New facilities and instruments for developmental biology research in space.

Enno Brinckmann
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引用次数: 21

Abstract

Three new ESA facilities will be available for biological experiments in Space, Biopack on the Space Shuttle and two instruments on the International Space Station (ISS): BIOLAB in the European "Columbus" Laboratory and the European Modular Cultivation System (EMCS) in the US Lab "Destiny". The experiments are housed in standard Experiment Containers, allowing either research in microgravity or acceleration studies with variable g-levels, if mounted on the centrifuges. While Biopack provides only thermal control, BIOLAB and EMCS supply each container with a dedicated atmosphere (controlled CO2, O2 concentration and relative humidity, trace gas removal): EMCS contains also fresh and wastewater reservoirs on its rotors. Power and data lines are available in all the described facilities. Highly automated systems, like BIOLAB's Handling Mechanism and Analysis Instruments, support the telescience concept and help reducing crew time in orbit. A BioGlovebox with its support instruments allows unique research possibilities in Space. The feasibility of experiment hardware inside the containers has been studied by ESA for several kinds of Experiment Support Equipment with potential use for research in Developmental Biology: design concepts for experiments with small eggs, cells and tissues, with small aquatic animals, with insects and with plants are described in this article.

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用于空间发育生物学研究的新设施和仪器。
欧空局将为太空中的生物实验提供三个新的设施,航天飞机上的Biopack和国际空间站上的两个仪器:欧洲“哥伦布”实验室的BIOLAB和美国“命运”实验室的欧洲模块化培养系统(EMCS)。实验被安置在标准的实验容器中,如果安装在离心机上,可以进行微重力或可变g水平的加速度研究。Biopack仅提供热控制,BIOLAB和EMCS为每个容器提供专用气氛(控制CO2、O2浓度和相对湿度,去除微量气体):EMCS的转子上还包含新鲜和废水储存器。所有上述设施均提供电源线和数据线。高度自动化的系统,如BIOLAB的处理机制和分析仪器,支持远程科学概念,并有助于减少机组人员在轨道上的时间。生物oglovebox及其支持仪器可以在太空中进行独特的研究。欧空局研究了几种可能用于发育生物学研究的实验支持设备在容器内的实验硬件的可行性:本文描述了用小卵、细胞和组织、小型水生动物、昆虫和植物进行实验的设计概念。
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