hip joint 中文意思是什麼

hip joint 解釋
【解剖學】髖關節。

  • hip : n 1 臀部。2 【解剖學】髖,髖部。3 【動物;動物學】(昆蟲的)基節。4 【建築】屋脊。5 〈 pl 〉〈美...
  • joint : n 1 接合,榫接合處,接合點。2 【解剖學】關節。3 【植物;植物學】節。4 【電學】接頭。5 【建築】接...
  1. Treatment of posterior dislocation of hip joint combined with posterior wall fractures of acetabulum with internal fixtion of absorbable screws and kirschner wire

    可吸收螺釘加克氏針內固定治療髖關節后脫位伴髖臼後壁骨折
  2. To meet the processing requirements before sintering, the pressed briquet was pre - calcined at 1150 to make it possess adequate processing strength at first and then was shaped through precise turning on the numerical control lathe according to the design diagram of the femoral head prostheses of partial hip joint

    為滿足燒結前坯體加工的要求,壓制后的坯體在1150預燒,使其具備一定的加工強度,然後按照半髖關節股骨頭假體的形狀尺寸設計圖在數控車床上進行精密車削成型。
  3. Rehabilitation guidance after total hip joint replacement

    全髖關節置換術后康復指導
  4. Value of 3d images in helical ct in hip joint

    髓關節骨折三維成像技術的應用
  5. Treatments of dislocation after total hip joint replacement

    全髖關節置換術后脫位的治療
  6. Orthopaedic joint prostheses - guide to hip joint simulators

    矯形外科關節假體.髖關節假體指南
  7. Effect and indication of hip joint replacement in old - aged patient

    高齡患者全髖置換術的安全性及療效
  8. Nursing care for fracture of hip joint in the elderly : experiences from 233 cases

    老年髖部骨折233例護理體會
  9. Arthroscopy for the diagnosis and treatment of the hip joint disease in children

    關節鏡在兒童髖關節疾患中的應用
  10. The analgesic effect of diclofenac sodium suppository following hip joint surgery

    雙氯芬酸鈉栓對髖關節術后疼痛的影響
  11. Manipulative treatment with fulcrum of healthy knee for posterior dislocation of hip joint

    以健肢為支點整復髖關節后脫位
  12. Diagnosis and treatment for synovial interposing of hip joint with arthroscope in children

    兒童髖關節滑膜嵌頓癥的關節鏡診斷與治療
  13. At last, the surface of the alumina femoral head was grade - polished with sic micropowder and diamond grinding cream, the join part was trimmed with specific instrument, which made the surface of the alumina femoral head reach the degree of approximating mirror finish and match the femoral stem well. the artificial partial hip joint prostheses was finally got by articulating the alumina femoral head with ti alloy femoral stem coated with bioactive coating

    最後,採用sic超細粉和金剛石研磨膏對氧化鋁陶瓷股骨頭表面進行分級拋光,用專用器械修整其聯接部位,得到表面具有近似鏡面光潔度並與股骨柄配合良好的氧化鋁陶瓷股骨頭,並與表面塗覆生物活性塗層的鈦合金股骨柄配伍,最終獲得人工半髖關節假體。
  14. Avoid overfeeding, since obesity can lead to a variety of medical problems, including musculoskeletal problems, and can aggravate hip dysplasia ( abnormal growth or development of the hip joint )

    避免過量的餵食。因為過于肥胖容易引發多種健康問題,包括骨骼肌肉問題,加快髖部發育異常等等。
  15. The methods of shorting of proximal femoral and total hip arthroplasty for old femoral neck fracture with severe hip joint dislocation

    股骨近端縮短及全髖置換術治療陳舊股骨頸骨折伴嚴重髖關節脫位
  16. But i don ' t know these postures are same good to change the hip joint stiffness

    但是我不知道這些戰士式體式還能對消除髖關節的僵硬有幫助。
  17. Implants for surgery - wear of total hip joint prostheses - loading and displacement parameters for wear - testing machines and corresponding environmental conditions for test

    外科植入物.全部髖關節假肢的磨損.磨損的負荷和位移參數.磨損試驗機和相應環境條件
  18. Implants for surgery - wear of total hip - joint prostheses - part 1 : loading and displacement parameters for wear - testing machines and corresponding environmental conditions for test

    外科植入物.全髖關節假體的磨損.第1部分:試驗用磨損試驗機和相應環境條件的負荷和位移參數
  19. Analysis on causes of re - dislocation following triad - osteotomy in the patients with developmental dislocation of hip joint

    發育性髖關節脫位三聯截骨術后再脫位原因分析
  20. Buffer the analysis of technology kneeling in the way, draw : while landing and buffering, support foot of leg land change, human body power to make accelerated motion stem from hip joint, swing leg, pelvis, wave arm, etc. muscle go cm at charging the constellation, produce the effort backward to the position of application of force moving in opposite directions, through supporting the sub ground of function, is it to horizontal strength of rear, make human body overcome competence apply the brake, make the motive force forward to make

    摘要通過途中跑著地緩沖技術的分析,得出:著地緩沖時,不管支撐腿的腳著地變化情況,人體作加速運動的動力來源於髖關節、擺動腿、骨盆、擺臂等肌肉進行收縮時,對相向運動的施力部位產生向後的作用力,通過支撐作用於地面,取得向後方的水平力,從而使人體克服水平制動,取得向前的動力。
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