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angulated deformity
相关语句
  成角畸形
     The results showed that the therapeutic effect was excellent (anatomical apposition of fracture ends) in 89 cases ( 29.1% ), good (1/2 apposition with good alinement) in 147 cases ( 56.9% ), ordinary (1/3 apposition with good alinement) in 43 cases ( 14.0% ) and none was bad (poor apposition and angulated deformity).
     结果 :治疗后疗效评为优 (骨折端解剖对位 ) 89例 (占 2 9.1% ) ,良 (骨折端对位 1/ 2 ,对线好 ) 14 7例 (占56 .9% ) ,中 (骨折端对位 1/ 3,对线好 ) 43例 (占 14 .0 % ) ,疗效差 (骨折端未对位 ,成角畸形 )为 0。
短句来源
     Epiphyseal plate injury may cause severe growth arrest becau se it results in the bony bridge between the epiphysis and metaphysis, earlier c losure of epiphyseal plate and limb reduction and (or) angulated deformity.
     骺板损伤可导致骨骺与干骺端之间形成骨桥,骺板提前闭合,造成肢体短缩和(或)成角畸形,影响儿童生长发育。
短句来源
  “angulated deformity”译为未确定词的双语例句
     AIM: To observe the effect on the recovery of the height of damagedvertebrae and correction of angulated deformity by AF pedicle of vertebralarch nail system reduce fixation and implant fusion in thoracolumbarfracture and dislocation.
     目的:观察应用AF椎弓根钉系统复位固定加植骨融合治疗胸腰椎骨折脱位恢复伤椎高度纠正成角畸形的效应。
短句来源
  相似匹配句对
     Madelung Deformity
     Madelung氏畸形
短句来源
     Deformity Dislocation of the Hip
     畸形性先天性髋关节脱位
短句来源
     AIM: To observe the effect on the recovery of the height of damagedvertebrae and correction of angulated deformity by AF pedicle of vertebralarch nail system reduce fixation and implant fusion in thoracolumbarfracture and dislocation.
     目的:观察应用AF椎弓根钉系统复位固定加植骨融合治疗胸腰椎骨折脱位恢复伤椎高度纠正成角畸形的效应。
短句来源
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A retrospective analysis was carried out in 306 hospitalized patients with unstable clavicular fracture from January 1981 to June 1997. The patients were treated by abductive skin traction with adhesive plaster. The results showed that the therapeutic effect was excellent (anatomical apposition of fracture ends) in 89 cases ( 29.1% ), good (1/2 apposition with good alinement) in 147 cases ( 56.9% ), ordinary (1/3 apposition with good alinement) in 43 cases ( 14.0% ) and none was bad (poor apposition and...

A retrospective analysis was carried out in 306 hospitalized patients with unstable clavicular fracture from January 1981 to June 1997. The patients were treated by abductive skin traction with adhesive plaster. The results showed that the therapeutic effect was excellent (anatomical apposition of fracture ends) in 89 cases ( 29.1% ), good (1/2 apposition with good alinement) in 147 cases ( 56.9% ), ordinary (1/3 apposition with good alinement) in 43 cases ( 14.0% ) and none was bad (poor apposition and angulated deformity). The total rate of good therapeutic effect was 86.0%. It is indicated that abductive skin traction with adhesive plaster is an effective closed reduction for the treatment of clavicular fracture. According to the physiological characteristics of clavicle in the movement of shoulder girdle, its biomechanical mechanism was also discussed.

