中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2013年
43期
7624-7629
,共6页
李敏%陈国奋%王健%史占军%Shaikh Atik Badshah%郑少伟
李敏%陳國奮%王健%史佔軍%Shaikh Atik Badshah%鄭少偉
리민%진국강%왕건%사점군%Shaikh Atik Badshah%정소위
骨关节植入物%骨与关节综述%长骨缺损%修复%重建%组织工程%骨肿瘤%骨移植%骨搬运
骨關節植入物%骨與關節綜述%長骨缺損%脩複%重建%組織工程%骨腫瘤%骨移植%骨搬運
골관절식입물%골여관절종술%장골결손%수복%중건%조직공정%골종류%골이식%골반운
bone neoplasms%extremities%transplantation,autologus%prosthesis implantation
背景:长骨节段性骨缺损修复重建方法众多,各有优缺点,限制了其广泛应用,仍是一个未完美解决的骨科难题。目的:综述近年国内外长骨节段性缺损的修复重建进展研究。方法:第一作者应用计算机检索1990年1月至2012年12月PubMed数据库、中国期刊全文数据库、维普数据库有关长骨节段性缺损修复重建的文章,英文检索词“bone defect, long bone reconstruction, tissue engineering of bone , scaffolds , bone reconstruction , bone graft , bone tumor; tumor resection , musculoskeletal tumors,regeneration,autografts”;中文检索词“大段,骨缺损,骨肿瘤,软组织肿瘤,瘤段切除,组织工程,骨移植”。共检索到104篇相关文献,纳入52篇文献进一步研究。结果与结论:传统长骨节段性骨缺损的修复方法包括自体骨移植、异体骨移植、骨延长、人工假体置换等。研制适用于儿童保肢需要,符合儿童生长发育特点的假体成为儿童保肢的一个挑战课题。为了解决这一问题,人们研制出可以不断延长的假体,用于儿童骨肿瘤的保肢重建。随着医疗技术的进步,各种人工骨,尤其是骨组织工程和基因治疗在骨缺损修复中的逐步应用将进一步提高骨缺损的修复效果,是未来的研究方向。
揹景:長骨節段性骨缺損脩複重建方法衆多,各有優缺點,限製瞭其廣汎應用,仍是一箇未完美解決的骨科難題。目的:綜述近年國內外長骨節段性缺損的脩複重建進展研究。方法:第一作者應用計算機檢索1990年1月至2012年12月PubMed數據庫、中國期刊全文數據庫、維普數據庫有關長骨節段性缺損脩複重建的文章,英文檢索詞“bone defect, long bone reconstruction, tissue engineering of bone , scaffolds , bone reconstruction , bone graft , bone tumor; tumor resection , musculoskeletal tumors,regeneration,autografts”;中文檢索詞“大段,骨缺損,骨腫瘤,軟組織腫瘤,瘤段切除,組織工程,骨移植”。共檢索到104篇相關文獻,納入52篇文獻進一步研究。結果與結論:傳統長骨節段性骨缺損的脩複方法包括自體骨移植、異體骨移植、骨延長、人工假體置換等。研製適用于兒童保肢需要,符閤兒童生長髮育特點的假體成為兒童保肢的一箇挑戰課題。為瞭解決這一問題,人們研製齣可以不斷延長的假體,用于兒童骨腫瘤的保肢重建。隨著醫療技術的進步,各種人工骨,尤其是骨組織工程和基因治療在骨缺損脩複中的逐步應用將進一步提高骨缺損的脩複效果,是未來的研究方嚮。
배경:장골절단성골결손수복중건방법음다,각유우결점,한제료기엄범응용,잉시일개미완미해결적골과난제。목적:종술근년국내외장골절단성결손적수복중건진전연구。방법:제일작자응용계산궤검색1990년1월지2012년12월PubMed수거고、중국기간전문수거고、유보수거고유관장골절단성결손수복중건적문장,영문검색사“bone defect, long bone reconstruction, tissue engineering of bone , scaffolds , bone reconstruction , bone graft , bone tumor; tumor resection , musculoskeletal tumors,regeneration,autografts”;중문검색사“대단,골결손,골종류,연조직종류,류단절제,조직공정,골이식”。공검색도104편상관문헌,납입52편문헌진일보연구。결과여결론:전통장골절단성골결손적수복방법포괄자체골이식、이체골이식、골연장、인공가체치환등。연제괄용우인동보지수요,부합인동생장발육특점적가체성위인동보지적일개도전과제。위료해결저일문제,인문연제출가이불단연장적가체,용우인동골종류적보지중건。수착의료기술적진보,각충인공골,우기시골조직공정화기인치료재골결손수복중적축보응용장진일보제고골결손적수복효과,시미래적연구방향。
BACKGROUND:Various methods have been reported for the repair and reconstruction of long bone segmental defect, but al of them have different advantages and disadvantages which limit their wide application. And this stil presents as a huge problem for many orthopaedics. OBJECTIVE:To review the latest research on reconstruction and repair of long bone segmental defects at national and international level. METHODS:A computer-based retrieval was conducted in PubMed database, CNKI database and VIP database by the first author for the articles published from January 1990 to December 2012, on the repair and reconstruction of long bone segmental defect with the key words of“bone defect, long bone reconstruction, tissue engineering of bone, scaffolds, bone reconstruction, bone graft, bone tumor, tumor resection, musculoskeletal tumors, regeneration, autografts”in English and“large segment, bone defects, bone tumors, soft tissue tumors, tumor resection, tissue engineering, bone graft”in Chinese. A total of 104 articles were screened out, and final y, 52 articles were included for further research. RESULTS AND CONCLUSION:Traditional method for the repair of long bone segmental defect includes autologous or al ogeneic bone graft, bone lengthening and artificial prosthesis replacement. The development of prosthesis that was suitable for child limb salvage and consistent with the child growth characteristics has become the chal enge to child limb salvage. In order to solve the problem, we designed the prosthesis that can continuously extent, and applied for the limb salvage reconstruction of tumor. With the development of medical technology, al kinds of artificial bone, especial y bone tissue engineering and gene treatment are being gradual y used to repair bone defect, which wil further enhance the clinical evaluation of bone defect repair, and that is the direction of further research.