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TRIPLE LUX-B: PHAGOCYTOSIS IN MUSSEL HEMOCYTES

机译:Triple Lux-B:贻贝血细胞的吞噬作用

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The TRIPLELUX-B Experiment contributes to risk assessment concerning immunotoxicity under space flight conditions. The assay system of the TRIPLELUX-B Experiment will be performed with a well defined quantification and evaluation of the immune function phagocytosis. The indicator cells are the hemocytes of blue mussels (Mytilus edulis) and oysters (Crassostrea gigas). The signals of the immuno cellular responses are translated into luminescence as a rapid optical reporter system. The results expected will allow to conclude whether the observed responses are caused by microgravity and/or radiation. The immune system of invertebrates has not been studied so far in space. The choice of the phagocytes from invertebrates is justified by the claim to study the universal validity of innate immune responses. The components of the phagocytosis test system for the BIOLAB are now established under terrestrial conditions. The next step for adaptation to the BIOLAB conditions and hardware is in progress.
机译:Triplelux-B实验有助于在太空飞行条件下有关免疫毒性的风险评估。 Triplelux-B实验的测定系统将以明确定义的量化和免疫功能评估进行吞噬作用进行。指示剂细胞是蓝贻贝(Mytilus Edulis)和牡蛎(Crassostrea Gigas)的血细胞。免疫细胞反应的信号作为快速光学报告系统翻译成发光。结果预期将允许得出观察到的反应是由微匍匐和/或辐射引起的。迄今为止,尚未研究无脊椎动物的免疫系统。通过索赔来研究Invertbels的吞噬细胞的选择是研究先天免疫反应的普遍效力。现在在陆地条件下建立Biolab的吞噬作用试验系统的组分。适应Biolab条件和硬件的下一步正在进行中。

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