Flask for the Drying of Biological Material

Thurein Htoo, Kamran Jamil, J. Crowe, F. Tablin, A. E. Oliver
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Abstract

Recent advances in the stabilization of eukaryotic cells during desiccation provide possibilities for present and future pharmaceutical and biomedical applications. Such applications require strict adherence to sterility. Devices for the sterile processing of biological samples during drying and rehydration are lacking, however. An ideal device suitable for these procedures, especially for use in freeze-drying, would maintain sterility, allow sterile temperature sampling during the drying procedure, allow for microscopic analysis in the dry and rehydrated state, and allow for subsequent use in cell and tissue culture following rehydration. Furthermore, since the initial hydration of samples from the vapor phase (pre-hydration) is often useful to preserve sample integrity prior to complete rehydration, the device must prevent contamination during this process. We have developed a device suitable for these tasks. The Biomaterial Desiccation, Rehydration, and Imaging Flask (BioDRI™ Flask) fulfills all of the...
干燥生物材料的烧瓶
真核细胞在干燥过程中稳定的最新进展为现在和未来的制药和生物医学应用提供了可能性。这种应用要求严格遵守无菌性。然而,在干燥和再水化过程中对生物样品进行无菌处理的设备是缺乏的。适合这些程序的理想设备,特别是用于冷冻干燥,应保持无菌,在干燥过程中允许无菌温度取样,允许在干燥和再水化状态下进行显微镜分析,并允许在再水化后用于细胞和组织培养。此外,由于气相样品的初始水化(预水化)通常有助于在完全再水化之前保持样品的完整性,因此该装置必须在此过程中防止污染。我们开发了一种适合这些任务的设备。生物材料干燥,补水和成像烧瓶(BioDRI™烧瓶)满足所有…
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