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Search results (57)

« Back to Publications

Comparison of "Continuous" and "End-ischemic" Approaches of Oxygenated Hypothermic Machine Perfusion for Pancreas Preservation.

Elzawahry MAME. et al, (2026), Transplant Direct, 12

Urine Recirculation During Normothermic Kidney Preservation Improves Energy Balance Involving the Urea and TCA Cycles

Weissenbacher A. et al, (2026)

Early Activation of the Complement System After Brain Death in Clinical Kidney Donation and Transplantation.

Knijff LWD. et al, (2025), Transplantation, 109, 1845 - 1854

The IDEAL framework for machine perfusion in liver transplantation.

van Leeuwen OB. et al, (2025), Nat Rev Gastroenterol Hepatol, 22, 669 - 671

Clinical ischemia-reperfusion injury: Driven by reductive rather than oxidative stress? A narrative review.

de Kok MJC. et al, (2025), Biochim Biophys Acta Bioenerg, 1866

End of preservation normothermic machine perfusion of porcine kidneys after ischaemic injury reprograms metabolism and induces fibrosis after transplant despite unchanged function: insights from the renal proteome

Mulvey JF. et al, (2024)

Using established biorepositories for emerging research questions: a feasibility study.

Lerink LJS. et al, (2024), Clin Proteomics, 21

Kidney Tissue Proteome Profiles in Short Versus Long Duration of Delayed Graft Function - A Pilot Study in Donation After Circulatory Death Donors.

Lo Faro ML. et al, (2024), Kidney Int Rep, 9, 1473 - 1483

Kidney Tissue Proteome Profiles in Short Versus Long Duration of Delayed Graft Function - A Pilot Study in Donation After Circulatory Death Donors

LO FARO M., (2024), Kidney International Reports

Renal biopsies from donors with acute kidney injury show different molecular patterns according to the post-transplant function.

Neri F. et al, (2024), Sci Rep, 14

Multi-Omics approach to identify the molecular signature of primary non function prior to transplantation in deceased donor kidneys

Shaheed S. et al, (2024), TRANSPLANTATION, 108, 358 - 358

The effect of normothermic machine perfusion and mesenchymal stem cells on porcine kidneys' secretory profile.

Saleem M. et al, (2024), TRANSPLANTATION, 108, 157 - 158

Multi-Omics approach to identify the molecular signature of primary non function prior to transplantation in deceased donor kidneys

Shaheed S. et al, (2024), TRANSPLANTATION, 108

Comparison of in-gel and in-solution proteolysis in the proteome profiling of organ perfusion solutions.

Snashall CM. et al, (2023), Clin Proteomics, 20

Perfusate Proteomes Provide Biological Insight Into Oxygenated Versus Standard Hypothermic Machine Perfusion in Kidney Transplantation.

Mulvey JF. et al, (2023), Ann Surg, 278, 676 - 682

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