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GenCellDis (UMR-944)

Six teams of the INSERM/CNRS U944/UMR7212 "Genomes and Cell Biology Therapeutics" unit (GenCellDis) focus on research into acute leukemia and related syndromes.

Image GenCellDis (UMR-944)
Jean Soulier
Prof. Jean Soulier

Head of Entity

Contact

Email : jean.soulier@aphp.fr

Hôpital Saint-Louis
Institut de Recherche Saint-Louis (IRSL)
Bâtiment Jean Bernard
1, avenue Claude Vellefaux
75010 PARIS - France

Website

Research infrastructures

Genomics

Functional analyses

 

Platform for genomic and functional profiling of acute leukemia and bone marrow failure - Prof. Jean Soulier, Prof. Emmanuelle Clappier.

Multiple genomic and expression analyses of T-ALL samples at diagnosis, at relapse and after engraftment in immunodeficient mice, to uncover the genetic landscape and functional pathways involved in tumor progression. In vitro and in vivo models are used to understand how the biological pathways are deregulated towards the driving forces that underlie tumor progression and relapse. These concepts and models are used for personalized stratification and therapy.

 

Cytometry

Profiling

Platform for single cell sequencing – Prof. Raphaël Itzykson.

Precision medicine for acute leukemia by flow cytometry: the RAINBOW platform

The platform leverages flow-based high-throughput screening to design or validate biomarkers of existing therapies, including ex vivo drug testing in niche-like conditions and BH3 profiling among others, and nominate new drug combinations for precision medicine in AML. 

 

Single-cell multi-omics 

Single-cell multi-omics analysis – Dr. Mathieu Duchmann.

 

Cytometry

Genomics

Microscopy

Data center

Platforms of the Institut de Recherche Saint-Louis (IRSL), including cytometry, genomics, microscopy and biodata center facilities – Dr. Niclas Setterblad

 

Genomics

Fuctional analyses

 

Platform for genomic and functional profiling of acute leukemia and bone marrow failure - Prof. Jean Soulier, Prof. Emmanuelle Clappier.

Multiple genomic and expression analyses of acute leukemia samples for diagnosis, biomarker and therapeutic stratification, follow-up (including molecular measurement of residual disease, MRD.)

 

Cytometry

Profiling

Platform for single cell sequencing – Prof. Raphaël Itzykson.

Precision medicine for acute leukemia by flow cytometry: the RAINBOW platform

This facility is interfaced with the ALFA cooperative group and the relapsed acute leukemia program of Plan France Medecine Genomique 2025 and perform pre-clinical studies as well as collaborative studies for multicenter phase I-III clinical trials.

Biological samples  

Various sources 

AML

ALL

BMF

Biobank for Research in Translational Hematology (BiRTH), Saint Louis Hospital - Prof. Emmanuelle Clappier and Prof. Jean Soulier.

BiRTH is a biobank hosting a large collection of samples from patients with hematological malignancies, especially acute leukemias and preleukemia conditions (myelodysplastic syndromes and bone marrow failure syndromes). BiRTH is a research-oriented, highly annotated biobank enabling correlative and biomarkers studies as well as basic science projects on human leukemia cells. 

 

Category Models Pathology Specification Sample type Number of models Genetics characterization
In vivo Mouse model Fanconi anemia FANCG-/- - - -
In vivo PDX T-ALL - - - All
In vivo PDX B-ALL - - - All

Cohort

Clinico-biological data

Data from the eTHEMA patient cohort (NCT05326919 ): basic characteristics of planned treatments and outcomes for patients newly diagnosed with acute myeloid leukemia (AML), acute lymphoblastic leukemia (ALL), high-risk myelodysplastic syndrome (MDS) or acute leukemia predisposition syndrome.

 

Obervatory/Registry

Clinico-biological data

RIME national observatory (NCT04781790): rare disease reference center for bone marrow failure.

Partnership research offers

Affiliation

CNRS Inserm Université Paris Cité Collège de France