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
51期
8914-8919
,共6页
陈靖%石松生%张国良%陈建屏
陳靖%石鬆生%張國良%陳建屏
진정%석송생%장국량%진건병
生物材料%细胞外基质材料%膜生物材料%人工硬脑膜%脑膜瘤%硬膜修补%硬膜缺损
生物材料%細胞外基質材料%膜生物材料%人工硬腦膜%腦膜瘤%硬膜脩補%硬膜缺損
생물재료%세포외기질재료%막생물재료%인공경뇌막%뇌막류%경막수보%경막결손
背景:修复硬脑膜的完整性对于脑膜瘤患者的手术预后非常重要。<br> 目的:探讨生物型人工硬脑膜在大型凸面硬脑膜瘤修复中的应用价值。<br> 方法:回顾性分析56例因肿瘤侵蚀导致硬膜缺损的大型凸面脑膜瘤病例,术中采用人工硬脑膜修复硬膜缺损的临床疗效、并发症及随访结果。<br> 结果与结论:除2例并发局部积液,1例出现术侧少量硬膜下积液,1例出现迟发性硬膜外血肿外,其余病例均无脑脊液漏、颅内感染、癫痫、组织排异等不良反应发生。术后复查头颅CT及MR,证实植入人工硬膜的部位未见异常影像学改变。5例患者修复后3个月行颅骨修补,发现人工硬脑膜与正常硬脑膜融合良好,无粘连及炎症反应发生。说明生物型人工硬脑膜能够较好地重塑颅腔原有解剖层次,保护脑皮质,显著降低各种并发症的发生。
揹景:脩複硬腦膜的完整性對于腦膜瘤患者的手術預後非常重要。<br> 目的:探討生物型人工硬腦膜在大型凸麵硬腦膜瘤脩複中的應用價值。<br> 方法:迴顧性分析56例因腫瘤侵蝕導緻硬膜缺損的大型凸麵腦膜瘤病例,術中採用人工硬腦膜脩複硬膜缺損的臨床療效、併髮癥及隨訪結果。<br> 結果與結論:除2例併髮跼部積液,1例齣現術側少量硬膜下積液,1例齣現遲髮性硬膜外血腫外,其餘病例均無腦脊液漏、顱內感染、癲癇、組織排異等不良反應髮生。術後複查頭顱CT及MR,證實植入人工硬膜的部位未見異常影像學改變。5例患者脩複後3箇月行顱骨脩補,髮現人工硬腦膜與正常硬腦膜融閤良好,無粘連及炎癥反應髮生。說明生物型人工硬腦膜能夠較好地重塑顱腔原有解剖層次,保護腦皮質,顯著降低各種併髮癥的髮生。
배경:수복경뇌막적완정성대우뇌막류환자적수술예후비상중요。<br> 목적:탐토생물형인공경뇌막재대형철면경뇌막류수복중적응용개치。<br> 방법:회고성분석56례인종류침식도치경막결손적대형철면뇌막류병례,술중채용인공경뇌막수복경막결손적림상료효、병발증급수방결과。<br> 결과여결론:제2례병발국부적액,1례출현술측소량경막하적액,1례출현지발성경막외혈종외,기여병례균무뇌척액루、로내감염、전간、조직배이등불량반응발생。술후복사두로CT급MR,증실식입인공경막적부위미견이상영상학개변。5례환자수복후3개월행로골수보,발현인공경뇌막여정상경뇌막융합량호,무점련급염증반응발생。설명생물형인공경뇌막능구교호지중소로강원유해부층차,보호뇌피질,현저강저각충병발증적발생。
BACKGROUND:Repairing integrity of the dura mater is very important for the prognosis of patients with convex meningioma. <br> OBJECTIVE:To investigate the application value of bio-artificial dura mater on giant convex meningioma. <br> METHODS:The retrospective analysis of 56 cases of dural defects due to tumor erosion in patients with giant convex meningioma was carried out. Meanwhile, the clinical efficacy, complications and fol ow-up results of the repair with artificial dura mater were analyzed. <br> RESULTS AND CONCLUSION:Except two cases complicated with local effusion, one case with a smal volume of subdural effusion in operative side, one case with tardive epidural hematoma, the remaining patients had no cerebrospinal fluid leakage, intracranial infection, epilepsy, tissue rejection and other adverse reactions. Postoperative CT and MR examinations confirmed the site of implantation of artificial dura without abnormal radiographic changes. Five patients underwent cranioplasty of skul repair in 3 months postoperatively, and the intraoperative findings showed that the artificial dura mater had a good fusion with normal dura mater, with no adhesions and inflammatory reactions. These findings indicate that bio-artificial dura mater can reshape the original anatomical level, protect the cerebral cortex, and reduce the incidence of various complications significantly.