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Effects of Thermal Stress and Tri(n) Butyl Tin on Anaerobic Energy Metabolism in Mytilus edulis

机译:热应激和三丁基锡对紫花苜蓿厌氧能量代谢的影响

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The purpose of this study was to understand the effects of tri(n)butyl tin (TBT) on anaerobic energy metabolism and whether TBT causes a lowered ability of Mytilus edulis to withstand emersion. The study design included two levels of Anaerobic effect and elevated temperature. Two TBT-dosed groups of mussels (10μg g~-1 dry wt) and two control groups, were thermally stressed at 35 deg. C for 2 h, one TBT/control pair in air and the second TBT/control pair under nitrogen. Using an HPLC-based method, mono-and dicarboxylic acid metabolites asso- ciated with anaerobic energy metabolism were quantified before and after treat- cent for subsamples of all groups.
机译:这项研究的目的是了解三(正)丁基锡(TBT)对厌氧能量代谢的影响,以及三丁基锡是否会导致可食的紫癜的降低。研究设计包括两个级别的厌氧作用和高温。在35摄氏度下对两组施用TBT的贻贝(10μgg-1干重)和两个对照组进行热应激。 C保持2小时,在空气中一对TBT /对照对和第二对TBT /对照对在氮气下。使用基于HPLC的方法,在处理所有组子样品之前和之后,对与厌氧能量代谢相关的一元和二元羧酸代谢物进行定量。

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