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- Objective To investigate the effect of repairing bone defect in rabbits with PRP and deproteined bovine cancellous bone (DPB). 目的从放射学方面来评价富血小板血浆重组脱蛋白异种骨修复节段性骨缺损的疗效。
- Keywords platelet-rich plasma（PRP）;deproteined bovine cancellous bone;repairing;bone defect; 富血小板血浆;脱蛋白牛松质骨;修复;骨缺损;
- Keywords bone marrow mesenchymal stem cells（MSCs）;antigen-extracted bovine cancellous bone（BCB）;cell culture;bone transplantation;bone defect; 骨髓间充质干细胞;去抗原牛松质骨;细胞培养;骨移植;骨缺损;
- Cancellous bone defect 松质骨缺损
- When this occurs, cancellous bone comes compact bone. 当这种情况发生时，松质骨变成密质骨。
- Any of the fine spicules forming a network in cancellous bone. 在疏质骨中构成网状结构的任何细小骨针
- Repair of cancellous bone defects with compound of allogenic bone marrow mesenchymal stem cells and fibrin 同种异体间充质干细胞复合纤维蛋白修复骨缺损
- Strontium can avoid cancellous bone and cardiovascular disease. 锶：可防治骨质疏松和心血管病。
- PRP combined with DXB can accelerate healing of bone defect. 富血小板血浆复合异种脱蛋白松质骨可促进和加速骨缺损的修复。
- Bone defect is common and one of the most difficult problems in orthopaedics. 骨缺损是临床上的常见病,也是骨科治疗的难题之一。
- Homogeneous bone allograft is most commonly used to treat bone defect. 同种异体骨移植是治疗骨缺损最常采用的方法。
- The inner cortical table with underlying cancellous bone may be preferable owing to body habitus. 出于保持外形的原因，一般习惯切取髂骨内侧骨板和松质骨。
- In hard cortical bone this process of replacement is considerably slower than in spongy or cancellous bone. 坚硬的皮质骨的替代过程大大慢于海绵骨或松质骨。
- The cancellous bone matrix( CBM) alone or the marrow stromal osteoblasts( MSOs) alone was implanted as the control. 分别植入松质骨基质和骨髓基质成骨细胞作为对照。
- The bone defect was reconstructed in 95 cases (22.1%). The dura mater was repaired in 117 cases (27.2%). 行颅底骨缺损修复 95例 (2 2 1%25 ) ,行脑膜修补 117例 (2 7 2%25 ) ;
- Cortical bone grafts are used primarily for structural support, and cancellous bone grafts for osteogenesis. 皮质骨移植主要用于结构性支撑，松质骨移植用于成骨。
- Successful construction of BMP2 rAdV lays a foundation for the feasible genetic treatment with vector of bone defect. 骨形态发生蛋白2重组腺病毒的构建成功为骨缺损等疾病的基因治疗奠定了可行的载体基础。
- The grayscale of cancellous bone in NS group and FS group was significantly higher than that in FS+BMP_2 group(P<0.01). 与NS组比较FS+BMP2组桡骨远端BMD明显升高(P<0·01);FS组BMD变化不明显(P>0·05); FS+BMP2组BMD明显高于FS组和NS组(P<0·01)。
- The P-6/ABM composite posses the capacity to enhance the bone defect repair in vivo. P - 6 /ABM复合材料具有较强的促进骨缺损修复作用。
- Autogenous cancellous bone can be mixed in small amounts with allograft bone as "seed" to proide osteogenic potential. 少量的自体松质骨可以混合于同种异体骨内作为“种子”发挥成骨的潜力。
