Meanings of cold ischemia in anglès

FFA accumulation during warm ischemia was about half that during cold ischemia.

Total ischemia time, cold ischemia time, and organ removal time were analyzed.

Conjugated diene concentration increased fivefold during warm ischemia but was unchanged during cold ischemia.

Isogeneic intestinal transplantation with 6 hours of cold ischemia was performed on Lewis rats.

The grafts were stored in Belzer solution supplemented with propionyl-L-carnitine during the cold ischemia period.

This approach has been used experimentally to enhance kidney preservation during both warm and cold ischemia.

Within the cold ischemia time achieved in our study, liver preservation with Celsior appeared efficient and safe.

Median cold ischemia time was 10 hours.

Patient demographic data, cold ischemia time, initial graft function and donor characteristics were comparable between the two groups.

Conclusion: Donor age and kidney cold ischemia time were independently related to pancreatic loss after SPKT within 3 months posttransplantation.

However, multivariate analysis showed that only donor age and kidney cold ischemia time were significant predictors for early pancreatic graft loss.

MAL activities were not changed during warm or cold ischemia, whereas it was remarkably decreased after revascularization in both the groups.

Total PL content was unchanged up to 48 hr of cold ischemia because of offsetting alterations in levels of PL classes.

No significant difference was observed in the early graft function between the two solutions for a cold ischemia time below 15 hours.

Based on our experience, MELD score, cold ischemia time and complications after re-OLT are risk factors independently associated with mortality in retransplanted ITBL patients.

Using data from the Collaborative Transplant Study, we analyzed various demographic donor data including cold ischemia times, as well as graft and recipient outcomes.