方法采用细胞内注射，电镜连续超薄切片技术。
Methods Combination of the intracellular injection and the serial ultrathin sections with a electron microscope techniques.
利用透射电镜超薄切片技术对病毒进行形态学鉴定。
Morphology of CCHF virus was identified by transmission electron m icrosco-py.
目的：探讨非生物标本的电镜样品制备及超薄切片技术。
Objective: to investigate the technology in preparation and ultramicrotomy of non-biological specimens for electron microscopy.
应用透射电镜和超薄切片技术，对长毛对虾和斑节对虾的杆状病毒病进行研究。
With transmission electron microscope and technique of ultrathin section, we studied the baculovirus diseases on Penaeus Penicillatus Alcock and Penaeus Monodon Fabricus.
方法：应用半薄切片和超薄切片技术行光镜及电镜观察大鼠直肠肛梳区的淋巴管结构。
METHODS: The lymphangial configuration was observed under a light microscope and a transmission electron microscope by using semi-thin sections and ultra-thin sections technique respectively.
进一步利用电镜制样技术和超薄切片技术在透射电子显微镜下观察两种处理的水稻根尖细胞中膜泡的分布和形态。
The subsection and shape of the membrane vesicles in the two managed rice roots cells were observed with the transmission electron microscope.
通过超薄切片和透射电子显微镜技术对鸭病毒性肠炎病毒(DEV)CH强毒株在鸭胚成纤维细胞(DEF)中的形态结构进行了研究。
Ultrathin sectioning and transmission electron microscopy of infected duck embryo fibroblasts (DEF) were employed to investigate the morphology of virulent duck enteritis virus (DEV) strain CH.
作者使用超薄切片，冷冻断裂和剥离技术在分析电镜中以透射（TEM）、扫描透射（STEM）和扫描（SEM）成象模式研究了兔毛纤维的微观结构。
Using ultramicrosection, cryofracture and peeling technique, the fine structure of rabbit hair was investigated in an analytical electron microscope by TEM, STEM and SEM imaging models respectively.
作者使用超薄切片，冷冻断裂和剥离技术在分析电镜中以透射（TEM）、扫描透射（STEM）和扫描（SEM）成象模式研究了兔毛纤维的微观结构。
Using ultramicrosection, cryofracture and peeling technique, the fine structure of rabbit hair was investigated in an analytical electron microscope by TEM, STEM and SEM imaging models respectively.
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