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
12期
2213-2216
,共4页
谢正阳%周珍珍%刘志元%徐建华
謝正暘%週珍珍%劉誌元%徐建華
사정양%주진진%류지원%서건화
交叉韧带%运动员%修复%人工韧带%生物材料
交扠韌帶%運動員%脩複%人工韌帶%生物材料
교차인대%운동원%수복%인공인대%생물재료
目的:论述膝交叉韧带运动损伤后重建材料的选择及人工合成材料的应用前景,认识运动员这一特殊群体膝交叉韧带损伤后移植物重建的材料选择.方法:由作者应用计算机检索维普数据库中与人工合成膝关节韧带有关的文献,检索时限为1998~01/2009-10.检索关键词:膝交叉韧带,运动,韧带修复,韧带重建,人工合成材料.纳入标准:①选取针对性强,相关度高的文献.②对同一领域的文献选择近期发表或权威杂志的文献.③排除较陈旧的理论观点以及一些重复性研究.对资料进行初审,并查看每篇文献后的引文.结果:计算机初检到72篇文献,阅读标题和摘要进行初筛,排除研究目的与本文无关的文献21篇,内容重复性研究27篇,共24篇文献符合标准.自体移植物和同种异体移植物由于自身的缺陷不是运动员交叉韧带的理想材料,人工韧带拥有广阔的应用前景,如LARS人工韧带目前主要在欧洲被广泛应用.国内应用LARS人工韧带重建交叉韧带,其近期效果令人鼓舞,远期效果仍需进一步观察.尤其是职业运动员的交叉韧带损伤,LARS人工韧带是比较安全的移植材料.结论:虽然目前人工韧带还存在不足之处,不能完全代替交叉韧带,但是人工韧带为前、后交叉韧带重建的确提供了一种选择,是交叉韧带重建进展史中重要的一步.
目的:論述膝交扠韌帶運動損傷後重建材料的選擇及人工閤成材料的應用前景,認識運動員這一特殊群體膝交扠韌帶損傷後移植物重建的材料選擇.方法:由作者應用計算機檢索維普數據庫中與人工閤成膝關節韌帶有關的文獻,檢索時限為1998~01/2009-10.檢索關鍵詞:膝交扠韌帶,運動,韌帶脩複,韌帶重建,人工閤成材料.納入標準:①選取針對性彊,相關度高的文獻.②對同一領域的文獻選擇近期髮錶或權威雜誌的文獻.③排除較陳舊的理論觀點以及一些重複性研究.對資料進行初審,併查看每篇文獻後的引文.結果:計算機初檢到72篇文獻,閱讀標題和摘要進行初篩,排除研究目的與本文無關的文獻21篇,內容重複性研究27篇,共24篇文獻符閤標準.自體移植物和同種異體移植物由于自身的缺陷不是運動員交扠韌帶的理想材料,人工韌帶擁有廣闊的應用前景,如LARS人工韌帶目前主要在歐洲被廣汎應用.國內應用LARS人工韌帶重建交扠韌帶,其近期效果令人鼓舞,遠期效果仍需進一步觀察.尤其是職業運動員的交扠韌帶損傷,LARS人工韌帶是比較安全的移植材料.結論:雖然目前人工韌帶還存在不足之處,不能完全代替交扠韌帶,但是人工韌帶為前、後交扠韌帶重建的確提供瞭一種選擇,是交扠韌帶重建進展史中重要的一步.
목적:논술슬교차인대운동손상후중건재료적선택급인공합성재료적응용전경,인식운동원저일특수군체슬교차인대손상후이식물중건적재료선택.방법:유작자응용계산궤검색유보수거고중여인공합성슬관절인대유관적문헌,검색시한위1998~01/2009-10.검색관건사:슬교차인대,운동,인대수복,인대중건,인공합성재료.납입표준:①선취침대성강,상관도고적문헌.②대동일영역적문헌선택근기발표혹권위잡지적문헌.③배제교진구적이론관점이급일사중복성연구.대자료진행초심,병사간매편문헌후적인문.결과:계산궤초검도72편문헌,열독표제화적요진행초사,배제연구목적여본문무관적문헌21편,내용중복성연구27편,공24편문헌부합표준.자체이식물화동충이체이식물유우자신적결함불시운동원교차인대적이상재료,인공인대옹유엄활적응용전경,여LARS인공인대목전주요재구주피엄범응용.국내응용LARS인공인대중건교차인대,기근기효과령인고무,원기효과잉수진일보관찰.우기시직업운동원적교차인대손상,LARS인공인대시비교안전적이식재료.결론:수연목전인공인대환존재불족지처,불능완전대체교차인대,단시인공인대위전、후교차인대중건적학제공료일충선택,시교차인대중건진전사중중요적일보.
OBJECTIVE: To summarize material selection for reconstruction among athletes following knee joints' cruciate ligament sports injury and application prospect of artificial materials.METHODS: Articles related to artificial knee joints' cruciate ligament were retrieved from VIP database with key words of "knee joints' cruciate ligament, sports, ligament repair, ligament reconstruction, artificial material" between January 1998 and October 2009. Inclusion criteria: highly related articles and articles in the same circle published in the authoritative journals or recently published. Exclusion criteria: traditional or duplicated research. All articles were primarily retrieved and the references were also looked up.RESULTS: Among 72 articles, 21 ones were not related to the required content, 27 ones were duplicated studies, and 24 ones were included based on the inclusion criteria. Autograft and allograft were not ideal materials for repair cruciate ligament among athletes. Otherwise, artificial ligaments had application prospects, for example, LARS artificial ligament has been widely used in Europe. Domestic application of LARS artificial ligament achieved short-term effect on reconstruction of cruciate ligament; however, the long-term effect remains to be further studied, in particular, the cruciate ligament injury of professional athletes. LARS artificial ligament was a safe material.CONCLUSION: Although artificial ligament still has many shortages and it is not able to completely replace cruciate ligament, artificial ligament provides a selection for reconstruction of anterior and posterior cruciate ligament; therefore, artificial ligament plays an important role in developing reconstruction of cruciate ligament.