Author

Hengshuo Gui

Institution: Anhui Medical University

Observed institution: Anhui Medical University

OpenAlex ID: A5111323796

Copper-based nanomaterials for the treatment of bacteria-infected wounds: material classification, strategies and mechanisms

2024 · Wenqi Wang, Peng Gao, et al. · Coordination Chemistry Reviews · 86

Cuproptosis to Cuproptosis‐Like: Therapeutic Strategies for Bacterial Infection

2025 · Wenqi Wang, Hengshuo Gui, et al. · Advanced Materials · 72

Extracellular vesicles in burn injury: roles, mechanisms, and applications

2025 · Min Wang, Xinyu Zhao, et al. · Burns & Trauma · 16

Extracellular vesicles as nanomaterial carriers: Endowing superior targeting capability and biosafety

2025 · Hengshuo Gui, Wenqi Wang, et al. · Coordination Chemistry Reviews · 15

Copper Single-Atoms Loaded on Molybdenum Disulphide Drive Bacterial Cuproptosis-Like Death and Interrupt Drug-Resistance Compensation Pathways

2026 · Wenqi Wang, Xiaolong Wei, et al. · Nano-Micro Letters · 14

Silver‐Based Nanozyme Hydrogel with Enhanced Multienzyme Activity for Infected Wound Treatment

2025 · Wenqi Wang, Xiaolong Wei, et al. · Advanced Healthcare Materials · 7

Apoptotic vesicles act as natural antibacterial agents for infected wound healing by interfering with the bacterial catabolic process

2025 · Min Wang, Hengshuo Gui, et al. · Nano Research · 4

Enhanced strategies for cuproptosis‐like death in bacterial infection treatment

2026 · Wenqi Wang, Bolong Xu, et al. · BMEMat · 2

Nanoantibiotic copper-cefazolin combats MRSA infection through a reverse Trojan horse strategy

2026 · Yuhao Xue, Xu Jin, et al. · Cell Press Blue · 1

Heterojunction nanozyme achieve highly efficient antibacterial by cuproptosis-like death and ferroptosis-like death

2026 · Wenqi Wang, Ruiyuan Zhu, et al. · Bioactive Materials

Advanced Nano-delivery Vesicles: Promising Strategy for Burn Injury

2024 · Min Wang, Xinyu Zhao, et al.

Works count: 11

Citation count: 217

H-index: 6

I10-index: 5