Searle R F, Flaks B
Br J Exp Pathol. 1976 Oct;57(5):515-20.
The effects of hyperbaric oxygenation and ambient pressure oxygenation on the viability of pig liver stored in the Vickers' transportable organ storage unit were assessed by electron microscopy. It was found that hyperbaric oxygenation resulted in marked liver damage in contrast to ambient pressure storage. Although electron microscopy proved to be a sensitive method for detecting damage induced by unsuitable storage protocols consideration is given to the possibility that other changes, which may not be detectable by electron microscopy, limit the success of liver storage.
通过电子显微镜评估了高压氧合和常压氧合对储存在维氏便携式器官储存装置中的猪肝活力的影响。结果发现,与常压储存相比,高压氧合导致明显的肝脏损伤。尽管电子显微镜被证明是检测不适当储存方案引起的损伤的一种敏感方法,但仍需考虑其他可能无法通过电子显微镜检测到的变化限制肝脏储存成功的可能性。