副韧带

栀乳散配合按摩治疗膝关节侧副韧带损伤

Treating Kneejoint Side Accessory Ligament Trauma with Zhiru Powder and Massage

双侧对称性内侧副韧带自发性出血

Spontaneous hemorrhage of bilateral symmetrical medial accessory ligament

膝关节侧副韧带及其损伤的MRI研究

The knee joint collateral ligaments : normal and pathologic MR imaging appearances

肘关节副韧带的MRI检查方法及影像特点

Study on MRI examining method and the MRI characteristics of the elbow collateral ligament

膝关节内侧副韧带薄层断面与MRI解剖及其诊断价值

The Study of Thin Slice and MRI of Medial Collateral Ligament and its Value in Injuries

MRI对膝关节内侧副韧带损伤的诊断价值

The Value of MR Imaging in Diagnosis of the Medial Collateral Ligaments Injury of Knee Joint

方法对经手术或临床证实的32例共36条损伤的侧副韧带与56例正常膝关节进行回顾性MRI对比观察。

Methods The MR findings of 56 normal and 36 surgically confirmed injured collateral ligaments were retrospectively reviewed and compared .

手术方法按解剖对合内侧副韧带采用直接缝合法或U形钉内固定。

The torn medial collateral ligaments were anatomically corrected by their ends with direct suture or staple internal fixation .

在这种情况下，内侧副韧带是内存时钟信号，而MDA是内存数据信号。

In this case , MCL is the memory clock signal , while MDA is the memory data signal .

改良Evans手术重建踝关节外侧副韧带

Reconstruction of the lateral ligament of ankle joint with Evans procedure

CT诊断侧副韧带损伤27例，X线应力像诊断19例。

Twenty-seven cases of collateral ligaments injury of knee joint were diagnosed by CT , but X-ray stress imagings suggested only 19 cases associated with the injury .

中药外敷加改良U形石膏治疗踝关节外侧副韧带损伤并第5跖骨基底部骨折

Treatment of ankle lateral collateral ligament injury and fractures of the bottom of the fifth metatarsal with herbal compress and the reform of the U-shaped gypsum

同时还可充分利用跟腱的长度重建受损的内侧副韧带（Medialcollateralligament，MCL）。

At the same time , injuried medial collateral ligament ( MCL ) was reconstructed by using the achilles tendon .

方法：对42例陈旧性踝关节外侧副韧带损伤的病人行改良Evans手术。

Methods : 42 ankles with old injuries of the lateral ligament underwent ligament reconstruction using modified Evans .

后交叉韧带、外侧副韧带或仅有I或II度MCL损伤的患者均予以排除。

Patients with posterior cruciate ligament , lateral collateral ligament , or only grade-I or II MCL injury were excluded .

目的探讨PCL断裂对外侧副韧带生物力学特性的影响。

Objective To investigate the effect of the PCL rupture on the biomechanics of the biomechanics of lateral collateral ligament .

另有3例X线检查无阳性发现，MSCT确诊为胫骨髁间脊隐匿性骨折，其中伴有髌韧带断裂和内侧副韧带部分断裂各1例。

Occult fractures in 3 cases accompanied by patellar ligament rupture or medial collateral ligament rupture were demonstrated by MSCT , but missed on X-ray films .

关节镜下LARS人工韧带重建前后交叉韧带及有限切开增强内侧副韧带

Under Arthroscope Around LARS Artificial Ligament Reconstruction Overlapping Ligament And Limited Incision Enhancement Inside Ligamentum Accessorium

利用生物材料试验机（MTS）测量依序切断肘关节尺侧副韧带时其外翻旋转角度的变化。

To measure the valgus rotatory instability of the elbow in serial sectioning the ulnar collateral ligament complex with material test system ( MIS ) .

目的测量胫骨平台至腓骨小头高度之间的差距，以免人工膝关节术（TKA）中伤及外侧副韧带。

Objective Tibial plateau to fibular head distance was measured to protect lateral collateral ligament in total knee arthroplasty .

膝关节侧副韧带损伤MRI影像诊断的比较研究CT诊断侧副韧带损伤27例，X线应力像诊断19例。

The compare disquisition of the collateral ligaments : normal and pathologic appearances on MRI Twenty-seven cases of collateral ligaments injury of knee joint were diagnosed by CT , but X-ray stress imagings suggested only 19 cases associated with the injury .

目的探索应用同种异体跟腱在重建前十字韧带（ACL）的同时，重建受损的内侧副韧带（MCL）的新方法，避免由自体取材造成的再损伤及由此引起的并发症。

Objective To find a new method of reconstruction of anterior crucial ligament ( ACL ) and medial collateral ligament ( MCL ) by using allogenic achilles tendon .

目的评价肘关节桡骨头（radialhead，RH）切除、尺侧副韧带（Medialcollateralligament，MCL）损伤以及RH假体置换、MCL重建后的外翻稳定性。

Objective To evaluate of the valgus stability of the elbow after excision of the radial head , release of the medial collateral ligament ( MCL ), radial head replacement , and medial collateral ligament reconstruction .

超声的优势之一在于能够同时显示关节的不稳固性，这与对尺侧副韧带（UCL）的评价是同等重要的。

An advantage of sonography is that it can also demonstrate associated joint instability , an important part of the evaluation of the UCL .

材料和方法取雄性S-D大鼠作为实验动物，切断膝关节的内侧副韧带和部分切除内侧半月板制作创伤性关节炎模型。

Materials and Methods The animal models of osteoarthritis were male S-D rats which transection of the medial collateral ligament plus partial medial meniscectomy .

方法培养成年新西兰白兔内侧副韧带和前十字韧带细胞，在培养液中分别加入HA、bFGF或两者的复合物，以MTT方法测定细胞的增殖行为。

Methods The MCL cells and ACL cells of mature New Zealand white rabbit were cultured , while HA , bFGF or HA and bFGF were added to the cell culture media , the cellular proliferation was assayed by MTT method .

方法：20只SD大鼠，行内侧副韧带切断和内侧半月板部分切除术，分别在术后第1、2、3、4和5周各处死4只大鼠并取材；

Methods Transection of the medial collateral ligament and partial medial meniscectomy of knee were performed in 20 SD rats . The specimens were collected on week 1 , week 2 , week 3 , week 4 , and week 5 after operation .

实验：以健康SD大鼠，雌性，鼠龄3月，体重200-250g，切断右侧膝关节内侧副韧带，交叉韧带及摘除半月板，造成关节不稳；

ExperimentMaterials : Healthy SD rats , female , 3 months old , weight 200 ~ 300g . Method : They were severed of their right leg medial ligament ;

结果A组，术前跖趾关节屈曲角度为37.30±5.42°，切断双侧侧副韧带后屈曲角度增加11.29±2.36°，达48.60±2.98°，与切断前比较差异有统计学意义（P0.01）；

Results The angle of flexion of the MP joint before operation in group A is 37.30 ± 5.42 °, it increased 11.29 ± 2.36 ° and to 48.60 ± 2.98 ° when the bilateral collateral ligaments were cut , and there was significant difference .

改良Kromer氏法治疗腓侧副韧带体部严重撕裂伤

Treatment of Severe Splited Injury in the Body of Fibular Collaterale lig . by the Reforming Kromer 's Technique