Ostróżka-Cieślik Aneta, Dolińska Barbara, Ryszka Florian
Department of Pharmaceutical Technology, Chair of Applied Pharmacy, School of Pharmacy with the Division of Laboratory Medicine in Sosnowiec, Medical University of Silesia, Katowice, Poland.
"Biochefa" Pharmaceutical Research and Production Plant, Sosnowiec, Poland.
Acta Biochim Pol. 2018;65(1):9-15. doi: 10.18388/abp.2017_2312. Epub 2018 Jan 20.
Organ injury during ischemia is one of the clinical problems of today's transplantation. It occurs during warm ischemia time (WIT) when the blood flow is cut off and during cold ischemia when a graft is chilled in situ until the circulation is restored to the recipient organism. Fast cooling of the organ slows down metabolism and activates intracellular enzymes, which minimizes the effects of warm ischemia. Unfortunately, hypothermia also results in inhibition of ATP synthesis, cell swelling and intracellular acidity. That is why research is continually being conducted to develop new fluids for rinsing and storing organs, as well as to optimize the composition of those that are already in use, which will allow for longer and more effective graft storage and restoration of their optimal functions after transplantation. This article provides current information on rinsing and storage fluids available on the global market. It also discusses tips for the fluid modifications with hormones and micronutrients.
缺血期间的器官损伤是当今移植领域的临床问题之一。它发生在热缺血时间(WIT),即血流中断时,以及冷缺血期间,即移植物在原位冷却直至血液循环恢复到受体机体时。器官的快速冷却会减缓新陈代谢并激活细胞内酶,从而将热缺血的影响降至最低。不幸的是,低温也会导致ATP合成受到抑制、细胞肿胀和细胞内酸性增加。这就是为什么人们一直在进行研究,以开发用于冲洗和储存器官的新液体,以及优化现有液体的成分,从而实现更长时间、更有效的移植物储存,并在移植后恢复其最佳功能。本文提供了全球市场上现有冲洗和储存液的最新信息。它还讨论了用激素和微量营养素对液体进行改良的技巧。