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首页> 外文期刊>Geoderma: An International Journal of Soil Science >EVALUATION OF POLYESTER, EPOXY AND ACRYLIC RESINS FOR SUITABILITY IN PREPARATION OF SOIL THIN SECTIONS FOR IN SITU BIOLOGICAL STUDIES
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EVALUATION OF POLYESTER, EPOXY AND ACRYLIC RESINS FOR SUITABILITY IN PREPARATION OF SOIL THIN SECTIONS FOR IN SITU BIOLOGICAL STUDIES

机译:评价用于原位生物学研究的土壤薄层制备中聚酯,环氧树脂和丙烯酸树脂的适用性

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摘要

Micromorphological investigations which aim to integrate both physical and biological features of soils are particularly demanding with respect to the quality of the thin sections produced for such studies. Rapid preparation of thin sections is also often desirable. The suitability of a range of resins for the rapid preparation of high-quality thin sections appropriate for biologically oriented studies was tested. Preparative procedures were investigated using four undisturbed soils (albic, calcic, humic, and argillic horizons) chosen to exhibit contrasting properties. Roots of sown Lolium perenne, their associated AM-mycorrhizas, and indigenous fungi and actinomycetes of the soils were used as indicators of the quality of preservation of biological material in sections of 15 mu m thickness. Crystic 17449 and Palatal P50-01 proved most suitable, producing durable sections in 2-3 weeks with excellent preservation of roots, microbes and inorganic features in all the soils tested.
机译:旨在整合土壤的物理和生物学特征的微观形态研究对这种研究生产的薄切片的质量特别要求。通常也需要快速制备薄片。测试了一系列树脂对于快速制备适合生物学方向研究的高质量薄片的适用性。使用四种表现出对比特性的未扰动土壤(白色,钙质,腐殖质和泥质层)对制备方法进行了研究。播种的黑麦草的根,其相关的AM菌根,土生真菌和放线菌被用作15微米厚切片中生物材料保存质量的指标。 Crystic 17449和Palatal P50-01被证明是最合适的,可以在2-3周内生产出耐久的切片,并且在所有测试的土壤中都能很好地保留根,微生物和无机特征。

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