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Validation of reference genes for quantitative RT-qPCR studies of gene expression in Atlantic cod (Gadus morhua l.) during temperature stress

机译:验证参考基因用于定量RT-qPCR研究温度胁迫期间大西洋鳕(Gadus morhua l。)中基因表达

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摘要

BackgroundOne important physiological response to environmental stress in animals is change in gene expression. To obtain reliable data from gene expression studies using RT-qPCR it is important to evaluate a set of possible reference genes as normalizers for expression. The expression of these candidate genes should be analyzed in the relevant tissues during normal and stressed situations. To find suitable reference genes it was crucial that the genes were stably expressed also during a situation of physiological stress. For poikilotermic animals like cod, changes in temperature are normal, but if the changes are faster than physiological compensation, the animals respond with typical stress responses. It has previously been shown that Atlantic cod show stress responses when elevation of water temperature is faster than 1 degree/day, for this reason we chose hyperthermia as stress agent for this experiment.
机译:背景技术对动物环境压力的一种重要的生理反应是基因表达的改变。为了从使用RT-qPCR进行的基因表达研究中获得可靠的数据,重要的是评估一组可能的参考基因作为表达的标准化子。在正常和压力情况下,应在相关组织中分析这些候选基因的表达。为了找到合适的参考基因,至关重要的是这些基因在生理压力下也要稳定表达。对于像鳕鱼这样的足白蚁动物,温度变化是正常的,但是如果变化快于生理补偿,则动物会产生典型的应激反应。先前已经表明,当水温升高速度超过1度/天时,大西洋鳕鱼会显示出应激反应,因此,我们选择高温作为本实验的应激剂。

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