总结了 1981.1~ 1997.6住院病人中 30 6例不稳定型锁骨骨折用外展式胶布牵引法治疗的临床资料。结果 :治疗后疗效评为优 (骨折端解剖对位 ) 89例 (占 2 9.1% ) ,良 (骨折端对位 1/ 2 ,对线好 ) 14 7例 (占56 .9% ) ,中 (骨折端对位 1/ 3,对线好 ) 43例 (占 14 .0 % ) ,疗效差 (骨折端未对位 ,成角畸形 )为 0。总的优良率达 86 %。说明该方法是对锁骨骨折的一种闭合复位的有效方法 ,并从锁骨在肩胛带活动中的生理特点和生物力学的角度探讨了外展式牵引治疗方法的力学基础。

Epiphyseal plate injury may cause severe growth arrest becau se it results in the bony bridge between the epiphysis and metaphysis, earlier c losure of epiphyseal plate and limb reduction and (or) angulated deformity. It i s difficult to diagnose the injury early, though radiography, CT, MRI can help i ts diagnosis. Traditional treatments for bony bridge include packing an interpos itional material such as fat and bone cement after removal of the bone bar. Micr osurgical and tissue engineering techniques...

Epiphyseal plate injury may cause severe growth arrest becau se it results in the bony bridge between the epiphysis and metaphysis, earlier c losure of epiphyseal plate and limb reduction and (or) angulated deformity. It i s difficult to diagnose the injury early, though radiography, CT, MRI can help i ts diagnosis. Traditional treatments for bony bridge include packing an interpos itional material such as fat and bone cement after removal of the bone bar. Micr osurgical and tissue engineering techniques have brought out many new methods fo r the diagnosis and treatment of this growth injury. Growth plate chondrocytes a nd mesenchymal stem cells culture may provide the appropriate cartilage necessar y to restore growth potential when implanted in a growth plate defect, and preve nt transphyseal bone bridge formation. This article discusses the current develo pment and prospects for the diagnosis and treatment of growth plate injury.

骺板损伤可导致骨骺与干骺端之间形成骨桥,骺板提前闭合,造成肢体短缩和(或)成角畸形,影响儿童生长发育。早期诊断较困难,X线、CT、MRI等影像学检查及“骨桥地图法”可协助诊断。传统治疗有骨桥切除后以脂肪、骨水泥等填塞,但效果不一。近年来,随着显微外科及组织工程等新技术的开展,用培养的骺软骨细胞、间充质干细胞等移植代替无活力的填充物植入,它能不断增殖并抑制骨桥形成,将为骺板损伤治疗提供更好的解决方案。本文结合国内外最新研究成果对骺板损伤的现状进行回顾,并对其前景作一展望。

AIM: To observe the effect on the recovery of the height of damagedvertebrae and correction of angulated deformity by AF pedicle of vertebralarch nail system reduce fixation and implant fusion in thoracolumbarfracture and dislocation.METHODS: Totally 117 patients with traumatic thoracolumbar fracturewere selected from the Department of Orthopaedics, Luocun People'sHospital of Nanhai City, the Department of Surgery, Baiyun District TaiheTown Hospital of Guangzou City and the Department of Orthopaedics,Zhujiang...

AIM: To observe the effect on the recovery of the height of damagedvertebrae and correction of angulated deformity by AF pedicle of vertebralarch nail system reduce fixation and implant fusion in thoracolumbarfracture and dislocation.METHODS: Totally 117 patients with traumatic thoracolumbar fracturewere selected from the Department of Orthopaedics, Luocun People'sHospital of Nanhai City, the Department of Surgery, Baiyun District TaiheTown Hospital of Guangzou City and the Department of Orthopaedics,Zhujiang Hospital affiliated to Southern Medical University between July1997 and June 2004. The patients were treated by routine implant of AFpedicle of vertebral arch nail system reduce fixation after anesthesia. Ifthere was no nerve injury, autologous iliac bone or allogeneic bone werefetched directly for posterior fusion of grafted bone. If there were neverinjuries, exploration by fenestration of vertebral lamina was conductedfirstly, and then if the fracture block was reduced, the posterior fusion ofgrafted bone was performed as above_ if the fracture block was not reducedor the reduce was no satisfactory, further decompression was needed. Ifthere was still obvious compression after AF pedicle of vertebral arch nailsystem reduce fixation, secondary annular decompression of fracturedvertebra was conducted by biting out one lateral pedicle of vertebral arch.For those with greater defect after decompression, interbody fusion andintrapyramidal implant were performed at the same time. For those withfracture dislocation, interbody fusion of grafted bone was conducted fromposterior through vertebral canal. The percentage of damaged vertebralheight and change of Cobb angle were measured before and after operationas well as 1 year after operation. .RESULTS: According to intention-to-treat analysis, 171 patients withtraumatic thoracolumbar fracture were involved, all of them finished the 1-year follow-up and entered the analysis of results. As compared with beforeoperation, the percentages of vertebral height were obviously increased[(58.32±7.82), (96.14±9.46), (92.65±10.48)%, P all < 0.01], but the Cobbangles were markedly decreased [(15.58±5.68), (4.26±2.85), (5.47±2.24)°,P all < 0.01] immediately and 1 year after operation in all the patients.CONCLUSION: AF system can effectively recover the height of damagedvertebrae and Cobb angle, and it is a spinal short segmental fixator withsimple manipulation, powerful reduction force, the fine therapeutic efficacycan be achieved by integration with reasonable bone fusion.

