HIGHLIGHTS
- What: This study shows the potential of in situ bioprinting method as a promising and effective strategy for rapid skin wound healing especially for patients in remote environments where traditional wound treatment methods may not be readily available or practical. This approach has simple movement forms, convenient control, and low manufacturing costs, but the large frame does not meet the miniaturization requirements for the 3D printing system. In this experiment, the authors determined that a specific range of mixed GelMA/SA hydrogel solution concentration (green area in the Fig 5a) offers suitable viscosity to form smooth and . . .
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