The thesis describes the development of a transportable normothermic kidney preservation
device which is able to perfuse discarded human and porcine kidneys for up to 24 hours for …

Transportable normothermic kidney perfusion for 24 hours or longer could enable viability
assessment of marginal grafts, increased organ use, and improved transplant logistics …

Current kidney perfusion protocols are not optimized for addressing the ex vivo
physiological and metabolic needs of the kidney. Ex vivo normothermic perfusion (EVNP) …

Background: Normothermic machine perfusion (NMP) has reshaped organ preservation in
recent years. In this preclinical study, prolonged normothermic perfusions of discarded …

We describe a proteomics analysis to determine the molecular differences between
normothermically perfused (normothermic machine perfusion, NMP) human kidneys with …

Background. The study compares urine recirculation (URC) to urine replacement (UR) with
Ringer's lactate in a porcine normothermic kidney machine perfusion (NMP) model using a …

A great deal of research is still needed to optimize and logistically place hypothermic and
normothermic perfusion technologies. In the future, we may progress toward organ-tailored …

Objective We have previously demonstrated benefits of kidney preservation utilizing an
oxygenated subnormothermic ex vivo perfusion platform. Herein, we aim to compare …

In recent years, normothermic machine perfusion (NMP) has emerged in conversation
surrounding organ preservation and transplantation techniques with the goal of improving …

Kidney transplantation is the best renal-replacement option for most patients with end-stage
renal disease. Normothermic machine preservation (NMP) of the kidney has been studied …