膝關節變形 的英文怎麼說
中文拼音 [xīguānjiébiànxíng]
膝關節變形
英文
deformity of knee-joint-
For the treatments of joint paining, numbness, acid sinking, swelling transformation, dyskinesia caused by osseous hyperplasia of the position as cervical spondylosis, lumbar spondylosis, calcaneum, knee joint, etc
用於頸椎、腰椎、跟骨、膝關節等部位骨質增生引起的關節疼痛、麻木、酸沉、腫大變形、運動障礙的治療。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
計算得到髕骨形位參數變化前後與伸膝機構相關的動力學參數,包括股四頭肌力、髕韌帶力及髕股關節接觸壓力的變化。In order to study the influence of some changes in patellar position and configuration on knee extensor mechanism in sagittal plane after total knee arthroplasty, a two - dimensional model of knee joint in sagittal plane based on crossed - four - bar linkage tibiofemoral joint model is developed, which includes patellofemoral joint model in addition
摘要為研究全膝關節置換術后髕骨部分形位參數的變化對伸膝機構性能的影響,建立了以交叉四連桿股脛關節模型為基礎的、包含髕股關節模型的矢狀面膝關節模型。Based on years of research and experience, we have extracted the best to organize a set of novel approach. this refined approach can be adopted according to various regions of deformation and various severities. this novel rectification, without operation, takes only 30 minutes ( for one joint ) and the deformed region can be straightened immediately
? ?因此本院經以多年來的鉆研及臨床經驗,去蕪存菁,研究組合一套突破傳統的技術,采精捷新法,可依患者不同畸型腳部位,按其輕重程度予以採用,這種新醫術矯正,膝部免開刀, (一個關節)約30分鐘矯正,腿部變形部位立即挺直。This autoimmune disease leads to synovial proliferation and joint destruction, typically in a symmetrical pattern involving small joints of hands and feet, followed by wrists, ankles, elbows, and knees
這種自身免疫病導致滑膜增生與關節破壞,典型病變為對稱性畸形,出現于手與足的小關節,其次是腕關節、踝關節、肘關節、膝關節。Due to the deformation and forward bending of knee joints, walking on tiptoes, which is painful and lacking strength
治療前因膝蓋關節變形向前彎曲,行腳尖、走路痛苦乏力。Imagine a prosthetic knee system so smart that it automatically adapts to an individual ' s walking style and environment, learning continuously and optimizing control over time
是世界上第一種利用人工智慧的力量的微處理器控制擺動和支撐的膝關節系統。因為有能力獨立思考,它可以學習使用者如何行走,識別速度,承重和地形的變化並立即作出反應。分享友人