This paper shows the results of electron microscopic examination of the crystals and free molecules of glyceraldehyde-3-phosphate dehydrogenase ( GAPDH) from rabbit muscle. The electron micrographs were analysed by optical diffraction and treated by optical filtering.

Three hours after intrathecal administration the animals were sacrificed and L_1-2 segment of spinal cord and nerve roots were immediately removed for Ca2+, MDA contents and SOD activity determination and electron microscopic examination.

3h后处死动物取L1～L2段脊髓及神经根组织，用透射电镜观察脊髓及神经根组织超微结构的改变，检测脊髓组织中Ca2+、MDA含量和SOD活力的变化。

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Morphology and morphogenesis of Equine infectious anemia virus, Visna maedi virus and Caprine arthritis encephalitis virus was determined by electron microscopic examination of ultra thin section at different times after infection.

用电镜检查确定了不同感染时间的马传染性贫血病毒（EIAV）、维斯纳梅迪病毒（MVV）和山羊关节炎脑炎病毒（CAEV）的形态和形态发生。

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Under identical conditions, recipient liver function and liver reserve function were detected, and liver tissue was excised for light and electron microscopic examination at 4h, 8h, 16h and 24h after transplantation.

同等条件下，于肝移植术后4,8,16,24h检测受体的肝功能、肝储备功能，并切取肝脏组织行光镜、电镜检查。

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In electron microscopic examination, the pathological changes of mitochondria of glomeruli and renal tubules were found in rats after repeated+ 7 Gz and+ 9 Gz exposure.

受+7Gz和9Gz重复作用后，C组和E组电镜下见肾小管上皮细胞，线粒体有病理变化。

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Total serum calcium was measured every two weeks until 20 weeks. At the 16th week grafts were subjected to electron microscopic examination, and immunohistochemistry for T lymphocytes and IgG antibody.

移植后每隔2周取血测血钙，移植后第16周取移植物进行透射电镜检查及T淋巴细胞、大鼠IgG抗体的免疫组织化学染色。

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Methods: Ruthenium tetroxide and osmium tetroxide were compared as post fixative in the preparation of hairless epidermis for transmission electron microscopic examination.

方法：裸鼠表皮分别用四氧化钌和锇酸固定后电镜下观察裸鼠表皮角质层脂质的超微结构。

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Using DNA gel electrophoresis, electron microscopic examination and flow cytometric analysis, program cell death induced by hyperthermia in mouse G422 glioma in vivo was studied.

应用DNA凝胶电冰、电镜观察和流式细胞仪分析，对加热诱导G422胶质瘤程序性细胞死亡的作用进行了研究。

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By electron microscopic examination of texture of room temperature Zn phosphating film, factors affecting coating quality are analyzed and ways of getting excellent quality phosphating film discussed.

通过对常温锌系磷化膜层的组织结构的电镜观察，分析了影响膜层质量的因素，探讨获得优质磷化膜的途径。

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Electron microscopic examination of Hami melon mosaic, maize dwarf MOZAIC and wheat mosaic viruses of Sinkiang

新疆哈密瓜、玉米、小麦病毒的电子显微镜观察

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Light and electron microscopic examination might reveal slight alteration of germ cells and Leydig cells only in the group of 260 mg/ kg.

病理组织学检查仅在260mg／kg组光镜下可见曲细精管内细胞层次减少，电镜下可见生精细胞线粒体轻度肿胀，支持细胞溶酶体增多。

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Scanning electron microscopic examination of i-polypropylene Spherulites

等规聚丙烯球晶的扫描电子显微镜观察

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The liver tissues were taken for measurement of the activity of NF-κ B and HE staining and electron microscopic examination.

取肝组织测NFκB活性，并行苏木素伊红（HE）染色及电镜观察。

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Immediately after delivery of fetus, umbilical vein was acquired and prepared for transmission electron microscopic examination.

胎盘娩出后，即取脐静脉制备透射电镜样品并观察。

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Negative contrast and immune electron microscopic examination of avian paramyxovirus-2 standard strain and field strains isolated from China

禽副粘病毒2型标准株和国内分离株的透射电镜及免疫电镜观察

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Electron Microscopic Examination of Shrimp Explosive Epidemic Disease on Shrimp Farms in Liaoning Province in 1995

1995年辽宁养殖对虾示范区暴发性流行病的电镜跟踪检测

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Methods Negative staining and ultrathin sections were used for electron microscopic examination.

方法负染法和超薄切片法进行检测。

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Metheds Optical and electron microscopic examination, tissue image quantitative analysis.

方法光、电镜检察和组织图像定量分析。

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Transmission electron microscopic examination showed the lesions in the treated group was milder than in the control group.

透射电镜检查实验组损伤轻于对照组。

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Tissues of different organs were collected for light and transmission electron microscopic examination.

于不同时间取组织标本，作光镜及透射电镜检查。

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Japan, having major strength in manufacturing, will probably suffer most, says Mr Sakakibara, who argues that the world will never return to previous levels of material consumption.

日本的主要优势是制造业，因此可能会蒙受最严重的损失，神原英姿表示。他认为当今世界将永远无法恢复到昔日的物质消费水平。

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