首页> 外文会议>Asian Symposium on biomedical materials >PREPARATION AND CHARACTERIZATION OF SMALL INTESTINAL SUBMUCOSA COATED WITH ALGI NATE/GELATIN AS A WOUND DRESSING
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PREPARATION AND CHARACTERIZATION OF SMALL INTESTINAL SUBMUCOSA COATED WITH ALGI NATE/GELATIN AS A WOUND DRESSING

机译:用Algi Nate / Gelatin作为伤口敷料的小肠脊髓粘膜的制备与表征

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To develop a wound dressing that can be removed from the injured skin without the damage and supporting rapid healing, we made hybrid dressing of small intestinal submucosa (SIS) and hydrogels. Alginate and gelatin used as a dressing material in hydrogels were selected to coat SIS sheets. Characteristics and tendency of wound healing of prepared sheets were investigated. Water uptake ability was greater when the sheets were coated with gelatin than alginate although both showed higher water absorption than the native SIS sheets, but the degradation rate of alginate/gelatin coated SIS was slower than that of native SIS because both polymers may delay contact time of enzyme to the SIS surface in solution. It was observed that less of fibroblasts attached to the natural polymer coated SIS sheets. This property will make easy for the detachment of the sheet from the defected tissue. Wound closure examination showed that prepared sheets enhanced wound healing. It was concluded that prepared alginate/gelatin coated SIS sheets are positively regarded as an appropriate biodegradable wound dressing that is reducing patient's pain during change of the dressing.
机译:为了开发伤口敷料,可以从受伤的皮肤中取出而不会损坏并支持快速愈合,我们制造了小肠脊髓粘膜(SIS)和水凝胶的杂种敷料。选择用作水凝胶中的敷料材料的藻酸盐和明胶以涂覆SIS片材。研究了制备薄片伤口愈合的特征和趋势。当两者均显示出比天然SIS片材的吸水性均比藻酸盐蛋白涂覆胶质蛋白时,水吸收能力更大,但是藻酸盐/明胶涂覆的SIS的降解速率比天然SIS的降解率慢,因为两种聚合物可能延迟接触时间酶对溶液中的酶。观察到较少的成纤维细胞附着在天然聚合物涂覆的SIS片材上。该物业将使从缺陷的组织脱离纸张的脱离。伤口闭合检查显示,制备的薄片增强了伤口愈合。结论是,制备的藻酸盐/明胶涂覆的SIS板呈肯定被认为是适当的可生物降解的伤口敷料,其在敷料变化过程中降低了患者的疼痛。

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