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Mesnard, Benoit; Ogbemudia, Etohan; Bruneau, Sarah; Le Bas-Bernardet, Stéphanie; Minault, David; Hervouet, Jeremy; Kervella, Delphine; Masset, Christophe; Cantarovich, Diego; Rigaud, Jérôme; Badet, Lionel; Friend, Peter; Ploeg, Rutger; Blancho, Gilles; Hunter, James; Prudhomme, Thomas; Branchereau, Julien

Pancreas Preservation: Hypothermic Oxygenated Perfusion to Improve Graft Reperfusion

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  • Media type: E-Article
  • Title: Pancreas Preservation: Hypothermic Oxygenated Perfusion to Improve Graft Reperfusion
  • Contributor: Mesnard, Benoit; Ogbemudia, Etohan; Bruneau, Sarah; Le Bas-Bernardet, Stéphanie; Minault, David; Hervouet, Jeremy; Kervella, Delphine; Masset, Christophe; Cantarovich, Diego; Rigaud, Jérôme; Badet, Lionel; Friend, Peter; Ploeg, Rutger; Blancho, Gilles; Hunter, James; Prudhomme, Thomas; Branchereau, Julien
  • Published: Ovid Technologies (Wolters Kluwer Health), 2024
  • Published in: Transplantation (2024)
  • Language: English
  • DOI: 10.1097/tp.0000000000005111
  • ISSN: 0041-1337
  • Origination:
  • Footnote:
  • Description: Background. The clinical standard for pancreas preservation for transplantation is static cold storage (SCS). Oxygenation during preservation has been shown to be advantageous in clinical studies. This study evaluates the efficiency of different oxygenation modalities during hypothermic pancreas preservation. Methods. Thirty-two porcine pancreases were procured in a controlled donation after circulatory death model and were divided to be preserved in 8 groups: (1) SCS, (2) hypothermic machine perfusion (HMP), (3) hypothermic oxygenated machine perfusion (HOPE) with 21% oxygen, (4) HOPE and 100%, (5) SCS and oxygen carrier, M101, (6) HMP and M101, (7) HOPE 21% and M101, and (8) HOPE 100% and M101. All the groups underwent 24 h of hypothermic preservation, followed by 2 h of normothermic reperfusion. Oxygen partial pressures were assessed using parenchymal probes. Perfusion parameters, perfusate samples, and tissue biopsies were analyzed. Results. This study showed that HMP was linked to higher tissue oxygen partial pressures, lower succinate levels, and better reperfusion parameters. Furthermore, the addition of M101 to either SCS or HMP was associated with lower succinate and creatinine phosphokinase accumulation, suggesting a protective effect against ischemia. Conclusions. Our research has demonstrated the efficacy of machine perfusion in hypothermic conditions in providing oxygen to the pancreas during preservation and conditioning the pancreatic microvasculature for reperfusion during transplantation. Furthermore, the addition of M101 suggests a protective effect on the graft from ischemia.