透明质酸
明胶
伤口愈合
真皮成纤维细胞
化学
纤维化
疤痕
透皮
成纤维细胞
药理学
体外
生物化学
医学
病理
免疫学
解剖
作者
Yong Yao Chun,Wei Tan,Marcus Ivan Gerard Vos,Wen Kiat Chan,Hong Liang Tey,Nguan Soon Tan,Timothy Thatt Yang Tan
摘要
< 0.05) and do not cause discernable cytotoxic effects. Further studies using a mouse wound model demonstrate that the siSPARC/Gtn-Tyr-loaded microneedle patch can reduce collagen production during wound healing without triggering an immune response. When Gtn-Tyr-siSPARC is administered transdermally at the wound site, effective collagen reduction is achieved through silencing of the matricellular SPARC protein, thus promising the reduction of scar formation. Overall, the siSPARC/Gtn-Tyr loaded microneedle patch can potentially provide an effective transdermal anti-fibrotic treatment.
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