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Environmental chemistry 2020 - Identification of Leachable from Trametes versicolor in Biodegradation Experiments- Ake Stenholm- Uppsala University

机译:环境化学2020 - 在生物降解实验中的Trametes Versicolor识别可浸出的实验 - Ake Stenholm-乌普萨拉大学

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The transport of fungal-derived compounds from Trametesversicolor to the environment was investigated. Fatty acids andsphingoids were identified at the outlet of a bioreactorcontaining an acidic nutrient solution and immobilized fungalmycelia. The analyses were conducted using UHPLC-Q-TOF-MS (/MS). Eleven fatty acids, including C20:0, C18:1-OH andC20:0-OH that have not been previously described for thisspecies, were detected. The identities of myristic acid (C14:0),palmitic acid (C16:0) and stearic acid (C18:0) were confirmedusing reference standards. Six sphingoids, including Sph(t18:0), Sph (t18:1), Sph (d18:0), Sph (d18:1), Sph (d16:0) andSph (d16:1), were tentatively identified, and the identities ofSph (d18:0) and Sph (d18:1) were confirmed by referencestandards.
机译:研究了从摩尔辛斯过硅的真菌衍生的化合物传输到环境。在生物反应器的出口处鉴定了酸性营养溶液和固定的真菌的出口处鉴定了脂肪酸和溶剂。使用UHPLC-Q-TOF-MS(/ MS)进行分析。尚未对此特异性描述的,11脂肪酸,包括C20:0,C18:1-OH和C20:0-OH。肉豆蔻酸(C14:0),棕榈酸(C16:0)和硬脂酸(C18:0)的身份确认了参考标准。暂时识别出六(T18:0),SPH(T18:0),SPH(D18:0),SPH(D18:0),SPH(D18:0),SPH(D18:0),SPH(D16:0)和α(D16:1),以及通过参考名片确认了症状(D18:0)和SPH(D18:1)的标识。

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