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Different natural organic matter isolates cause similar stress response patterns in the freshwater amphipod, Gammarus pulex

机译:不同的天然有机物分离物在淡水两栖动物Gammarus pulex中引起相似的应力响应模式

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摘要

Background, aim, and scope Dissolved humic substances (HSs) are exogenous stressors to aquatic plants and animals which activate a variety of transcriptional and biochemical reactions or block photosynthesis. While there are consistent indications which structures may lead to reduced photosynthetic activity, there is much less clear information available on which HS structures or building blocks act as stressors in animals. Consequently, this work was designed to comparatively study the impact of natural organic matter (NOMs) from different sources on major anti-stress mechanisms in one single animal. We utilized major antioxidant responses and relative expression levels of stress proteins (small HSPs and HSP70) and expected that different HSs provoke different response patterns.
机译:背景,目的和范围溶解的腐殖质(HSs)是水生植物和动物的外源应激源,可激活各种转录和生化反应或阻止光合作用。尽管有一致的迹象表明哪些结构可能导致光合作用降低,但关于哪些HS结构或结构单元在动物中充当应激源的信息尚不清楚。因此,这项工作旨在比较研究不同来源的天然有机物(NOM)对一只动物主要抗应激机制的影响。我们利用主要的抗氧化剂反应和应激蛋白(小的HSP和HSP70)的相对表达水平,并预期不同的HS会引起不同的反应模式。

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