Effects of Different Cold Preservation Solutions on the Functions of Cultured Isolated Human Hepatocytes

• Published in: International journal of organ transplantation medicine 2020, Vol.11 (1), p.15-25
• Main Authors: Hossein Aghdaie, M, Azarpira, N, Shamsaeefar, A, Motazedian, N, Kaviani, M, Esfandiari, E, Golbabapour, S, Nikeghbalian, S, Kazemi, K, Salahi, H, Malek-Hosseini, S A, Geramizadeh, B
• Format: Article
• Language: English
• Subjects: Cold storage; Experiments; Liver diseases; Metabolism; Original; Proteins; Transplants & implants; Vitamin E
• ISSN: 2008-6482; 2008-6490

Hepatocyte transplantation using isolated human hepatocytes is an alternative source that can be used for the treatment of metabolic diseases and acute liver failure as a time bridge to liver transplantation. These cells can also be used for bioartificial liver systems and study of drug toxicity. To determine which cold preservation solution is better maintain the liver function. We prepared 4 cold preservation solutions made of different combination of antioxidants, chelating, membrane protective, and anti-apoptotic agents as well as inhibitor of cyclophilin D. For hepatocyte isolation, we used livers obtained from unused deceased donor livers and the liver of patients with Crigler-Najjar syndrome who were candidates of partial liver transplantation. After culture and cold preservation, the level of albumin, and urea production were measured as indices of liver functionality. We found that albumin production significantly decreased after cold preservation in solution 1. There was no significant difference in urea production after cold preservation in solution 1 compared with control 24 h. No significant differences in albumin production were found after cold storage in solution 2 and solution 4 compared with control 24 h. Urea production significantly decreased after cold storage in solutions 2 and 4 compared with control 24 h. As a whole albumin and urea production were significantly decreased after cold preservation. Although albumin and urea production were decreased after cold preservation, but the results of albumin production of two solutions were not significantly different from that of the control group (p=0.109 and 0.951). Cold preservation of cultured human hepatocytes in solution 2 and solution 4 could maintain the function of albumin production better than other cold preservation solutions in our experiments; solution 1 was more effective on urea production of cultured human hepatocytes at 4 °C for 24 h. To determine if these hepatocytes are suitable candidates for transplantation, further studies should be performed.