Programme components

I.CaRe brings together major national research and innovation projects on kidney cancer, coordinated by Professor Jean-Christophe Bernhard and his team from the Department of Urology at Bordeaux University Hospital Centre. The entire team is dedicated to harnessing innovation to benefit patients and healthcare professionals, with the ultimate goal of improving care quality.

A University Hospital Research (RHU) project focusing on the use of digital and 3D technologies to enhance the management of kidney cancer.

The project aims to promote excellence in minimally invasive surgery, enhance patient experience and surgeon training. Organised as a consortium of academic and industrial partners, the project benefits from a French National Research Agency grant, as part of the Plan d’Investissement pour l’Avenir – France 2030 Investment Plan.

A French multidisciplinary national research network dedicated to kidney cancer, functioning as both a clinical research platform and a prospective health data warehouse.

Certified by the French National Cancer Institute as a clinic-biological database.

UroCCR focuses on the therapeutic management and applied research in kidney cancer. It draws on the collaborative contributions of 58 centres across France, including public hospitals, private institutions, and cancer centres. The network’s health data warehouse allows for the continuous and secure collection of real-world data, encompassing demographic and clinical information, biological sample data, patient-reported experience and outcome measures (PREMs and PROMs), as well as experimental research findings.

With more than 10 million individual data points, UroCCR has become a cornerstone for epidemiological, observational, interventional, and translational research in both biological and technological fields. This extensive resource also facilitates the prospective evaluation of real-life clinical practices, forging a uniquely integrated model that bridges care and research.

To date, UroCCR has supported over 250 research projects, with around twenty studies actively running at any given time. These projects range from retrospective analyses using existing datasets to prospective interventional trials and translational research initiatives.

Its strategic importance is further recognised by its inclusion in the national list of databases and real-world evidence platforms eligible for use by the French National Authority for Health in evaluating medical products and healthcare technologies.

A linkage to the French National Health Data System (SNDS) via the UroCCR-Chain health data warehouse enables the expansion of the scope of collected information and the development of projects related to the medico-economic evaluation of health trajectories.

UroCCR’s aims cover the following areas:

  • Promote research initiatives on kidney cancer by structuring national resources and capacities
  • Create a multicentric collection of biological samples
  • Generate prospective research projects of all categories and in different thematic fields
  • Enable qualified data controllers to re-use network data (subject to formal requirements) for the purposes of research, assessment or knowledge improvement in the following domains:
    • Descriptive epidemiology of kidney cancer;
    • Pharmacoepidemiology and… of treatments: safety, efficacy, real-life treatment indications, and costs;
    • Quality of life and other PROMs and/or PREMs (which can be collected digitally and automatically using UroConnect), and the personal, family, professional and social consequences of kidney cancer;
    • Research into diagnostic, prognostic, and predictive biomarkers;
    • Identification of markers which predict disease progression;
    • Evaluation of care practices and treatment techniques (surgical, interventional and pharmacological);
    • Research linked to the French National Health Data System.

Platform for training, simulation and R&D in robotic surgery.

The Robotic Training Center Bordeaux, founded by Bordeaux University and the Bordeaux University Hospital Centre, is a cutting-edge facility dedicated to simulation, training, and research and development in robotic surgery.

As part of the University of Bordeaux’s Collège Santé surgical school, the centre is equipped with several surgical robots for multidisciplinary use. It offers healthcare professionals and surgical trainees the opportunity to train in near-real-life conditions, using 3D-printed biomimetic models.

Remote monitoring medical device for perioperative follow-up of patients undergoing urological oncology surgery.

UroConnect is a digital telemonitoring tool designed to support patients with kidney tumours by coordinating their care pathways during the perioperative period.


The emerging kidney cancer team at the BRIC-U1312 laboratory represents a unique convergence of scientific expertise from the BRIC and the multidisciplinary clinical knowledge of healthcare professionals from Bordeaux University Hospital Centre, including Prof. Jean-Christophe Bernhard, Dr Margue, Dr Gross-Goupil, Dr Lefort, Dr Yacoub, Dr Jambon, and Dr Morgat.

This initiative aims to establish a local hub of translational research—biological and technological—rooted in the resources of the I.CaRe programme and pre-existing structure.

Evaluation project on the medical and economic impact of the UroConnect® medical device

In partnership with RESILIENCE, the DiPRU project aims to evaluate the medical and economic impact of UroConnect® application in perioperative care of patients with kidney cancer (coordination of care pathways). The study is based on the UroCCR network, ensuring integration of perspectives from patients, healthcare professionals, and broader societal stakeholders.

Launched in October 2023, the project will run for 40 months, concluding in January 2026, with a total investment of €1,461,819.

Award-winning project of the France 2030 Plan Investissements d’Avenir (PIA 4) investment Plan supported by Bpifrance.

Creation and national deployment of individual prediction algorithms for the evolution of kidney cancer.

The AI tool, UroPredict, uses data collected from the UroCCR network to generate algorithms and deploy them nationwide across the entire network for clinical research purposes.

This innovative project was selected as a winner of the Call for Expression of Interest “Data, IA & Parcours de santé”, launched by the Comité Stratégique de Filière des Industries et Technologies de Santé on behalf of the French Government.