SciTransfer
Organization

CENTRE HOSPITALIER UNIVERSITAIRE DE NANTES

French university hospital specializing in immunotherapy clinical trials, regulatory T cell therapies, transplant immunology, and host-targeted infection treatment.

University hospitalhealthFR
H2020 projects
7
As coordinator
1
Total EC funding
€6.0M
Unique partners
82
What they do

Their core work

CHU de Nantes is a major French university hospital that combines patient care with translational clinical research, particularly in advanced therapy medicinal products (ATMPs), organ transplantation, and regenerative medicine. They run and participate in multi-center clinical trials — from MSC-based disc regeneration (RESPINE) to bone reconstruction with 3D-printed biomaterials (MAXIBONE) — bridging the gap between laboratory discoveries and bedside application. Their most significant recent commitment is leading HAP2, a large-scale project tackling hospital-acquired pneumonia through host-targeted immunotherapy approaches including interleukin-12 and interferon gamma trials.

Core expertise

What they specialise in

Advanced cell and gene therapy (ATMPs)primary
3 projects

RESHAPE focuses on next-generation regulatory T cells (CAR-Treg, TCR-Treg) using CRISPR/Cas9, while RESPINE and MAXIBONE involve MSC-based regenerative therapies.

Transplantation immunology and rejection diagnosticsprimary
2 projects

EU-TRAIN targets precision diagnosis and biomarker-based risk prediction for kidney allograft rejection; RESHAPE addresses inflammation control relevant to transplant tolerance.

Hospital-acquired infection and host immunityprimary
1 project

HAP2, their sole coordinated project (EUR 4.4M), develops host-targeted immunotherapy for hospital-acquired pneumonia, including clinical biomarker work.

Musculoskeletal regenerative medicinesecondary
2 projects

RESPINE (intervertebral disc MSC injection) and MAXIBONE (3D-printed bone scaffolds with autologous MSCs) both involve clinical-stage regenerative approaches.

1 project

BETA3_LVH is a multi-center placebo-controlled trial of mirabegron for cardiac hypertrophy and diastolic dysfunction.

Neonatal digital health monitoringemerging
1 project

Digi-NewB (as third party) involved multiparametric digital monitoring of perinatal health, suggesting clinical data contribution capacity.

Evolution & trajectory

How they've shifted over time

Early focus
Regenerative medicine clinical trials
Recent focus
Immunotherapy and immune regulation

In 2015–2018, CHU de Nantes focused on classical clinical trials in cardiovascular disease (BETA3_LVH), musculoskeletal regeneration with stem cells (RESPINE, MAXIBONE), and neonatal monitoring (Digi-NewB). From 2019 onward, their work shifted decisively toward immunology and advanced therapies — regulatory T cell engineering with CRISPR/Cas9 (RESHAPE), transplant rejection precision diagnostics (EU-TRAIN), and host-directed immunotherapy for nosocomial infections (HAP2). The trajectory shows a hospital moving from participating in broad clinical trials to building deep expertise in immune modulation and personalized immunotherapy.

CHU de Nantes is building toward becoming a clinical hub for immune-targeted therapies, combining regulatory T cell engineering, transplant immunology, and anti-infection immunotherapy under one roof.

Collaboration profile

How they like to work

Role: active_partnerReach: European16 countries collaborated

CHU de Nantes primarily joins consortia as a clinical partner (5 of 8 roles), contributing patient cohorts, clinical trial infrastructure, and translational expertise. They coordinated only once (HAP2), but that project carried by far their largest budget (EUR 4.4M), suggesting they lead when the topic aligns with a core institutional strength. With 82 unique partners across 16 countries, they are well-networked and open to diverse European collaborations rather than locked into a small circle.

They have collaborated with 82 distinct partners across 16 countries, indicating broad European reach. As a French university hospital, they are well-connected within Western European clinical research networks, particularly in immunology and transplantation.

Why partner with them

What sets them apart

CHU de Nantes offers something rare: a large university hospital with simultaneous expertise in regulatory T cell therapy (RESHAPE), transplant immunology (EU-TRAIN), and infectious disease immunotherapy (HAP2). This convergence of immune-focused clinical programs means they can contribute patient access, biobanking, and trial management across multiple immune-related indications. For consortium builders, they bring the clinical translation muscle that lab-based partners typically lack — they are where experimental therapies meet real patients.

Notable projects

Highlights from their portfolio

  • HAP2
    Their only coordinated project and by far the largest (EUR 4.4M), targeting hospital-acquired pneumonia with host-directed immunotherapy — a topic of growing urgency post-COVID.
  • RESHAPE
    Involves next-generation regulatory T cell engineering using CRISPR/Cas9 and CAR-Treg technology, placing CHU de Nantes at the frontier of cell therapy manufacturing and first-in-human trials.
  • EU-TRAIN
    A precision medicine approach to kidney transplant rejection using multi-dimensional biomarker analysis and integrative epidemiology — directly applicable to personalized patient management.
Cross-sector capabilities
Digital health and clinical data analytics (from Digi-NewB perinatal monitoring)Biomaterials and 3D printing for medical applications (from MAXIBONE)Microbiome research and antimicrobial resistance (from HAP2 host-pathogen work)AI-assisted diagnostics and risk prediction (from EU-TRAIN smart data approaches)
Analysis note: RESHAPE appears twice (as participant and third party), likely reflecting a linked-third-party arrangement within the same project. Funding of EUR 5,000 for the participant entry may indicate an administrative role with the substantive contribution channeled through the third-party link. Digi-NewB had no keywords in the data, limiting analysis of their neonatal health work.