Transplant Research Foundation of BC/CDTRP Venture Grant: Dr. Tom Blydt-Hansen

CDTRP 2024 Research Innovation Grant Competition Results

CDTRP is thrilled to announce the results of the CDTRP 2024 Research Innovation Grant Competition, made possible through our partnership with various esteemed organizations. We are proud to showcase all of the exciting projects that have been funded in this year’s competition.

We would like to extend our warmest congratulations to Dr. Tom Blydt-Hansen and his team for being awarded the Transplant Research Foundation of BC/CDTRP Venture Grant. We wish them all the best as they embark on their innovative project!

These two projects represent TRF’s commitment to supporting all aspects of transplant research, from testing and monitoring, to addressing the quality of life of young patients. From benchside to bedside, these diverse in approach projects illustrate TRF’s support for innovative, patient-centered research that will provide solutions to benefit those whose lives are threatened by organ failure.

-Rachael Durie, TRF Co-chair

Transplant Research Foundation of BC/CDTRP Venture Grant: Dr. Tom Blydt-Hansen

Cytokine and metabolomic urinary diagnostics to predict and monitor treatment responsiveness of acute rejection in kidney transplantation

Main affiliation: University of British Columbia

Theme: 5 – Restore Long-Term Health

Lay Abstract

Kidney transplantation is a renal replacement therapy which greatly improve quality and quantity of life for kids with severe kidney diseases. However, following transplantation surgery and despite medication, children’s immune system can highly react against the newly transplanted organ leading to an inflammation called acute rejection. Once acute rejection is diagnosed, treatment are given to reverse the inflammation within the kidney. However, some cases of acute rejection do not respond well to initial treatment, and it transforms to chronic rejection. We know that chronic rejection is the main reason leading to kidney loss in pediatric kidney transplant recipients. At the moment, it is impossible to predict if acute rejection will respond well to treatment using kidney biopsy and blood tests. We’re studying substances in urine called metabolites, CXCL-10 and IL-6, to see if they can help us understand and predict how well the treatment will work in children with acute rejection. We could then treat children with acute rejection earlier and avoid transformation to chronic rejection. This would provide better insights to improve survival of kids with kidney transplants.