Welcome to the world of RealCare!

RealCare is a cutting-edge research initiative focused on developing and validating next-generation point-of-care (PoC) systems that detect essential biomarkers in human biofluids in real-time.

These systems are designed to be compact, energy-efficient, and integrated with extended reality interfaces, with a specific emphasis on cancer and cardiac diseases in demanding clinical settings.

The RealCare consortium consists of partners with very different expertise. To ensure that the clinical requirements are met, three excellent hospitals are on board. For the lung cancer medical use case, Institut Gustave Roussy and its subsidiary Fondation Hôpital Saint-Joseph are the partners, as they specialise in lung cancer surgery and treatment and are world leaders in this field. Charité, one of the largest university hospitals in Europe, is a leading university hospital and will take care of the cardiovascular medical use case.

Technology development will be carried out by EPFL, Politehnica University of Bucharest and University of Twente in close collaboration with EPOS, Xsensio, Stichting IMEC Nederland and CEA. The universities are focusing on developing innovative technologies to be able to measure the biomarkers of interest. EPFL is one of the top 20 universities in the world and hosts the Nanoelectronic Devices Laboratory (NANOLAB), which focusses on the technology, design and modelling of low-power, solid-state devices and sensors at the nanoscale and their integration into smart micro/nano systems. At RealCare, they will take the lead in developing multimodal sensors. University of Twente is one of the technical universities in the Netherlands and is known for its research valorisation. University of Twente is home to the MESA+ Nanolab, a world-class cleanroom that enables the fabrication of microfluidic chips. University of Twente will coordinate RealCare and develop the CRISPR assay on the chip. the Center for Microscopy-Microanalysis and Information Processing at the Politehnica University of Bucharest is a top Romanian research institute whose expertise in AFM and apertureless SNOM will be of great value to RealCare.

Companies play a key role in accelerating research conducted at universities into a product by incorporating and integrating university and in-house research into their technology. EPOS is a dynamic nano-biotech SME in Cyprus with expertise in translational nanotheranostics, molecular imaging and cell-based technologies for faster diagnosis and better prognosis, and is responsible for the bio-amplifier. Xsensio is an innovation-driven Swiss company focussed on the development of wearable biosensors for continuous monitoring, with an emphasis on miniSPR development.

Stichting IMEC Nederland is a non-profit open innovation research centre that is part of the Holst Centre. Their expertise in the field of non-contact sensor technology is being used to make it useful for monitoring cardiovascular disease. CEA-Leti, a technology research institute at CEA are pioneers in micro and nanotechnologies. They will develop the next generation of microneedles to be integrated into the sensor system. In addition to RealCare's clinical and technology partners, partner DEN, an independent non-profit think tank, will contribute its expertise in social sciences, ethics considerations and acceptance of novel technologies to maximise RealCare's impact.

University of Twente

Role in the project

Project coordinator
Real-time PoC Sensing Cancer
Management

Fields of expertise in the project

Microfluidics
Lab on a chip
Sensing Organ
Organ on chip

Team

  • Saana Jukola
  • Loes Segerink
  • Sanne de Wit
  • Albert van den Berg

EPOS-IASIS

Fields of expertise in the project

Biological amplifiers
Optical biosensing Biophotonics
Biophotonics
Biomaterial scaffolds
Bioengineering
Image processing

Team

  • Theodoulakis Christofi
  • Andreani Odysseos
  • Giannakou Pavlos

IMEC the Netherlands

Fields of expertise in the project

Sensor system development
Medical devices
Photonics
Low-power electronics/ASIC design
Electrochemical sensing

Team

  • Evelien Hermeling
  • Jesse Kling
  • Geert Langereis
  • Ilde Lorato
  • John Morales
  • Alwin Verschueren

Charité – Universitätsmedizin Berlin

Role in the project

Clinical studies and Point of Care device specifications

Fields of expertise in the project

CV care
Heart failure
Cardiac surgery
Heart and lung transplantation

Team

  • Volkmar Falk
  • Laurenz Kopp Fernandes
  • Alexander Meyer
  • Sara Mosel
  • Tobias Roeschl
  • Felix Schoenrath

Institut Gustave Roussy

c

Fields of expertise in the project

Medical oncology
Personalised treatment
Circulating biomarkers
Early drug development in thoracic tumours and thymic malignancies
Quality of life
SSH expertise

Team

  • Benjamin Besse
  • Ludovic Lacroix
  • Marie Morfouace

Fondation Hôpital Saint-Joseph

Fields of expertise in the project

Thoracic surgery
Cardiopulmonary transplantation

Team

  • Antoine Agathon
  • Aimée Almeras
  • Carine Bilien
  • Hugo Clermidy
  • Olaf Mercier
  • Imene Triaki

CEA

Role in the project

PoC System integration

Fields of expertise in the project

System integration
Biomaterial-based microneedles for ISF sampling

Team

  • Sébastien Boisseau
  • Tristan Caroff
  • Caroline Desvergne
  • Amélie Revaux
  • Claire Verplanck

DEN Institute

Fields of expertise in the project

Impact assessment
Policy analysis
Stakeholder engagement

Team

  • Simona De Rosa
  • Ilaria Lener
  • Andrea Nicolai
  • Antonella Passani

National University of Science and Technology Politehnica Bucharest

Fields of expertise in the project

Optical microscopy (confocal, two photon excitation, STED microscopy);
Nanoscopy (atomic force microscopy, near field microscopy)
Instrumentation and applications in biology,
Medicine and material science
Photonics

Team

  • Stefan Anton
  • Cristina Cirtoaje
  • Lucian Eftimie
  • Radu Hristu
  • Stefan Stanciu
  • George Stanciu
  • Catalin Stoichita
  • Antonela Toma
  • Denis Tranca

Xsensio

Role in the project

Real-time PoC Sensing Cardiovascular

Fields of expertise in the project

Fluidics and integration of microneedle arrays with sensors
Electrochemical, optical sensor and full device development.

Team

  • Esmeralda Megally
  • Ali Saeidi
  • Johan Longo

EPFL

Role in the project

Data analytics with real-time visual and extended reality interfaces
Dissemination, communication, exploitation and social acceptance

Fields of expertise in the project

Smart sensors technologies for real-time small-foot-print applications
Digital Twins
Signal processing
Data analytics for biomedical applications

Team

  • Christian Abbet
  • Lotte Deschrijver
  • Adrian Ionescu
  • Anisoara Ionescu
  • Karin Jaymes
  • Shima Rezaee Fakhr
  • Jean-Philippe Thiran

This work was supported by the RealCare project, which has received funding from the European Union and by the Swiss State Secretariat for Education, Research and Innovation (SERI).

Views and opinions expressed do not represent the opinion of the European Union or SERI, and the European Union or SERI are not responsible for any use that might be made of such content.

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