Fresh frozen plasma kept at cryogenic temperatures in Bio Boxes during marine transportation

Koki Yakushiji, Fumiatsu Yakushiji, M. Murata, H. Fujita
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Abstract

Introduction: It is difficult to maintain fresh frozen plasma (FFP) at cryogenic temperatures during marine transportation, even with a power supply. Methods: In this study, without a power supply and at temperatures below -30 °C, we used BioBoxes used for transportation of coronavirus disease vaccines, for two demonstration experiments involving round-trip FFP transportation to Hachijojima Island (200 km from Tokyo) and Ogasawara (1,000 km from Tokyo). Results: We successfully transported FFP at a temperature of -70 °C or lower. There was no change in the properties of FFP and minimal change in the activities of clotting factors. Conclusion: We could transport FFP to an isolated island in BioBoxes in a passenger ship, without a power supply using only dry ice. Furthermore, we demonstrated that FFP does not get destroyed or thaw due to vibration of the passenger ship, even in an approaching typhoon, proving possibilities for stable supply of FFP.
在海洋运输过程中,在生物箱中低温保存的新鲜冷冻等离子体
在海洋运输过程中,即使有电源供应,也很难在低温下保持新鲜的冷冻等离子体(FFP)。方法:在无电源和温度低于-30°C的条件下,我们使用用于运输冠状病毒病疫苗的BioBoxes进行了两次示范实验,包括往返八丈岛(距离东京200公里)和小笠原(距离东京1000公里)的FFP运输。结果:我们在-70°C或更低的温度下成功运输了FFP。FFP的性质没有变化,凝血因子的活性变化很小。结论:我们可以用客船的生物箱将FFP运送到孤岛上,只使用干冰,没有电源。此外,我们证明了FFP不会因为客船的振动而被破坏或融化,即使在接近的台风中,证明了FFP稳定供应的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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