… machine perfusion and cold storage techniques in reducing delayed graft function (DGF) and
improving graft survival in recipients of kidneys … -term impact of machine perfusion and cold …

… machine perfusion (HMP) versus cold storage (CS) in relation to kidney transplant outcomes…
Retrospective analysis of 33 consecutive HMP kidney transplant outcomes matched with …

… for recipients of DCD donor kidneys. … kidneys is the use of cold pulsatile machine perfusion
(MP) to replace static cold storage (CS). MP is used for around 25% of DCD donor kidneys in …

… only pumped if requested by the transplant surgeon. Furthermore, since the … our kidney
transplant recipients. Thus, we wanted to evaluate the benefits of routinely pumping SCD kidneys …

… -effectiveness of machine perfusion (MP), as opposed to cold storage (CS), as a means of
preserving kidneys which are to be transplanted. It examines the use of MP for kidneys from …

… In conclusion, flow through a kidney on machine perfusion can be improved using higher
pressure settings to overcome an elevated resistance. The incidence of DGF function was not …

… pulsatile perfusion systems [18]. Due to the limited supply of such pulsatile perfusion … system
that we had used in the early days of renal transplantation. By doing so, we produced a low …

… the utilization of PMP in renal transplants from ECDs is cost saving. Secondary analysis
included examining differences in DGF, length of stay for transplant hospitalization, rejection, …

… However, pulsatile machine perfusion (PP) resulted in significantly higher flow rates than
were observed after CS as well as after nonpulsatile machine perfusion (PP). …

… the most common method of preservation in renal transplantation, but pulsatile machine
perfusion (MP) is … We report our experience with VSL in machine preservation of renal allografts. …