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Prolonging Living Tissue and Organ in Dry State through Anhydrobiosis

机译:通过脱水生物延长干燥状态下的活体组织和器官

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摘要

To survive in desiccation, a phenomenon known as "anhydrobiosis" is widely used by some simple organisms, such as water bear and larvae of sleeping chironomid. From previous experience, we know that the ability to survive in anhydrobiosis or in dry state is correlated with the accumulation of trehalose. Recently, several new reports have demonstrated that endogenous and exogenous trehalose has also been used to increase desiccation tolerance of mammalian cells. Herein, we postulate that trehalose can be injected into donated tissue and organ in the dry state as a method for long-term storage and transportation of liveng tissue and organ. Trehalose can be introduced into cells of tissue and organ through the trehalose-containing perfusion medium. These trehalose-loaded tissue and organ can be dried and stored at room temperature under vacuum.
机译:为了在干燥中存活,被称为“脱水生物”的现象被一些简单的生物广泛使用,例如睡猫的水熊和幼虫。根据以前的经验,我们知道在脱水生物或干燥状态下生存的能力与海藻糖的积累有关。最近,一些新的报道表明内源性和外源性海藻糖也已被用于增加哺乳动物细胞的脱水耐受性。在此,我们假定海藻糖可以在干燥状态下注射到捐赠的组织和器官中,作为长期储存和运输肝脏组织和器官的方法。海藻糖可以通过含海藻糖的灌注介质引入组织和器官的细胞中。这些海藻糖负载的组织和器官可以干燥并在室温下真空保存。

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