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组合腓骨
相关语句
  combined fibula
     Repair of long bone defect with transplantation of the improved combined fibula
     改进的组合腓骨移植修复负重长管骨缺损
短句来源
     Repairing long-bone and skin defects by transplanting combined fibula segments with a periosteal vaso-nasa wraparound incoprating the overlying skin nourished with the consistent vascular pedicle
     血管襻骨膜内组合腓骨同蒂皮瓣移植修复骨与皮肤缺损
短句来源
  “组合腓骨”译为未确定词的双语例句
     Effect of treatment of long femoral bone defect by combinatorial fibular graft with monitoring island skin flap on bone intensity and loaded walking ability
     带监测皮岛的组合腓骨移植治疗股骨大段缺损对骨强度及负重行走能力的作用(英文)
短句来源
     OBJECTIVE: To investigate the clinical effect on the treatment of long femoral bone defect by combinatorial fibular graft with monitoring island skin flap.
     目的:探讨带监测皮岛的组合腓骨移植治疗股骨大段缺损的临床疗效。
短句来源
     Conclusion The repairing of large femoral bone defects with vascularized two fibular compound transplantation combined with internal or external fixation had the advantage of fast-healing, good-support and high-achievement rate.
     结论带血管蒂双折叠组合腓骨移植,结合适当内固定/外固定治疗伴大段骨缺损股骨骨折,愈合快,支撑力强,成功率高。
短句来源
  相似匹配句对
     Each group consisted of 24 rabbits.
     C组:骨膜内双腓骨组合移植组。
短句来源
     Combinational Logic
     组合逻辑
短句来源
     group B,the double fibular transplanation extra-periosteum and group C,the double fibular transplanation under-periosteum.
     B组:骨膜外双腓骨组合移植组;
短句来源
     An Ideal Match
     理想的组合
短句来源
     Peroneal Muscular Atrophy
     腓骨肌萎缩症
短句来源
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Objective To study the methods of using combined fibula to repair the defect of long bone Methods The method of transplantation of combined fibula bones was improved The anterolateral periosteum of two fibulas was stripped and sutured together Two segments of fibula were fixed and combined to a thick bone for repairing long bone defect Results After repaired with combined fibula bones,all the long bones with defect healed well No fracture...

Objective To study the methods of using combined fibula to repair the defect of long bone Methods The method of transplantation of combined fibula bones was improved The anterolateral periosteum of two fibulas was stripped and sutured together Two segments of fibula were fixed and combined to a thick bone for repairing long bone defect Results After repaired with combined fibula bones,all the long bones with defect healed well No fracture happened to the grafting combined fibula bones Conclusion Transplantaton of combined fibula bones that improved was an effective method of repairing long bone defect

目的 报道组合腓骨移植修复长管负重骨缺损的临床治疗效果。 方法 将组合腓骨移植方法改进如下 :于吻合血管的双腓骨或双节段腓骨前内侧骨膜从中央纵形切开剥离至骨嵴 ,双腓骨或双节段腓骨前内侧相对 ,两断端固定 ,将相对缘游离骨膜纵形缝合 ,使其组合为一根粗骨修复骨缺损。 结果 临床应用 2 8例 ,结果所有长管负重骨缺损均获得良好骨愈合 ,移植骨无折断。 结论 改进的组合腓骨移植是修复长管负重骨缺损的良好方法。

Objective To explore the ways of repairing the large long-bone and skin defects as single stage procedures. Methods Five clinic cases were studied, firstly, the arteriae fibularis were restructuered into one or two vaso-nasa which nourished the related fibula segments and the overlying skin, then, binding all of the fibula segments and turn it into a bulky bone with a periosteal vaso-nasa wraparound. The graft was rich in blood supply so osteogenesis activity was vigorous under the periostum, the interspace...

Objective To explore the ways of repairing the large long-bone and skin defects as single stage procedures. Methods Five clinic cases were studied, firstly, the arteriae fibularis were restructuered into one or two vaso-nasa which nourished the related fibula segments and the overlying skin, then, binding all of the fibula segments and turn it into a bulky bone with a periosteal vaso-nasa wraparound. The graft was rich in blood supply so osteogenesis activity was vigorous under the periostum, the interspace in the graft soon disappear and the graft increased in diameter gradually. Results All of the harvested skin flaps survived and the wound healed on schedule, besides, the involved fractures were union 1 year later and the grafts were strong enough for weight-bearing and walking 2 year later, Neither fracture occur nor morbidity was created at the donor site, No problem was caused at the ankle. Conclusions It's appropriate way to repair large long-bone and skin defects with a vascularized fibula segments complex transfer incorporationg the overlying skin that was supplied via the same peroneal vessel pedicle.

目的 探讨下肢粗骨长段缺损与皮肤缺损同时修复的可行方法。 方法 将腓血管制成 1个或 2个血管襻 ,该血管襻携带皮瓣 ,再将多段腓骨于骨膜内组合在一起 ,使成为一个骨膜包裹的粗骨修复骨与皮肤缺损。有丰富血运的骨膜 ,其骨膜下新生骨活跃 ,该新生骨充填骨膜内与腓骨段间隙、包绕腓骨 ,使移植腓骨增粗。 结果 临床应用 5例 ,所携带的皮瓣血运良好 ,伤口一期愈合。 1年后骨折愈合 ,2年后移植骨增粗 ,能负重行走 ,移植骨无骨折。供腓骨侧踝关节稳定 ,伸屈范围正常 ,功能恢复正常。 结论 血管襻骨膜内组合腓骨同蒂皮瓣移植是修复粗骨与皮肤缺损的一种可行方法。

BACKGROUND: The effect of the treatment of long tubular bone defect by free vascularized fibular graft, especially when combined with monitoring island skin flap is definitely reliable. However, there is still the possibility of broken fibular graft with single fibular graft for repairing the long loading tubular bone.OBJECTIVE: To investigate the clinical effect on the treatment of long femoral bone defect by combinatorial fibular graft with monitoring island skin flap. DESIGN: Before and after self-controlled...

