Review Article
Application of Nanomaterial in Hydrogels Related to Wound Healing
Table 1
The role of nanotechnology in wound hydrogel.
| Effective | Mechanism |
| Improving mechanical properties | In situ polymerization [59], electrospinning technology [60], casting and coordination interaction [61ā64] | Drug release | Three-tier structure [65] and embedding [66] | Cross-linked and direct interaction [26, 49, 58, 67ā70] | Antibacterial effect [39] | Interfering with DNA replication and RNA production | Destroy cell membranes | Interference with cellular respiration | Change enzyme conformation and inactivate enzyme activity | Increased adhesion | Covalent coupling [71] and noncovalent complex [60, 72] |
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