| 1. | Arthroscopic reconstruction of posterior cruciate ligament using middle one third of patellar tendon graft
3髌韧带重建后交叉韧带 |
| 2. | Reconstruction of anterior cruciate ligament using autogenous midthird patellar tendon
3髌韧带重建前十字韧带术后膝关节内并发症的探讨 |
| 3. | Patelar tendon transplantation with bone flap in the treatment of old injury of medial collateral ligament of knee joint
带骨瓣髌韧带移植修复膝内侧副韧带陈旧性损伤 |
| 4. | Reconstruction of anterior cruciate ligament under arthroscopy using patellar ligament and hamstring ligament in 65 cases
股薄肌和髌韧带在关节镜下重建前交叉韧带65例 |
| 5. | The result indicates that the patellar tendon , lateral femoral condyle , tibia crest , tibia end , fibular head and fibular end are primarily stressed
结果表明，残肢的受力主要分布在髌韧带、胫骨内突、胫骨前脊、胫骨远端、腓骨头及腓骨远端。 |
| 6. | In this study , the rabbit knee was immobilized in extenison for 6 weeks , then the mechaincal properteis of pt were investigated
我们将兔膝关节伸直位制动6周，然后对制动前后髌韧带的本构方程、极限强度、弹性模量、极限载荷等力学特性进行研究。 |
| 7. | The summation of forces on extensor mechanism should be zero according to equilibrium rules of forces before and after total knee arthroplasty based on constant extensor moment
计算得到髌骨形位参数变化前后与伸膝机构相关的动力学参数，包括股四头肌力、髌韧带力及髌股关节接触压力的变化。 |
| 8. | On the basis of the findings listed above , it is believed that pt would remodel and change its mechanical properties in response to the changes of mechanical stress exerted on it when the knee is immobilized
上述结果表明膝关节制动使得髌韧带所受应力下降，为适应这种改变，组织将进行重塑，从而导致其力学特性的改变。 |
| 9. | Wider access to the joint may be attained in the following ways : ( 1 ) by extending the incision proximally , ( 2 ) by extending the proximal part of the incision obliquely medially and separating the fibers of the vastus medialis , ( 3 ) by dividing the medial alar fold and adjacent fat pad longitudinally , and ( 4 ) by mobilizing the medial part of the insertion of the patellar tendon subperiosteally
还可以通过下述方法扩大手术显露：将切口向近端延长；将切口近端部分斜向内侧延长并分开股内侧肌纤维；纵向劈开内侧翼状襞及邻近的脂肪垫；骨膜下松解髌韧带止点的内侧部分。 |
| 10. | The results showed that the stress - strain realtionship of pt could be expressed with exponential functions , and there were significant differeces between the normal group and the immobilized group in their theoretical curves of stress - strain relationship and two material constants of pt . also , significant differences were found in tensile strength and tangent modulus between the two groups , but the maximum load of pt in the immobilized group did not decrease significantly
结果显示：正常组与制动组间髌韧带的应力-应变关系理论曲线有明显不同，其材料常数亦有显著差异；制动组髌韧带的极限强度和弹性模量较正常组均有明显下降，其极限载荷下降不明显。 |