目的:观察应用AF椎弓根钉系统复位固定加植骨融合治疗胸腰椎骨折脱位恢复伤椎高度纠正成角畸形的效应。方法:选取1997-07/2004-06南海市罗村人民医院骨科、广州市白云区太和镇医院外科、南方医科大学附属珠江医院骨科收治的外伤性胸腰段椎骨骨折患者117例。患者麻醉后常规植入AF椎弓根钉系统复位固定,如无神经损伤直接取自体髂骨或同种异体骨行后路植骨融合术。若有神经损伤,则先行椎板开窗探查,若骨折块已复位,同上行后路植骨融合。骨折块未复位或复位不理想,则需进一步减压;若经AF椎弓根钉系统复位固定后仍有明显压迫,则需通过咬除一侧椎弓根行骨折脊椎次环状减压术。对减压后缺损较大者,同时行椎间融合加椎体内植骨,对骨折脱位者从后路经椎管行椎间植骨融合术。测量术前、术后及术后1年伤椎椎体高度百分比及Cobb角的变化。结果:按意向处理分析,实验纳入外伤性胸腰段脊柱骨折患者117例,全部完成1年随访而进入结果分析。与术前比较,全部患者的椎高百分比于术后即刻、术后1年均明显提高[(58.32±7.82),(96.14±9.46),(92.65±10.48)%,P均<0.01],Cobb角均明显降低[(15.58±5.68),(4...

目的:观察应用AF椎弓根钉系统复位固定加植骨融合治疗胸腰椎骨折脱位恢复伤椎高度纠正成角畸形的效应。方法:选取1997-07/2004-06南海市罗村人民医院骨科、广州市白云区太和镇医院外科、南方医科大学附属珠江医院骨科收治的外伤性胸腰段椎骨骨折患者117例。患者麻醉后常规植入AF椎弓根钉系统复位固定,如无神经损伤直接取自体髂骨或同种异体骨行后路植骨融合术。若有神经损伤,则先行椎板开窗探查,若骨折块已复位,同上行后路植骨融合。骨折块未复位或复位不理想,则需进一步减压;若经AF椎弓根钉系统复位固定后仍有明显压迫,则需通过咬除一侧椎弓根行骨折脊椎次环状减压术。对减压后缺损较大者,同时行椎间融合加椎体内植骨,对骨折脱位者从后路经椎管行椎间植骨融合术。测量术前、术后及术后1年伤椎椎体高度百分比及Cobb角的变化。结果:按意向处理分析,实验纳入外伤性胸腰段脊柱骨折患者117例,全部完成1年随访而进入结果分析。与术前比较,全部患者的椎高百分比于术后即刻、术后1年均明显提高[(58.32±7.82),(96.14±9.46),(92.65±10.48)%,P均<0.01],Cobb角均明显降低[(15.58±5.68),(4.26±2.85),(5.47±2.24)°,P均<0.01]。结论:AF椎弓根钉系统复位力强,可有效恢复伤椎椎体的高度并纠正成角畸形,提示在良好复位基础上的坚强固定与确实有效的植骨融合是取得理想效果的根本所在。

 
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