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Microscope methods for observation of the phylloplane flora

机译:用于观察Phylloplane Flora的显微镜方法

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Microscope-based observation of surface microbes can support indirect techniques, such as culturing or DNA analysis of surface washings, by illustrating microbial distribution patterns, inter-relationships and the presence of unculturable or non-recovered organisms. Comparisons have been made between techniques of contrasting complexity. For example, surface replicas of the leaf made from transparent materials and scanning electron microscopy (SEM) were compared for their ability to present an accurate picture of the leaf surface and microbial populations. "Environmental" SEM (ESEM) and cryo-SEM minimise change and provide the most realistic and detailed images of the surface but have logistical difficulties. Conventional, critical point dried SEM samples, even with extra processing and some physical change, usually provided similar results and had advantages in handling. The simpler replica techniques retained microbial number and distribution when compared to ESEM but were poor with rough surfaces. Microbial material on replicas could be stained or labelled with antibodies to improve identification.
机译:基于显微镜的表面微生物观察可以支持间接技术,例如表面洗涤剂的培养或DNA分析,通过说明微生物分布模式,间相互关系和不耐受或非回收的生物体。对对比复杂性的技术进行了比较。例如,比较由透明材料和扫描电子显微镜(SEM)制成的叶片的表面复制物,以表达叶片表面和微生物种群的精确图像。 “环境”SEM(ESEM)和Cryo-Sem最大限度地减少变化,并提供表面的最逼真和详细的图像,但具有后勤困难。常规,临界点干SEM样本,即使具有额外的处理和一些物理变化,通常提供类似的结果并在处理方面具有优势。与ESEM相比,更简单的复制品技术保留了微生物数量和分布,但粗糙表面差。复制品上的微生物材料可以用抗体染色或标记以改善鉴定。

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