牛骨

niú ɡǔ
  • Bovine bone;ox bone
牛骨牛骨
  1. 我绝对肯定这是牛骨做的。

    I 'm absolutely sure it 's ox bone .

  2. 主要涉及木类、陶类、布类、牛骨类、皮革类、金属类、树脂类、亚克力类、天然宝石类等多种材料。

    Mainly work in the field as Wood , Ceramic , Fabric , Ox bone , Leather , Metal , Resin , Acryl , Natural Stone , and all kind of quality material .

  3. 牛骨多肽能提高Ⅰ型胶原mRNA表达。

    The polypeptides can enhance the expression of mRNA of collagen ⅰ of osteoblasts .

  4. 本研究采用HACCP管理体系对牛骨精生产过程中的原料、环境、加工工艺进行一系列的评估;

    It was utilized to carry out a series of assessment of raw materials , environment and processing technique .

  5. 目的:分析和评价以无机牛骨(deproteinizednaturalbovinemineral,Bio-oss)作为载体材料复合骨形成蛋白(BoneMorphogenicProtein,BMP)修复牙种植体周围骨缺损的效果。

    Objectives : Evaluate the effect of regeneration of bone defect around dental implant by Bio-oss combined with Bone morphogenic protein .

  6. PEF下牛骨钙离子化及胶原多肽提取优化综合开发研究

    Study on Calcium Ionization and Collagen Polypeptide Extraction Optimization from Bovine Bone by PEF

  7. 牛骨多肽能促进成骨细胞增殖、ALP活性和Ⅰ型胶原mRNA的表达。

    The experimentation results show that the polypeptides can enhancement proliferation , the ALP activity , and the mRNA of expression of ⅰ collagen of osteoblasts .

  8. 本文选用超高分子聚乙烯(UHMWPE)和牛骨粉(BHA)为原料,采用烧结压制工艺制备出UHMWPE/BHA复合人工关节材料。

    In this paper , the UHMWPE / BHA artifical joint composite was prepared by hot pressed method using the raw materials of UHMWPE and BHA powder .

  9. 方法用不同浓度的mCSF和活化核因子κB的受体配体(RANKL)与鼠骨髓细胞培养,在加入或不加入牛骨片的情况下诱导产生破骨细胞。

    Methods The bone marrow cells of mice were treated with different concentration of M 、 CSF and RANKL in vitro . The mice stromal cells were cultured and osteoclast was supported with or without bone slice .

  10. Bio-Oss源于牛骨,所有的有机物质已经从中提出,在化学结构和微型结构上与自体骨的微孔结构非常相似。

    Bio-Oss is bovine bone from which all the organic material has been extracted , yielding a micro-porous structure very similar to autogenous bone in its chemical composition and microstructure .

  11. Osteograf-N同样源于牛骨,但是具有的是一种晶体结构而非微孔结构。

    Osteograf-N is also a bovine bone , but with a crystalline structure rather than a microporous structure .

  12. 牛骨移植及牙种植体植入的实验研究

    Experimental study of cattle bone grafting in combination with implant insertion

  13. 不同条件煅烧牛骨物理性能差异分析

    Analysis of physical property for bovine bone of various calcined conditions

  14. 骨缺损修复材料煅烧牛骨粉的理化特性

    Physicochemical characteristics of calcinated bone ceramics used for bone defects repair

  15. 该材料与在一个无机的微孔牛骨相结合。

    The material is combined with an anorganic microporous bovine bone .

  16. 基因重组人骨形成蛋白-2和牛骨形成蛋白异位诱导成骨的比较

    Bone formation induced by purified BMP and by recombinant human BMP-2

  17. 牛骨骨针在手部骨折中的应用

    Clinical application of bovine cortex bone nails in hand fracture

  18. 牛骨形态发生蛋白异位诱导小鼠成骨的超微结构观察

    Ultrastructural observation of heterotopic bone formation induced by bovine bone morphogenetic protein

  19. 牛骨蛋白与多糖的逐级提取及分离方法研究

    Extraction and purification of protein and proteoglycan from bovine bone

  20. 高电压脉冲电场作用下牛骨钙快速离子化的研究

    Fast Extracting Ionic Calcium from Beef Bones by High Intensity Pulsed Electric Fields

  21. 牛骨酶解工艺条件及风味特征的研究

    Research of the enzymatic hydrolysis processes on bovine bone and characteristics of flavor

  22. 牛骨形成蛋白-多孔人造骨复合物的临床应用

    The clinical application of the bovine bone morphogenetic protein and biomaterial bone complex

  23. 高压脉冲电场水解牛骨胶原蛋白及蛋白复合钙的研究

    Research on Hydrolysis of Bone Collagen by Pulsed Electric Field Technology and Bone Protein-Calcium

  24. 牛骨也是骨铲、骨笄等骨器制作的主要原料之一。

    Cattle bones are also one of the main raw materials of bone artifacts .

  25. 牛骨胶原基质的制备和性能研究

    Preparation and Characterization of Bovine Bone Collagen Matrix

  26. 以牛骨蛋白质水解液为原料制备肉味香精的工艺研究

    Study on processing technology of meat flavoring made of livestock bone protein hydrolysis liquid

  27. 他们利用牛骨做扣子,把骨架打磨成粉用作肥料或是制作瓷器

    They make buttons from bones and grind down skeletons for fertilizer and porcelain .

  28. 雷哥则依旧被锁链拴住,正啃噬着牛骨的烧焦残余。

    Rhaegal , still chained , was gnawing on the carcass of a bull .

  29. 结果:建立和优化了牛骨多肽的制备方法;

    The preparation of low molecular mass polypeptides from bovine bone is established and optimized .

  30. 目的:评价以牛骨作为义眼座在兔眼眶内植入的生物相容性。

    AIM : To assess the biocompatibility of bovine bone as orbital implants in rabbits .