丝素
伤口愈合
伤口敷料
锶
生物材料
血管生成
伤口护理
生物医学工程
材料科学
海藻酸钠
核化学
化学
丝绸
纳米技术
外科
复合材料
钠
医学
有机化学
癌症研究
作者
Shuangshuang Li,Li Li,Chengrui Guo,Huan-Huan Qin,Xixun Yu
标识
DOI:10.1016/j.ijbiomac.2017.07.020
摘要
Effectively stimulating angiogenesis is great challenge in wound care management. It’s necessary to develop a new wound dressing with angiogenic capacity. Therefore, strontium loaded SF/SA blend films were prepared as a potential wound dressing material, and their physicochemical and bioactive properties were evaluated. The strontium loaded SF/SA blend films (especially the strontium loaded SF/SA blend films prepared by treating with 5 mg/ml Sir solution) could meet the needs of a wound dressing such as water absorption, water vapor transmission rate, mechanical properties and fibroblasts-cytocompatibility. What’s more, these films had a potential to induce angiogenesis by improving vascular VEGF and bFGF protein secretion, which was important for wound dressings. Based on the previous studies, we could infer this novel wound dressing possesses the antibacterial activity. The present study suggests that the strontium loaded SF/SA blend film prepared by treating with 5 mg/ml Sr solution are a promising biomaterial for wound dressing application.
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