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1            These data support routine use of pulsatile perfusion.
2 d electrolytes were measured serially during pulsatile perfusion.
3 ic kidneys have led to the infrequent use of pulsatile perfusion.
4 entilation and one for the reconstruction of pulsatile perfusion.
5 ioning, 34 on preservation fluids, and 21 on pulsatile perfusion.
6                                 Survival for pulsatile perfusion and cold storage were 95% and 88% (g
7 splant dialysis was 5% and 30% (P<0.01), for pulsatile perfusion and cold storage, respectively.
8 ere identified in which one kidney underwent pulsatile perfusion and transplantation at our center, w
9 lity to image changes due to ventilation and pulsatile perfusion, as well as regional inhomogeneity.
10           One explanation is that augmenting pulsatile perfusion at the same mean pressure itself sti
11 donated human kidneys undergoing hypothermic pulsatile perfusion deemed unsuitable for transplantatio
12  System (OCS; TransMedics) uses normothermic pulsatile perfusion during organ transport for heart tra
13 rafts were maintained on hypothermic ex vivo pulsatile perfusion for delayed implantation (mean cold
14          However, there may be advantages to pulsatile perfusion for less optimal donors.
15 r donor kidney before transplant, could make pulsatile perfusion for the expanded donor financially a
16 nt outcome when organs are preserved through pulsatile perfusion; however, the underlying mechanisms
17  susceptivity images of both ventilation and pulsatile perfusion in real time using the ACT 5 EIT sys
18 hat these channels are activated by enhanced pulsatile perfusion in vivo and contribute substantially
19                               Thus, enhanced pulsatile perfusion increases in vivo coronary flow in p
20      This included commonality of protocols, pulsatile perfusion of kidneys, centralization of data a
21 tive pressure mechanical ventilation or from pulsatile perfusion of lungs held motionless by continuo
22 d retrospectively to determine the impact of pulsatile perfusion on initial function and 1-year graft
23 ps, but more ECD kidneys were preserved with pulsatile perfusion (P < 0.01).
24                                              Pulsatile-perfusion parameters at the outside center wer
25                                  The role of pulsatile perfusion (PP) across different cold ischemic
26                                Assessment of pulsatile perfusion (PP) is limited to measurements of f
27                                              Pulsatile perfusion (PP) is used by some centers to prov
28     Conflicting literature on the benefit of pulsatile perfusion (PP) over cold storage (CS) warrants
29                           During hypothermic pulsatile perfusion preservation (HPPP), oxygen consumpt
30 a novel servopump system to control mean and pulsatile perfusion pressure within the isolated vascula
31 e baseline flow 66 % markedly amplified this pulsatile perfusion response (+82.6 +/- 14.3 % increase
32 n preservation solutions in conjunction with pulsatile perfusion shows promise in improving early out
33      Rabbit kidneys were perfused by using a pulsatile perfusion system in which RVR, systolic and di
34          We have developed an extracorporeal pulsatile-perfusion system and a haemoglobin-based, acel
35  an adaptation of the BrainEx extracorporeal pulsatile-perfusion system and cytoprotective perfusate
36                                       Use of pulsatile perfusion to optimize outcomes in deceased don
37 eys were preserved by continuous hypothermic pulsatile perfusion using Belzer-MPS or Belzer II soluti
38 phasic coronary flow responses to increasing pulsatile perfusion were assessed in anaesthetized dogs,
39 tion and subjected to static cold storage or pulsatile perfusion with an RM3 pump at 22 degrees C for
40  and susceptivity imaging of ventilation and pulsatile perfusion, with the potential to aid in the ev