度内踝的横行骨折或三角韧带断裂。
Stage I. Transverse fracture of medial malleolus or rupture of deltoid ligament.
降支下行与内踝前动脉吻合。
The decending branch was anastomosed with the anterior medial malleolar artery.
三阴交：内踝尖直上3寸，胫骨后缘处。
Sanyinjiao: 3-inch straight tip of medial malleolus, posterior tibial Department.
目的：探讨内踝上皮支皮瓣的临床应用价值。
Objective: To investigate the clinical application of the flap pedicled with upper vessel of medial malleolus.
剥离、牵开骨膜，显露内踝，但保留三角韧带。
Expose the medial malleolus by reflecting the periosteum but preserve the deltoid ligament.
骨折复位固定顺序为后踝、内踝、外踝和下胫腓联合。
The sequence of reduction and fixation of ankle fractures was firstly posterior malleolus, then medial malleolus and lateral malleolus, and inferior tibiofibular syndesmosis lastly.
v支分布范围在胫骨前缘和半膜肌肌腱止点与内踝后缘连线之间。
Support distribution of V at the front and semi-tibial tendon muscle membrane only after the fate with the connection between the medial malleolus.
目的：为内踝前血管胫骨远端内侧骨膜瓣移位术提供解剖学依据。
Objective: to provide anatomic basis for transposition of the periosteal flap pedicled with the medial anterior malleolus vessel on the distal base of the medial tibia.
方法：选择下肢内踝大隐静脉和上肢腕部头静脉，使用静脉留置针。
Method : We accept indwelling needle at vena saphena magna near medial malleolus and cephanus vena at wrist.
尤其是距骨的外侧和前方的损伤以及内踝的损伤常伴有不佳的临床疗效。
Specifically, lesions on the anterior and lateral aspects of the talus and on the medial malleolus correlate with an unfavorable clinical outcome.
对于内踝和后踝骨折的进一步评估可确定损伤的完整分期以及韧带断裂的位置。
Subsequent assessment for medial malleolar fracture and then posterior malleolar fracture defines the stage of completeness of the injury and localizes the sites of ligamentous disruption.
目的探讨胫后动脉内踝上穿支筋膜蒂皮瓣在足踝部软组织缺损修复中的应用价值。
Objective To study the clinical application of medial supramalleolar perforator-based flap of posterior tibial artery in repairing foot and ankle soft tissue coloboma.
可采用固定内踝及后踝骨折、修复内侧三角韧带及固定下胫腓联合的方法进行治疗。
Surgical treatments include ORIF of the medial malleolus or repair of the medial deltoid ligament and percutaneous screw fixation of the disrupted distal tibiofibular syndesmosis.
结论：经内踝截骨入路空心加压螺纹钉固定是治疗复杂距骨颈骨折的有效方法之一。
Objective: To explore clinical effect of treatment of fractures of the talar neck with hollow compression screw via inner malleolus tomy approach.
然后将距骨及内膘踝向外侧半脱位，显露关节面。
Then subluxate the talus and malleolus laterally to reach the joint surfaces.
无神经病变或血管病变的不稳定踝部骨折的糖尿病患者最好接受标准的切开复位内固定治疗。
Unstable ankle fractures in diabetic patients without neuropathy or vasculopathy are best treated with open reduction and internal fixation with use of standard techniques.
结论前抽屉试验侧位片及内翻应力正位片对于慢性外踝不稳诊断具有重要意义。
Conclusion Both basic roentgenographic measurements have significant meanings to the diagnosis of chronic ankle instability.
患者套上颈围后就急行左踝脱位骨折的清创缝合术临时内固定术。
The patient was placed in a cervical collar and underwent emergent surgery for the purpose of irrigation debridement and provisional fixation of the ankle fracture-dislocation.
方法用带跗内动脉的足背动脉岛状皮瓣修复足踝部组织缺损。
Methods: the dorsalis pedis artery island flap containing of the medial tarsal artery was designed for repairing defect of foot and ankle.
目的总结微创经皮内固定治疗复杂踝部骨折的手术方法和临床疗效。
Objective To explore the surgical method and its clinical effects of minimally invasive osteosynthesis for treatment of complex ankle fractures retrospectively.
研究还发现非诺贝特组踝以下截肢风险降低47%，所截肢内无大血管病变。
The study also found that people in the fenofibrate group had a 47 percent lower risk of amputations below the ankle and without large-vessel disease in the amputated limb.
加力侧TMJ内最大压应力部位在踝突软骨的外后区，最大拉应力部位在踝突软骨的外前区；
The maximal compressive stress distributed at the posterior-lateral condylar cartilage and the maximal tensile stress distributed at the anterior- lateral condylar cartilage of the TMJ loading.
加力侧TMJ内最大压应力部位在踝突软骨的外后区，最大拉应力部位在踝突软骨的外前区；
The maximal compressive stress distributed at the posterior-lateral condylar cartilage and the maximal tensile stress distributed at the anterior- lateral condylar cartilage of the TMJ loading.
应用推荐