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Transgenic plant biomonitors: Stress gene biocompatibility evaluation of the plant growth facility for PGIM-01

机译:转基因植物生物监作者:PGIM-01植物生长设施的应激基因生物相容性评价

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The initial task in the preparation for Flight Experiment PGIM-01 (Plant Growth in Microgravity - 01) was the optimization of the plant nutrient system within the environment of the Plant Growth Facility (PGF - a Space Shuttle middeck locker plant growth unit). PGIM-01 entailed using the Transgenic Arabidopsis Gene Expression System (TAGES) to monitor effects of spaceflight- associated stress on gene expression. TAGES plants are genetically engineered arabidopsis plants designed with a sensitive reporter gene system that responds to a variety of environmental stresses. However, transgene expression can also be influenced by background environmental conditions. Thus, minimizing sources of background stress on the plants was crucial to ensure optimal growth and a high scientific return.
机译:用于飞行实验PGIM-01的制备中的初始任务(微匍匐 - 01的植物生长)是植物生长设施环境中的植物营养系统的优化(PGF - 空间班车储物柜储物厂生长单元)。 PGIM-01必须使用转基因拟南芥基因表达系统(Tages)来监测空间相关应力对基因表达的影响。工厂是遗传工程拟南芥植物,设计有敏感的报告基因系统,可应对各种环境压力。然而,转基因表达也可以受到背景环境条件的影响。因此,最大限度地减少植物的背景压力来源至关重要,以确保最佳的增长和高科学回报。

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