A medical professional is pouring blood into a sterile container covered with a plastic liner during a medical procedure in a dimly lit hospital setting.
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Surgeons or medical professionals hold a clear plastic heart with metal sensors attached, likely for a medical procedure or research, in a clinical setting.
A healthcare professional in scrubs and gloves holding a tray with a dissected organ inside a clear plastic bag, in a medical setting.
Surgeon in surgical gown, mask, and gloves handling tissue during an operation in an operating room with medical instruments on a blue sterile drape.
Two scientists working with a pig heart in a laboratory setting, connected to various medical devices and tubes for a scientific experiment.
A team of surgeons performing a surgical operation in an operating room.

We are a team of researchers at the University of Colorado dedicated to improving kidney health, urologic care, and organ transplantation through science and innovation.

The logo of the University of Colorado Anschutz Medical Campus featuring interlocked letters 'CU' in black and gold, with the university's name written below.
Logo of the National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK) with green and gray color scheme.
Logo of Urology Care Foundation with green and blue text on white background.
Logo with mountains and the word 'LAUNCH' below.
Logo of the University of Colorado Anschutz Medical Campus Transplant Center, featuring the CU Anschutz emblem and text.
A circular logo with a black top half and a gold bottom half, featuring the text 'CU Anschutz SURGERY' in the center.
A circular logo with the top half black and the bottom half gold. In the top section, there is a beige logo with the letters 'CU' and the word 'Anschutz' next to it. In the bottom section, the word 'UROLOGY' is written in bold black letters.

Core investigations

Ex Vivo Discovery

By keeping organs alive outside the body, we are redefining what is possible in organ preservation, biological discovery, and therapeutic development.

Cellular Basis of Kidney Disease

To find new ways to repair kidney cells, we need to learn how kidney cells function and what goes wrong in kidney disease. Our lab is using cutting edge tools like genetic engineering, next-generation sequencing, and advanced imaging to better understand the role different cell types in genetic diseases, kidney stones, and urinary tract infections.

Clinical Impact

Ultimately, we are reimagining how patients receive care—from faster kidney stone treatment to revitalizing donated organs for transplantation. Through clinical trials and innovative programs, we are turning research discoveries into real-world improvements for patients everywhere.