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An Alternative Gelling Agent for Culture and Studies of Nematodes BacteriaFungi and Plant Tissues

机译:另一种文化胶凝剂和线虫细菌的研究真菌和植物组织

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摘要

Pluronic F127 polyol, a block copolymer of propylene oxide and ethylene oxide, was studied as an alternative to agar in culture media for nematodes, bacteria, fungi, actinomycetes, and plant tissues or seedlings, At a polyol concentration of 20% w/v, the culture media, semi-solid at room temperature (22 C) but liquid at lower temperatures, had minimal effects on the test organisms. Most of the fungi and bacteria grew as well in 20% polyol as in 1.5% agar media; however, various species of nematodes and plant seedlings or tissues exhibited differential sensitivities to different concentrations of the polyol. In cases where the organisms were unaffected, the polyol media had certain advantages over agar, including greater transparency and less contamination under nonaseptic conditions. Polyol media have potentially greater ease for recovery of embedded organisms or tissues inside the media by merely shifting to lower temperatures.
机译:研究了Pluronic F127多元醇(一种环氧丙烷和环氧乙烷的嵌段共聚物)在培养基中用于替代线虫,细菌,真菌,放线菌以及植物组织或幼苗的琼脂的情况,多元醇浓度为20%w / v,室温下(22℃)为半固体,而低温下为液体的培养基对受试生物的影响最小。在20%的多元醇中和1.5%的琼脂培养基中,大多数真菌和细菌都生长良好。然而,各种线虫和植物幼苗或组织对不同浓度的多元醇表现出不同的敏感性。在生物不受影响的情况下,多元醇培养基比琼脂具有某些优势,包括更高的透明度和在非无菌条件下更少的污染。多元醇培养基仅通过转移至较低温度就可能更容易地恢复培养基内的包埋生物或组织。

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