中华医学杂志
中華醫學雜誌
중화의학잡지
National Medical Journal of China
2010年
3期
182-186
,共5页
孙然%陈百成%张晓阳%王飞%邵德成%王晓峰%陈竞清
孫然%陳百成%張曉暘%王飛%邵德成%王曉峰%陳競清
손연%진백성%장효양%왕비%소덕성%왕효봉%진경청
骨膜%前交叉韧带%(膕)绳肌腱
骨膜%前交扠韌帶%(膕)繩肌腱
골막%전교차인대%(괵)승기건
Periosteum%Anterior cruciate ligament%Hamstring tendons
目的 观察采用自体骨膜包裹(膕)绳肌腱移植物重建前交叉韧带的临床疗效.方法 110例(110膝)前交叉韧带损伤的患者分为2组:实验组采用自体骨膜包裹(膕)绳肌腱重建前叉韧带(52膝),对照组采用单纯(膕)绳肌腱重建前交叉韧带(58膝).术后1年采用IKDC评分、Tegner评分和HSS评分评价临床效果;采用KT-1000,Lachman试验和轴移试验评估关节稳定性;采用膝关节MR测量骨隧道宽度.统计学处理采用t检验和χ~2检验.结果 实验组HSS评分与对照组比较差异无统计学意义(t=0.714,P>0.05);KT-1000测量实验组胫骨前移值小于对照组(t=6.427,P<0.05);术后1年MR观察实验组股骨隧道扩大率小于对照组(χ~2=4.17,P<0.05),实验组胫骨隧道扩大率小于对照组(χ~2=3.90,P<0.05).结论 自体骨膜包裹(膕)绳肌腱移植物重建前交叉韧带的方法短期临床效果确定,并能够增强重建韧带的稳定性,降低骨隧道扩大的发生率.
目的 觀察採用自體骨膜包裹(膕)繩肌腱移植物重建前交扠韌帶的臨床療效.方法 110例(110膝)前交扠韌帶損傷的患者分為2組:實驗組採用自體骨膜包裹(膕)繩肌腱重建前扠韌帶(52膝),對照組採用單純(膕)繩肌腱重建前交扠韌帶(58膝).術後1年採用IKDC評分、Tegner評分和HSS評分評價臨床效果;採用KT-1000,Lachman試驗和軸移試驗評估關節穩定性;採用膝關節MR測量骨隧道寬度.統計學處理採用t檢驗和χ~2檢驗.結果 實驗組HSS評分與對照組比較差異無統計學意義(t=0.714,P>0.05);KT-1000測量實驗組脛骨前移值小于對照組(t=6.427,P<0.05);術後1年MR觀察實驗組股骨隧道擴大率小于對照組(χ~2=4.17,P<0.05),實驗組脛骨隧道擴大率小于對照組(χ~2=3.90,P<0.05).結論 自體骨膜包裹(膕)繩肌腱移植物重建前交扠韌帶的方法短期臨床效果確定,併能夠增彊重建韌帶的穩定性,降低骨隧道擴大的髮生率.
목적 관찰채용자체골막포과(괵)승기건이식물중건전교차인대적림상료효.방법 110례(110슬)전교차인대손상적환자분위2조:실험조채용자체골막포과(괵)승기건중건전차인대(52슬),대조조채용단순(괵)승기건중건전교차인대(58슬).술후1년채용IKDC평분、Tegner평분화HSS평분평개림상효과;채용KT-1000,Lachman시험화축이시험평고관절은정성;채용슬관절MR측량골수도관도.통계학처리채용t검험화χ~2검험.결과 실험조HSS평분여대조조비교차이무통계학의의(t=0.714,P>0.05);KT-1000측량실험조경골전이치소우대조조(t=6.427,P<0.05);술후1년MR관찰실험조고골수도확대솔소우대조조(χ~2=4.17,P<0.05),실험조경골수도확대솔소우대조조(χ~2=3.90,P<0.05).결론 자체골막포과(괵)승기건이식물중건전교차인대적방법단기림상효과학정,병능구증강중건인대적은정성,강저골수도확대적발생솔.
Objective To develop a surgical technique using a periosteal flap wrapped autologous hamstring tendons in ACL reconstruction and to examine its short-term outcome. Methods A total of 110 patients (110 knees) were included. The experimental group (n =52) received ACL reconstruction with hamstring tendons wrapped in periosteum. In the other 58 patients, ACL was reconstructed with autologous hamstring tendons. The mean post-operative follow-up was 19 (12-25) months. All patients were assessed at 12 months post-operation. The parameters of efficacy evaluation included IKDC score, Tegner score, modified HSS score, KT-1000 arthrometer reading and a radiographic assessment using anteroposterior and lateral radiographs. The incidence of femoral and tibial bone tunnel enlargement between two groups was compared with χ~2 test Results Clinical outcomes in experimental group (periosteum-wrapped grafts) were dependent on the wrap-up of periosteum, bone tunnel, graft fixation and postoperative rehabilitation. The good or excellent outcomes were reported in approximately 90% of the experimental group. And 44 patients showed normal or nearly normal knee function according to IKDC criteria KT-1000 tests showed an average maximal manual side-to-side difference of 1. 7±1. 1 mm. Forty patients showed the outcomes of KT-1000, Lachman's knee ligament test and pivot-shift testing. The evaluation of the level of activity using the Tegner score revealed that 40 patients regained their pre-injury activity level. And 44 patients showed full knee extension and 42 patients showed full knee flexion after surgery. The average HSS score showed no significant difference between experimental group (90. 6±0. 57 points) and control group (89. 9±0. 8 points) (t=0.714, P>0.05). The KT-1000 measurement (133 N) was larger in control group (2. 3±1. 0 mm) than in experimental group (1.7±1. 1 mm). There was significant difference in laxity between two groups (t =6.427, P <0. 05). At 12 months post-operation, tunnel enlargement could be observed in both groups. The average enlargement of femoral tunnel was less in experimental group (17. 3%) than control group (34. 5%) (χ~2 = 4. 17, P < 0. 05). And the enlargement of tibial tunnel was less in experimental group (19.2%) than control group (36.2%) (χ~2 =3. 90, P < 0. 05). Conclusions The surgical technique using a periosteal flap wrapped with autologous hamstring tendons in ACL reconstruction has definite clinical efficacies. It can enhance the stability of knee and prevent the enlargement of bone tunnel.