Ischemia-reperfusion injury remains a fundamental problem during organ transplantation
logistics. One key technical factor is the rapid allograft rewarming during the time of vascular …

Background Kidney transplantation is the optimum treatment for kidney failure in carefully
selected patients. Technical surgical complications and second warm ischemic time (SWIT) …

Background: Prolonged warm ischemia time (WIT) and cold ischemia time (CIT) are
independently associated with post-transplant graft failure; their combined impact has not …

Background: Prolonged warm ischemia time (WIT) in kidney transplantation is associated
with numerous adverse outcomes including delayed graft function and decreased patient …

Background Kidney transplantation using deceased donors still suffers from high post-
operative dysfunction rate. During implantation into the recipient, the kidney rewarms. This …

BACKGROUND: At every stage in the transplantation process for a deceased-donor kidney,
time means ischemia. Donation after circulatory death (DCD) kidneys are already subject to …

The impact of anastomotic time in renal transplant is under recognized and not well studied.
It is one of the few controllable factors that affect the incidence of delayed graft function …

Background: Little is known about the influence of the duration of the kidney back-table
preparation period and kidney temperature on graft outcomes after transplantation. The aim …

Background Kidney transplantation is the current optimal treatment for suitable patients with
end‐stage renal disease. The second warm ischemic time (SWIT) is known to negatively …

Background In kidney transplantation (KT), efforts to minimize rewarming and optimize
anastomosis time during vascular anastomosis improve graft outcomes. We recently …