanozymes in reducing bacterial defenses and enhancing wound healing in burn injuries.
Synthesis of hollow Cu2MoS4 nanozymes via hydrothermal method.
In vitro antibacterial experiments measuring enzyme activities and ROS generation.
Transcriptomic analysis assessing gene expression changes in bacterial defenses and metabolism.
Cu2MoS4 nanozymes killed bacteria by producing a significant burst of ROS.
Transcription of lpdG and arginine deiminase pathway genes was downregulated, impairing ATP production and bacterial defenses.
Animal testing showed reduced inflammation and enhanced tissue regeneration, accelerating wound healing.

Zheng et al. (2026) studied this question.

View Full Paper

Ask AI

Bookmark