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- Ono I, Tateshita T, Satou M, et al.Treatment of large complex cranial bone defects by using hydroxyapatite ceramic implants. Plast Reconstr Surg. 1999 Aug;104(2):339-49. 邱明国;张绍祥;谭立文等.;应用激光快速成形分层实体制造方法复制颞骨
- Clinical experiences of early osteoplasty in giant cranial bone defect after severe cranial brain injury 重型颅脑损伤术后巨大颅骨缺损早期成形临床体会
- Analysis of Effect of Individual Prefabricated EH Compound Implants on Repairing Cranial Bone in Patients with Cranial Bone Defect 个体化预制EH复合材料行颅骨修复效果分析
- Keywords bioabsorbable material;hydroxypatite;poly-L-lactide;biocompatibility;osteobalst;cranial bone defect;cell culture;bone repair; 羟基磷灰石;聚左旋乳酸;纳米材料;生物复合材料;生物相容性;成骨细胞;细胞培养;骨传导;骨修复;
- Cranial bone defect 颅骨缺损
- Use of Frozen Cranial Vault Allografts in the Repair of Cranial Bone Defects 用深低温保存同种异体颅骨修补颅骨缺损
- 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。
- Objective To explore treatment of large area epicranium defect and cranial bones reveal. 目的探讨大面积头皮缺损并颅骨外露的治疗方法。
- 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。
- There were more complication, the main were fracture ( rib, cranial bone and clavicle), shock, pneumoatothorax, pneu-mohydrothorax, hydropneumothorax. 本病并发症较多,以骨折(肋骨、颅骨、锁骨)、休克、气胸、液气胸为主。
- The first plastic surgery with self cranial bone outer table with periost peduncle had been carried out to repair severe cephalo-orbital injury. 采用带骨膜蒂的自体颅骨外板一次成形术修复严重颅眶损伤。
- Two cases of frontal sinus fracture treated with sinus ablation and sinus obliteration with cranial bone graft were reported. 本文提出两例利用额窦黏膜摘除术和以颅骨骨植体填塞额窦方法来处理额窦骨折。
- Conclusion To cover the revealed skull is the first aim of the treatment of large area epicranium defect and cranial bones reveal and try to use the autoallergic epicranium possibly. 结论大面积头皮缺损并颅骨外露的治疗应早期进行创面处理,并尽可能以自体头皮覆盖。
- 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 ) ;
- The morphological characteristics were observed by light,Inverted phase contrast,and stereo microscopes.Osteoblasts(OBs)were obtained from the cranial bone of a fetal New Ze... 结论体外构建的成骨细胞与脱蛋白骨的复合体具有组织工程骨的一部分生物学特性,为进一步观察其在体内的再血管化和成骨活性,用于大段骨缺损修复奠定了实验基础。
- 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 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。
- Objective To evaluate the effect of decalcification bone matrix(DBM) and OSTEOSET in treating the bone defect. 目的探讨使用骨移植替代物脱钙骨基质(DBM)和硫酸钙颗粒(OSTEOSET)治疗骨缺损的疗效。
- Objective To study the mechanism of repairing bone defect with compound material HA-BG. 目的探讨羟基磷灰石/生物活性玻璃复合多孔材料(HA-BG)修复兔下颌骨缺损的机理。