血管性
生物医学工程
负压伤口治疗
结束语(心理学)
真空抽吸
压缩(物理)
川地31
外科
材料科学
医学
复合材料
病理
免疫组织化学
人口
替代医学
环境卫生
计划生育
经济
市场经济
研究方法
作者
Sandra S. Scherer,Giorgio Pietramaggiori,Jasmine C. Mathews,Michael J. Prsa,Sui Huang,Dennis P. Orgill
标识
DOI:10.1097/prs.0b013e31818237ac
摘要
These data provide profound insights into the mechanism of action of the vacuum-assisted closure device, providing an explanation for the increases in wound bed vascularity and cell proliferation based on its components. Results suggest that the vascular response is related to the polyurethane foam, whereas tissue strains induced by the vacuum-assisted closure device stimulated cell proliferation.
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