Iryanov Yu M, Kiryanov N A, Diuriagina O V
Morfologiia. 2015;147(1):70-3.
The peculiarities of regeneration of knee articular cartilage were studied experimentally in adult Wistar rats (n = 25) using the methods of optical and electron microscopy, histochemistry and x-ray electron probe microanalysis after modeling marginal perforated defect and implantation of granulated mineralized bone matrix (MBM) into the damaged zone. This biomaterial was demonstrated to have marked chondroinductive properties, to provide prolonged activation of reparative process, accelerated organotypical remodeling and restoration of the damaged articular cartilage. The data obtained indicate the possibility of MBM application in clinical practice for the treatment of injuries and diseases of the articular cartilage.
在成年Wistar大鼠(n = 25)中,通过光学和电子显微镜、组织化学以及X射线电子探针微分析等方法,对边缘穿孔缺损建模并将颗粒状矿化骨基质(MBM)植入受损区域后,对膝关节软骨再生的特性进行了实验研究。结果表明,这种生物材料具有显著的软骨诱导特性,能使修复过程长期激活,加速器官样重塑并修复受损的关节软骨。所获数据表明MBM在临床实践中应用于治疗关节软骨损伤和疾病具有可能性。