超薄切片的英文

• ultrathin section
  ◇超薄切片法 ultrathin sectioning; 超薄切片机 ultramicrotome; microtome

• "超薄"英文翻译    ultrathin
• "切片"英文翻译    cut into slices section
• "超薄切片法" 英文翻译 :    ultra thin sectioning; ultramicrotomy; ultrathin sectioning
• "超薄切片机" 英文翻译 :    cutall microtome; ultramicrotome
• "超薄切片术" 英文翻译 :    ultracryotomy; ultrathin-sectioning method
• "冰冻超薄切片" 英文翻译 :    ultracryotomy
• "超薄切片样品" 英文翻译 :    ultra-violet and visible spectrophotometer; ultrathin section sample
• "冰冻超薄切片机" 英文翻译 :    cryoultramicrotome
• "冰冻超薄切片术" 英文翻译 :    cryoultradiography; ultra cryotomy
• "铲式超薄切片机" 英文翻译 :    sledge microtome
• "低温超薄切片机" 英文翻译 :    cryoultramicrotome
• "冷冻超薄切片机" 英文翻译 :    cryoultramicrotome
• "冷冻超薄切片术" 英文翻译 :    cryoultramicrotomy; cryovial; ultracryotomy
• "振动式超薄切片机" 英文翻译 :    oscillating blade microtome
• "低温超薄切片机，冰冻超薄切片" 英文翻译 :    cryoultramicrotome
• "薄切片" 英文翻译 :    slice; thin section
• "冰冻薄切片术" 英文翻译 :    ultra cryotomy
• "超薄冷冻切片" 英文翻译 :    ultracryotomy
• "薄切片电子显微镜法" 英文翻译 :    thin-section electron microscopy
• "薄切" 英文翻译 :    slice
• "超薄" 英文翻译 :    ultrathin◇超薄磁带 ultrathin magnetic tape; 超薄激光器 ultrathin laser
• "切片" 英文翻译 :    1.(切成片) cut into slices2.[医学] section 切片检查 cut sections (of organic tissues) for microscopic examination; 切片标本 section preparation; 切片刀 slicer; 切片法 [生物学] microtomy; 切片工 filleter; 切片机 filleting machine; slicer; [纺织] chipper; [医学] microtome
• "超薄的" 英文翻译 :    ultrathin
• "超薄膜" 英文翻译 :    super thin film; ultrathin membrane
• "超薄片" 英文翻译 :    ultrathin section

• Ultrathin section sample
  超薄切片样品
• Ultra thin section
  超薄切片
• The most advantage of this method lies in the embedding blocks that are hard enough to be cut into thin sections
  这种方法最大的优点在于聚合后的包埋块易于切成超薄切片，几乎不会有颤痕产生。
• With afm and tem , the inner ultrastructure of murine es cells could be observed . combined with the technique of ultra - thin sections , afm is capable of studying the inner structure of sample
  本实验结果表明， afm技术如与超薄切片技术相结合，可对样品的内部结构进行研究，而不仅仅是一种表面成像工具。
• The infected cells were passaged so that the virus could be isolated . cpe were observed from passage 2 to passage 9 postinfection . the cultured virus supernatants were harvested when cpe were observed in 3 / 4 infected cells
  接种后的胚肺细胞从第二代到第九代均出现细胞病变，当接毒细胞有3 4出现细胞病变时，收集培养的细胞，制作超薄切片进行电镜观察，发现了病毒样粒子。
• ( 4 ) we use sem to observe fractured morphology of composites , and tem to observe dispersion and particle size of nanoparticles or composited nanoparticles in matrix . we also investigate dispersion property of composited nanoparticles in polymer matrix with the help of microtone
  ( 4 )采用扫描电镜( sem )观察缺口冲击的断裂形貌，通过透射电镜( tem )观察纳米粒子和复合纳米粒子的分散情况和粒径的大小；通过超薄切片法研究复合粒子在聚合物基体中的分散性。
• The morphology of single cell and the ultrastructure of cell membrane were observed . by means of afm , the ultra - thin sections of murine es cells were investigated in order to make afm capable of gaining the information of the inner structure of cells . in addition , the morphological changes and damaging effect of trichosanthin ( tcs ) on red blood cell ( rbc ) membrane were observed by afm
  对原子力显微镜( atomicforcemicroscope ， afm )的成像技术进行了多方面探索；用afm研究胶原蛋白分子在云母表面的吸附和自组装行为；对小鼠胚胎干细胞和人血红细胞进行afm成像，观测单个细胞的形态以及细胞膜的微观结构；利用afm得到了小鼠胚胎干细胞超薄切片的高分辨率图像，探索用afm研究细胞内部结构，拓展其应用领域；天花粉蛋白( tcs )和红细胞的相互作用，利用afm观察到天花粉蛋白( tcs )和红细胞相互作用前后红细胞膜超微结构的变化，据此讨论了二者的作用机理。
• Influences on host plant cell pathology by tumv infection tumv particles were scattered in cytoplasm area of diseased cells separately or in bundles . the pinwheels , scrolls and laminated aggregates , which were the cross sections of cylindrical inclusion bodies , were observed under transmission electron microscope . meanwhile , pathological changes of diseased chloroplasts " morphology and structure took place
  Tumv侵染寄主的细胞病理学特征利用透射电镜观察接种寄主细胞的超薄切片，分离自杭州榨菜上的tumv分离物jc - 1在青菜和芥菜的细胞质中病毒粒子分散或成束分布；细胞质中存在不同形态的柱状内含体，分别为风轮体、卷筒体、片层聚集体；同时，叶绿体发生了形态和结构上的改变。
• Occurred through giant panda s alimentary canal . the cell wall became thinner , and the rupture and loss of primary and secondary wall was observed . therefore , it showed that giant panda has the ability to digest part of components of cell wall , such as pectin and semicellulose , etc . furthermore , it is possible that giant panda can digest a little cellulose . the morphological method used in this study is a new idea for nutrition research . the ability of utilization of cell wall of bamboo by giant panda is unique in carnivore . it is adaptation to its phytophage
  Sp .笋细胞壁的利用状况，利用石蜡切片半薄切片和超薄切片技术，通过光镜和透射电子显微镜观察，对比研究野生大熊猫食物和粪便中的松花竹笋细胞壁的形态。发现竹笋经过大熊猫的消化后，其细胞壁在形态上有明显的变化，薄壁细胞细胞壁变薄，厚壁细胞初生壁和次生壁都有部分消失缺损或扭曲。
• Thin sections of host leaf cells infected by bbwv - 2 isolate b935 , which were gold - labeled by antibodies of bbwv - 2 coat protein ( cp ) and vp37 , respectively , were prepared to elucidate the locations of vp37 in cell and possible function of vp37 and cp in cell to cell movement . observation in electron microscope showed that virus particles were presented not only in cytoplasma but also in chloroplast , while vp37 was existed only in cytoplasma and associated with tubular structure through the cell wall
  为研究vp37在寄主细胞中的作用机制及其在细胞中的分布，通过胶体金间接标记6his - vp37兔抗血清，同时还标记了病毒的外壳蛋白单克隆抗体，对bbwv - 2分离物b935感染的病叶超薄切片的电子显微镜观察发现：病毒粒子除了聚集在胞质中，还存在于寄主的叶绿体内； vp37蛋白能在细胞壁上形成管状结构，在胞质中亦有分布。

• 超薄切片的日语：ちょううすぎりへん
• 超薄切片とは意味ultrathin section [sectioning]