中华骨科杂志
中華骨科雜誌
중화골과잡지
CHINESE JOURNAL OF ORTHOPAEDICS
2011年
6期
571-576
,共6页
段宏%闵理%刘洋%张斌%杨红胜%邹昌%屠重棋%裴福兴
段宏%閔理%劉洋%張斌%楊紅勝%鄒昌%屠重棋%裴福興
단굉%민리%류양%장빈%양홍성%추창%도중기%배복흥
纤维发育不良,骨%股骨%刮除术
纖維髮育不良,骨%股骨%颳除術
섬유발육불량,골%고골%괄제술
Fibrous dysplasia of bone%Femur%Curettage
目的 评估和分析股骨近段纤维结构不良内翻畸形手术治疗的临床疗效.方法 2000年8月至2009年5月,采用截骨矫形、病灶刮除、打压植骨、股骨重建钉内固定治疗21例(24个)股骨纤维结构不良伴重度内翻畸形患者,男12例,女9例;年龄14~39岁,平均22.7岁.其中15例为单纯髋内翻畸形,6例同时伴髋内翻及股骨内翻畸形.颈干角55°~105°,平均75°;股骨内翻角18°~45°,平均30°;患侧股骨长度较对侧短缩2.0~4.5 cm,平均3.4cm.其中13例患者因发生病理性骨折而行手术治疗.结果 21例患者均获得随访,随访时间21个月至7年,平均3年4个月.24个股骨共30处截骨面中,28处于术后3~6个月骨性愈合,2例双段远端截骨面各有1处在术后12个月时仍不愈合,经再次植骨3个月后骨性愈合.21例内翻畸形股骨力线均完全矫正,术后颈干角矫正为95°~135°,平均118°;股骨内翻角完全纠正.股骨长度较术前延长1.8~3.6 cm,平均2.8cm.术后无一例患者发生感染、畸形进展及再骨折.17例患者疼痛视觉模拟评分(visual analogue scales,VAS)由术前7~10分降至术后0分,4例VAS评分由术前8~10分降至术后3~4分.Harris髋关节功能评分优12例,良6例,可3例.结论 外翻截骨可有效矫正内翻畸形,股骨重建钉可稳定股骨,大量打压式植骨可有效恢复骨量.
目的 評估和分析股骨近段纖維結構不良內翻畸形手術治療的臨床療效.方法 2000年8月至2009年5月,採用截骨矯形、病竈颳除、打壓植骨、股骨重建釘內固定治療21例(24箇)股骨纖維結構不良伴重度內翻畸形患者,男12例,女9例;年齡14~39歲,平均22.7歲.其中15例為單純髖內翻畸形,6例同時伴髖內翻及股骨內翻畸形.頸榦角55°~105°,平均75°;股骨內翻角18°~45°,平均30°;患側股骨長度較對側短縮2.0~4.5 cm,平均3.4cm.其中13例患者因髮生病理性骨摺而行手術治療.結果 21例患者均穫得隨訪,隨訪時間21箇月至7年,平均3年4箇月.24箇股骨共30處截骨麵中,28處于術後3~6箇月骨性愈閤,2例雙段遠耑截骨麵各有1處在術後12箇月時仍不愈閤,經再次植骨3箇月後骨性愈閤.21例內翻畸形股骨力線均完全矯正,術後頸榦角矯正為95°~135°,平均118°;股骨內翻角完全糾正.股骨長度較術前延長1.8~3.6 cm,平均2.8cm.術後無一例患者髮生感染、畸形進展及再骨摺.17例患者疼痛視覺模擬評分(visual analogue scales,VAS)由術前7~10分降至術後0分,4例VAS評分由術前8~10分降至術後3~4分.Harris髖關節功能評分優12例,良6例,可3例.結論 外翻截骨可有效矯正內翻畸形,股骨重建釘可穩定股骨,大量打壓式植骨可有效恢複骨量.
목적 평고화분석고골근단섬유결구불량내번기형수술치료적림상료효.방법 2000년8월지2009년5월,채용절골교형、병조괄제、타압식골、고골중건정내고정치료21례(24개)고골섬유결구불량반중도내번기형환자,남12례,녀9례;년령14~39세,평균22.7세.기중15례위단순관내번기형,6례동시반관내번급고골내번기형.경간각55°~105°,평균75°;고골내번각18°~45°,평균30°;환측고골장도교대측단축2.0~4.5 cm,평균3.4cm.기중13례환자인발생병이성골절이행수술치료.결과 21례환자균획득수방,수방시간21개월지7년,평균3년4개월.24개고골공30처절골면중,28처우술후3~6개월골성유합,2례쌍단원단절골면각유1처재술후12개월시잉불유합,경재차식골3개월후골성유합.21례내번기형고골력선균완전교정,술후경간각교정위95°~135°,평균118°;고골내번각완전규정.고골장도교술전연장1.8~3.6 cm,평균2.8cm.술후무일례환자발생감염、기형진전급재골절.17례환자동통시각모의평분(visual analogue scales,VAS)유술전7~10분강지술후0분,4례VAS평분유술전8~10분강지술후3~4분.Harris관관절공능평분우12례,량6례,가3례.결론 외번절골가유효교정내번기형,고골중건정가은정고골,대량타압식식골가유효회복골량.
Objective To evaluate and analyse the effectiveness of surgical treatment for fibrous dysplasia in proximal femur with severe varus deformity.Methods A retrospective study was performed in 21 patients (24 femora)of fibrous dysplasia who were treated in our hospital between August 2000 and May 2009.All patients had severe femoral varus deformity.The four-step procedures were performed orderlv as valgus osteotomy,lesion curettage,impacting of massive bone allograft,and fixation by femoral intramedullary nail.There were 6 patients with monostotic disease,15 with polyostotic diseases,including 12 males and 9 females with a mean age of 22.7 years(range,14-39 years).The average neck-shaft angle and femoral varus angle was 75°(range 55°-105°)and 30°(range,18°-45°),respectively.The average length of thigh shortened 3.4 cm(range,2.0-4.5 cm)compared with the contralateral thigh.Results All of the 21 patients were followed up from 21 months to 7 years with an average period of 3 years and 4 months.There were 30 osteotomy sites in 24 femurs,28 osteotomy sites showed bone union after 3-6 months from surgery.Two distal location of the double-level osteotomy showed nonunion,which received bone grafting again and got bone union after 3 months finally.The femoral mechanical alignments of the 21 patients had been recriticd.The average neck-shaft angle was 118°(range,95°-135°)postoperatively,the femoral varus angle disappeared.The average extremity lengthening was 2.8 cm(range,1.8-3.6 cm)postoperatively.There were no infection,recurrent fracture and progression of deformity.The visual analogue scales(VAS)score of 17 patients decreased to zero postoperatively from 7-10 preoperatively,and that of the other 4 patients decreased to 3-4 postoperatively from 8-10 preoperatively.The result of Harris hip functional score was excellent in 12 cases,good in 6,and fair in 3.Conclusion The valgus osteotomy can rectify varus deformity effectively.The reconstract nail of the fumer can support the stability of femur.Impacting of massive bone allograft can improve the capacity of the femur.