BACKGROUND: The effect of the treatment of long tubular bone defect by free vascularized fibular graft, especially when combined with monitoring island skin flap is definitely reliable. However, there is still the possibility of broken fibular graft with single fibular graft for repairing the long loading tubular bone.OBJECTIVE: To investigate the clinical effect on the treatment of long femoral bone defect by combinatorial fibular graft with monitoring island skin flap. DESIGN: Before and after self-controlled observation. SETTING: Department of Orthopaedic Spine Surgery, Guangzhou People's HospitalPARTICIPANTS: Totally 14 patients who were treated for long femoral bone defect in the Department of Orthopaedic Spine Surgery were recruited between July 1995 and November 2003. Locus: distal part of the femur, 5cases; middle part of the femur, 9cases.The length of bone defect was 6 to 28 cm. INTERVENTIONS: There were 7 cases of free vascularized bi-fibular graft transplantation with monitoring island skin flap. There were 7 cases of free vascularized fibular graft centralized with large segmental allograft. Monitoring island skin flap was 3 cm×5 cm, sectioned fibular was 16 to 32 cm. Dry frozen bone of allograft was 12 to 28 cm. The wound and island skin were detected postoperatively. MAIN OUTCOME MEASURES: The living condition of bi-fibular graft or binding composite allograft with skin flap, morphology change of transplanted bone and loaded walking ability in patients with bone defect after operation. RESULTS: Totally 14 patients entered the result analysis. Seven cases in bi-fibular group were followed up for 3 years and 7 patients in the centralized graft group were followed up for 1 year. Fourteen cases detected by monitoring island skin flap all survived. One case in the centralized graft group presented yellow exudates 3 months after operation, and then the graft bone was taken out. Follow-up of the rest 6 patients showed that transplanted fibular bone was closely connected with allograft. The thickness of the transplanted bone was increased, shaped and similar with the diameter of the femur at the receptor. Patients in the two groups could walk with loading without walking stick. Transplanted bone has no fracture.CONCLUSION: Transplantation of free vascularized bi-fibular graft transplant or free vascularized fibular graft monitoring island skin flap binding to large segmental allograft can increase its structural strength through hypertrophy, decrease or avoid fracture of the transplanted graft fibula.

背景:应用吻合血管的游离腓骨移植治疗长管骨大段骨缺损疗效可靠,尤其是带监测皮岛的腓骨移植疗效更可靠,然而单腓骨移植修复负重长管骨则有折断的可能。目的:探讨带监测皮岛的组合腓骨移植治疗股骨大段缺损的临床疗效。设计:自身前后对照观察。单位:广州市第一人民医院骨科脊柱外科。对象:选择1995-07/2003-11广州市第一人民医院骨科脊柱外科收治的股骨骨缺损患者14例。部位:股骨下端5例,股骨中段9例,骨缺损长度6~28cm。干预:带监测皮岛腓骨折断成双腓骨移植7例,带监测皮岛腓骨捆绑同种异体骨7例。监测皮岛大小3cm×5cm,切取腓骨长度16~32cm。同种异体干冻骨长度12~28cm。术后监测手术伤口及监测皮岛情况。主要观察指标:患者骨缺损处带监测皮岛双腓骨或捆绑同种异体骨复合移植皮瓣成活情况、移植骨形态变化及负重行走能力。结果:14例患者均进入结果分析。双腓骨组7例随访3年,捆绑同种异体骨组7例随访1年。14例监测皮岛全部成活,捆绑同种异体骨组1例术后3个月有黄色渗液而取出异体骨,其余6例随访显示移植腓骨与异体骨紧密结合,移植骨增粗、塑造,与受区股骨口径相当。两组患者术后6个月弃拐负重行走,移植骨...

背景:应用吻合血管的游离腓骨移植治疗长管骨大段骨缺损疗效可靠,尤其是带监测皮岛的腓骨移植疗效更可靠,然而单腓骨移植修复负重长管骨则有折断的可能。目的:探讨带监测皮岛的组合腓骨移植治疗股骨大段缺损的临床疗效。设计:自身前后对照观察。单位:广州市第一人民医院骨科脊柱外科。对象:选择1995-07/2003-11广州市第一人民医院骨科脊柱外科收治的股骨骨缺损患者14例。部位:股骨下端5例,股骨中段9例,骨缺损长度6~28cm。干预:带监测皮岛腓骨折断成双腓骨移植7例,带监测皮岛腓骨捆绑同种异体骨7例。监测皮岛大小3cm×5cm,切取腓骨长度16~32cm。同种异体干冻骨长度12~28cm。术后监测手术伤口及监测皮岛情况。主要观察指标:患者骨缺损处带监测皮岛双腓骨或捆绑同种异体骨复合移植皮瓣成活情况、移植骨形态变化及负重行走能力。结果:14例患者均进入结果分析。双腓骨组7例随访3年,捆绑同种异体骨组7例随访1年。14例监测皮岛全部成活,捆绑同种异体骨组1例术后3个月有黄色渗液而取出异体骨,其余6例随访显示移植腓骨与异体骨紧密结合,移植骨增粗、塑造,与受区股骨口径相当。两组患者术后6个月弃拐负重行走,移植骨无折断。结论:带监测皮岛双腓骨或捆绑同种异体骨移植修复股骨缺损,可增加移植腓骨骨量和强度,减少或避免移植腓骨折断。

 
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