A highly diverse team imagining the undiscovered

RENAL RESEARCH INSTITUTE

A highly diverse
team imagining
the undiscovered

ABOUT THE RENAL RESEARCH INSTITUTE

The heart of RRI’s capacity for innovation is our ability to examine complex problems through multiple lenses.

The Renal Research Institute (RRI) is an internationally recognized incubator of ideas, treatment processes, and technologies to improve the lives of kidney patients. RRI’s leadership in computational biomedicine and data analytics, as well as our access to a large patient population, accelerates the pace of scientific discoveries and their translation into applied medicine. Our team includes some of the brightest minds from around the world, who, along with their disciplinary expertise, bring a deep understanding of global healthcare issues and challenges.

Our Research

RRI’s pioneering leadership in computational biomedicine and data analytics drives breakthroughs, including the introduction of virtual clinical trials and smartphone-based diagnostics. Not only does our interdisciplinary approach foster wide-ranging research within the global framework of Fresenius Medical Care, it encourages collaboration with academic institutions in the United States, Asia, Europe, Latin America, and Africa.

Latest Research & News

Latest Research

  • Stephan Thijssen, Lemuel Rivera Fuentes, Leticia Mirell Tapia Silva, Xiaoling Ye, Sabrina Casper, Doris H Fuertinger, Stefan Fuertinger, Peter Kotanko

    RESULTSFifteen subjects (age 59 ± 15 years, 8 males) were studied during a total of 63 treatments. The controller functioned as intended and issued a total of 1 037 recommendations. Compared to standard-of-care treatments, its use was associated with a higher probability of RBV target range attainment (69% vs. 47%) and lower nadir systolic (106 vs. 111 mmHg) and diastolic (55 vs. 59 mmHg) blood pressure.CONCLUSIONSThe UFR feedback controller operated as intended, and its use led to a substantial increase in the rate of RBV target range attainment. This technology holds promise for improving fluid management in chronic hemodialysis patients.BACKGROUNDRelative blood volume (RBV) monitors are increasingly being used during hemodialysis. Manual ultrafiltration rate (UFR) adjustments to establish a favorable RBV trajectory are not feasible in routine practice. The goal of this study was to characterize the behavior of a new UFR feedback controller in vivo.METHODSIn this pilot trial, chronic hemodialysis patients were prospectively studied during up to six successful study dialysis treatments each. During each study visit, the feedback controller generated UFR recommendations designed to guide the subject's RBV curve towards a pre-defined target trajectory. Each recommendation was evaluated by licensed healthcare staff and then either implemented or disregarded. Results were compared to standard-of-care treatments in the same subjects.

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Education

LATEST EPISODE

The Gift of Life & Its Impact

March 13, 2025

In this special World Kidney Day episode of Frontiers in Kidney Medicine & Biology, we explore the life-changing power of kidney donation. Dr. Maria E. Ferris, a pediatric nephrologist and kidney donor, shares her personal story alongside her son, Ted Ferris, a three-time kidney transplant recipient, and Chris Ivimey, an altruistic kidney donor.

Join us as we discuss the urgent need for living donors, the impact of transplantation on families, and the power of giving the Gift of Life.