中国数字医学
中國數字醫學
중국수자의학
CHINA DIGITAL MEDICINE
2015年
6期
51-53
,共3页
詹祖锋%刘晓霞%胡军%刘有余
詹祖鋒%劉曉霞%鬍軍%劉有餘
첨조봉%류효하%호군%류유여
计算机仿真技术%桡骨远端骨折%掌侧锁定钢板%放置定位%作用研究
計算機倣真技術%橈骨遠耑骨摺%掌側鎖定鋼闆%放置定位%作用研究
계산궤방진기술%뇨골원단골절%장측쇄정강판%방치정위%작용연구
computer simulation%distal radius fractures%volar locking plate%positioning%action research
目的:观察探讨计算机仿真技术在桡骨远端骨折掌侧锁定钢板的放置定位的作用。方法:选取医院2013年2月-2014年7月收纳的98例桡骨远端骨折患者,按随机分配原则分为观察组和对照组,各49例。观察组桡骨远端骨折患者,应用计算机仿真技术MIMICS软件建模,测量桡骨和掌侧钢板定位,关节面边缘与掌侧钢板螺孔中心之间最佳长度,计算掌侧锁定钢板的放置定位的标准差及均值。对照组桡骨远端骨折患者,应用传统常规X射线及CT阅片计算桡骨和掌侧钢板定位。结果:两组桡骨远端骨折患者手术情况对比,观察组透视次数、手术时间均低于对照组,有明显差异,具有统计学意义(P<0.05)。结论:计算机仿真技术在桡骨远端骨折掌侧锁定钢板的放置定位的效果显著,较常规X片检查确定等方法更为精确合适计算桡骨远端骨折关节面边缘与螺孔中心之间的最佳距离,提高骨折固定的稳定性和适应性,减少治疗后透析后检查次数及时间。其临床选择优势较高,无严重不良反应,值得临床上进一步推广应用。
目的:觀察探討計算機倣真技術在橈骨遠耑骨摺掌側鎖定鋼闆的放置定位的作用。方法:選取醫院2013年2月-2014年7月收納的98例橈骨遠耑骨摺患者,按隨機分配原則分為觀察組和對照組,各49例。觀察組橈骨遠耑骨摺患者,應用計算機倣真技術MIMICS軟件建模,測量橈骨和掌側鋼闆定位,關節麵邊緣與掌側鋼闆螺孔中心之間最佳長度,計算掌側鎖定鋼闆的放置定位的標準差及均值。對照組橈骨遠耑骨摺患者,應用傳統常規X射線及CT閱片計算橈骨和掌側鋼闆定位。結果:兩組橈骨遠耑骨摺患者手術情況對比,觀察組透視次數、手術時間均低于對照組,有明顯差異,具有統計學意義(P<0.05)。結論:計算機倣真技術在橈骨遠耑骨摺掌側鎖定鋼闆的放置定位的效果顯著,較常規X片檢查確定等方法更為精確閤適計算橈骨遠耑骨摺關節麵邊緣與螺孔中心之間的最佳距離,提高骨摺固定的穩定性和適應性,減少治療後透析後檢查次數及時間。其臨床選擇優勢較高,無嚴重不良反應,值得臨床上進一步推廣應用。
목적:관찰탐토계산궤방진기술재뇨골원단골절장측쇄정강판적방치정위적작용。방법:선취의원2013년2월-2014년7월수납적98례뇨골원단골절환자,안수궤분배원칙분위관찰조화대조조,각49례。관찰조뇨골원단골절환자,응용계산궤방진기술MIMICS연건건모,측량뇨골화장측강판정위,관절면변연여장측강판라공중심지간최가장도,계산장측쇄정강판적방치정위적표준차급균치。대조조뇨골원단골절환자,응용전통상규X사선급CT열편계산뇨골화장측강판정위。결과:량조뇨골원단골절환자수술정황대비,관찰조투시차수、수술시간균저우대조조,유명현차이,구유통계학의의(P<0.05)。결론:계산궤방진기술재뇨골원단골절장측쇄정강판적방치정위적효과현저,교상규X편검사학정등방법경위정학합괄계산뇨골원단골절관절면변연여라공중심지간적최가거리,제고골절고정적은정성화괄응성,감소치료후투석후검사차수급시간。기림상선택우세교고,무엄중불량반응,치득림상상진일보추엄응용。
Objective: To observe the effect of computer simulation technology in the research of fracture of the distal radius volar locking plates positioned side. Methods:in our hospital from 2013 February-2014 year in July received 98 cases of distal radius fracture patients, randomly divided into observation group and control group, with 49 cases in each group, were observed in patients with fracture of the distal radius, the application of computer simulation technology MIMICS software modeling, measurement of radial and palmar plate location, edge of articular surface and power. The lateral plate screw center optimal length, calculation of positioning of volar locking plates and the standard deviation of the mean. The control group of patients with fracture of the distal radius, using conventional X-ray and CT to calculate the radius and volar plate positioning. Results: compared with two groups of patients with operation of distal radius fractures, fluoroscopy times in observation group, operation time were lower than the control group, there was significant difference, with statistical significance (P<0.05). Conclusion:the technique of computer simulation in the fracture of the distal radius positioning of volar locking plates the effect significantly, compared with the conventional X examination to determine the best method for accurate calculation of the distance between the fracture of the distal radius articular surface and the edge of the hole center, improve the stability of fracture fixation and adaptability, reduce the number of inspection and treatment after dialysis. The clinical advantages of higher, no serious adverse reactions, it is worthy of popularization and application.