中国组织工程研究与临床康复
中國組織工程研究與臨床康複
중국조직공정연구여림상강복
JOURNAL OF CLINICAL REHABILITATIVE TISSUE ENGINEERING RESEARCH
2010年
3期
533-536
,共4页
藻酸盐敷料%临床应用%生物材料%湿性敷料%创面愈合
藻痠鹽敷料%臨床應用%生物材料%濕性敷料%創麵愈閤
조산염부료%림상응용%생물재료%습성부료%창면유합
目的:对澡酸盐敷料的特性及临床应用进行探讨,以期为临床创面愈合提供更好的生物敷料.方法:由第一作者应用计算机检索中国期刊全文数据库、Medline数据库、万方数据库、Science Direct数据库、Ei数据库1960-01/2009-10期间相关文献,检索词为"澡酸盐,敷料,临床应用,dressing,alginate",纳入澡酸盐特性及临床应用方面的研究,排除重复及Meta分析类文献.并手工查阅相关书籍.结果:共检索到65篇相关文献,17篇文献符合纳入标准,排除的48篇文献为重复或Meta分析.藻酸盐是由海带中提取的天然多糖碳水化合物,而藻酸盐敷料是从海藻中提炼的柔软无纺织纤维,它含有85%天然藻酸盐纤维,15%的羧甲基纤维素纳.它的主要功能是吸收渗出液,形成凝胶,与渗液发生Na~+/Ca~(2+)离子交换.藻酸盐敷料的出现,为患者带来了福音,目前在压疮的处理、肛瘘的护理、造口护理、糖尿病足护理等方面都得到了广泛的临床应用.与传统敷料比较,藻酸盐敷料感染率较低,其原因,一是其密闭性好,与外界隔绝:二是可促进局部血管增生,增加血液供应,治疗效果显著提高;三是潮湿、微酸环境有利于中性粒细胞发挥作用,增强局部杀菌能力,降低感染发生率.这类材料还可用于腹部手术术后伤口愈合,脓肿切开引流术后伤口的应用等.结论:澡酸盐湿性敷料可以提供最适宜伤口生长的湿润环境,保留渗出液中的活性物质并促进活性物质的释放,有利于坏死组织的溶解和组织细胞的增殖分化及上皮细胞的移行:同时使伤口内微循环保持低氧状态,刺激新生毛细血管的生长,促进肉芽组织的生长.
目的:對澡痠鹽敷料的特性及臨床應用進行探討,以期為臨床創麵愈閤提供更好的生物敷料.方法:由第一作者應用計算機檢索中國期刊全文數據庫、Medline數據庫、萬方數據庫、Science Direct數據庫、Ei數據庫1960-01/2009-10期間相關文獻,檢索詞為"澡痠鹽,敷料,臨床應用,dressing,alginate",納入澡痠鹽特性及臨床應用方麵的研究,排除重複及Meta分析類文獻.併手工查閱相關書籍.結果:共檢索到65篇相關文獻,17篇文獻符閤納入標準,排除的48篇文獻為重複或Meta分析.藻痠鹽是由海帶中提取的天然多糖碳水化閤物,而藻痠鹽敷料是從海藻中提煉的柔軟無紡織纖維,它含有85%天然藻痠鹽纖維,15%的羧甲基纖維素納.它的主要功能是吸收滲齣液,形成凝膠,與滲液髮生Na~+/Ca~(2+)離子交換.藻痠鹽敷料的齣現,為患者帶來瞭福音,目前在壓瘡的處理、肛瘺的護理、造口護理、糖尿病足護理等方麵都得到瞭廣汎的臨床應用.與傳統敷料比較,藻痠鹽敷料感染率較低,其原因,一是其密閉性好,與外界隔絕:二是可促進跼部血管增生,增加血液供應,治療效果顯著提高;三是潮濕、微痠環境有利于中性粒細胞髮揮作用,增彊跼部殺菌能力,降低感染髮生率.這類材料還可用于腹部手術術後傷口愈閤,膿腫切開引流術後傷口的應用等.結論:澡痠鹽濕性敷料可以提供最適宜傷口生長的濕潤環境,保留滲齣液中的活性物質併促進活性物質的釋放,有利于壞死組織的溶解和組織細胞的增殖分化及上皮細胞的移行:同時使傷口內微循環保持低氧狀態,刺激新生毛細血管的生長,促進肉芽組織的生長.
목적:대조산염부료적특성급림상응용진행탐토,이기위림상창면유합제공경호적생물부료.방법:유제일작자응용계산궤검색중국기간전문수거고、Medline수거고、만방수거고、Science Direct수거고、Ei수거고1960-01/2009-10기간상관문헌,검색사위"조산염,부료,림상응용,dressing,alginate",납입조산염특성급림상응용방면적연구,배제중복급Meta분석류문헌.병수공사열상관서적.결과:공검색도65편상관문헌,17편문헌부합납입표준,배제적48편문헌위중복혹Meta분석.조산염시유해대중제취적천연다당탄수화합물,이조산염부료시종해조중제련적유연무방직섬유,타함유85%천연조산염섬유,15%적최갑기섬유소납.타적주요공능시흡수삼출액,형성응효,여삼액발생Na~+/Ca~(2+)리자교환.조산염부료적출현,위환자대래료복음,목전재압창적처리、항루적호리、조구호리、당뇨병족호리등방면도득도료엄범적림상응용.여전통부료비교,조산염부료감염솔교저,기원인,일시기밀폐성호,여외계격절:이시가촉진국부혈관증생,증가혈액공응,치료효과현저제고;삼시조습、미산배경유리우중성립세포발휘작용,증강국부살균능력,강저감염발생솔.저류재료환가용우복부수술술후상구유합,농종절개인류술후상구적응용등.결론:조산염습성부료가이제공최괄의상구생장적습윤배경,보류삼출액중적활성물질병촉진활성물질적석방,유리우배사조직적용해화조직세포적증식분화급상피세포적이행:동시사상구내미순배보지저양상태,자격신생모세혈관적생장,촉진육아조직적생장.
OBJECTIVE: To explore the characteristics and clinical application of alginate dressing to provide better biological dressing for clinical wound healing. METHODS: A computer-based online search of CNKI, Medline, Wanfang, Science Direct, and Ei databases was performed for related articles published between January 1960 and October 2009, with the key words "alginate, dressing, clinical application" in Chinese and English. Studies regarding characteristics and clinical application of alginate dressing were included. Repetitive and Meta analysis were excluded. In addition, related books were manually searched. RESULTS: A total of 65 articles were collected, 17 were included, and 48 repetitive or Meta analyses were excluded. Alginate is natural polysaccharide carbohydrate extracted from sea tangle, and alginate dressing is soft non-textile fiber refined from seaweed. It contains 85% natural alginate fiber and 15% sodium tvIose. It can absorb effusion, form gelate, and exchange Na~+/Ca~(2+) with effusion. Alginate dressing has been widely used in bedsore treatment, anal fistula nursing, stoma nursing, and diabetic foot nursing. Compared with traditional dressing, infection rate of alginate dressing is lower due to good impermeability, promotion of regional vessel proliferation and blood supply, as well as moist and slightly acidic environment which benefits neutrophil function enhances disinfection. Moreover, it can be used in wound healing following abdominal region operation and abscess incision drainage.CONCLUSION: Alginate dressing provides appropriate environment for wound growth, retains active materials in diffusion, promotes active material release, benefit necrotic tissue solution and cell proliferation and differentiation, as well as epithelial cell migration. Moreover, it maintains hypoxia state of wound, stimulates newly generated capillary growth, and promotes granulation tissue growth.