髁環 的英文怎麼說

中文拼音 [huán]
髁環 英文
condylar ring
  • : 名詞[生理學] (骨頭上的突起部分) condyle
  • : Ⅰ名詞1 (環子) ring; hoop 2 (環節) link 3 (姓氏) a surname Ⅱ動詞(圍繞) surround; encircle;...
  1. Our study showed the following : mastoid process, transverse process of the atlas, and occipital condyle were important signs, superior and inferior suboccipital triangle is the important mark for distinguishing vertebral artery

    研究顯示:乳突、椎橫突和枕是術中重要的解剖學標志,上、下枕下三角是暴露椎動脈入顱前的一個重要解剖學標志。
  2. Measurements for the following anatomical structures were obtained with the aid of a microscope, the distance between mastoid process and transverse process of the atlas, occipital condyle, and superior lateral loop ; the distances between the midline and the v3 at three levels : 1 ) the distal ( dural ) ring ; 2 ) the intersection with the anterior ramus of the c - 2 ; and 3 ) the upper level of the transverse foramen of the atlas ; the diameter of v3h at the origin of the muscular artery and at the sites of penetrating the dural ring ; the width of the v3 at the intersection with the anterior ramus of the c - 2 and at the sites of penetrating the transverse foramen of the atlas

    V _ 3h和v _ 3v各有兩個分支: v _ 3h分出肌動脈支和腦膜后動脈支; v _ 3v分出肌動脈支和根肌動脈支,第一、二脊神經發出的前後支分別與它們又毗鄰關系。通過手術顯微鏡測量下述解剖結構:乳突尖與椎橫突尖、枕外側緣、 v _ 3上外側袢的距離;椎動脈v _ 3段在穿硬膜、與第二頸神經前支交叉、椎橫突孔上緣三處與中線的距離; v _ 3h在發出肌支處和穿硬膜天渾醫科大學碩士研究主學位論文處的直徑; v3v在與第二頸神經前支交叉處和穿椎橫突孔處的直徑。
  3. The method was making bone lacuna artificially in rabbits " condyles, and implanting home - made porous p - tcp. then a serial of rabbits were killed every month and condyles, including material, were taken out. by force of the histological analysis measures such as he, tbs and tdl, an in - depth study went along with p - tcp, the new - born and the interface between the materials and the new - born in the implanted region, we may attempt to ascertain the osteogenetic process of new bone when porous p - tcp bioceramics repairing bone defects

    實驗方法是,人為造成兔股骨部骨缺損,將自製的多孔- tcp生物陶瓷植入,然後逐月取實驗兔處死、取材,利用he染色、甲苯胺藍染色、四素雙標記法等組織學分析手段,對材料植入區的- tcp 、新骨及材料與新骨的界面進行研究,探討多孔- tcp生物陶瓷修復骨缺損時,新生骨的形成過程。
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