A Novel Protocol Permitting the Use of Frozen Cell Cultures on Low Earth Orbit

L. Kidder, L. Zea, SM Countryman, L. Stodieck, B. Hammer
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Abstract

Abstract Cell culture on orbit is complicated by numerous operational constraints, including g-loads on the ascent, vibrations, transit time to International Space Station, and delays in experiment initiation. Cryopreserving cells before launch would negate these factors. However, defrosting these cells is problematic, since the traditional method of employing a water bath is not possible. We here describe a unique apparatus designed to accomplish this in a microgravitational environment. This apparatus resulted in rapid defrost of cryopreserved cell cultures and allowed successful tissue culture operations on the station for periods of up to 21 days.
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允许在近地轨道上使用冷冻细胞培养的新方案
轨道上的细胞培养受到许多操作限制,包括上升过程中的重力载荷、振动、到国际空间站的传输时间以及实验开始的延迟。在发射前低温保存细胞可以消除这些因素。然而,解冻这些细胞是有问题的,因为使用水浴的传统方法是不可能的。我们在这里描述了一个独特的装置,旨在在微重力环境中实现这一目标。该装置使冷冻保存的细胞培养物快速解冻,并允许在空间站上成功进行长达21天的组织培养操作。
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