Hematology Medical Laboratory, Jean Soulier

...

Jean Soulier

Saint-Louis Hospital

1 Av Claude Vellefaux

75010 Paris

Stéphanie CHAMBAUD

Diseases

Acute and chronic leukemia

Myelodysplastic syndromes

Bone marrow failure syndromes

Myeloproliferative neoplasia

Genetic predisposition to MDS and leukemia

Acute and chronic leukemia

Myelodysplastic syndromes

Bone marrow failure syndromes

Myeloproliferative neoplasia

Genetic predisposition to MDS and leukemia

Department activities

Biological diagnosis and follow up for patients with benign and malignant hematology from Saint-Louis hospital and from clinical networks and trials in France.

Biobanking of tumoral and germline samples from the cohorts.

Multidisciplinary Team Meetings

National tumor board for acute leukemia (PRECILA)

Referent for biology Pr Emmanuelle Clappier

National board for aplasia (RIME)

Referents for biology Pr Jean Soulier, Dr Lise Larcher

National board for leukemia predisposition

Referents for biology Pr Emmanuelle Clappier, Dr Lise Larcher

Team members

Emmanuelle Clappier
PU-PH
Hélène Moins
PU-PH
Jean-Michel Cayuela
MCU-PH
Rathana Kim
MCU-PH
Wendy Cuccuini
PH
Lise Larcher
PH
Pierre Lemaire
PH
Odile Maarek
PH
Stéphanie Mathis
PH
Marie Passet
PH
Laureen Chat
AHU
Matthieu Duchmann
AHU
Mélanie Da Costa
ING
William Plas
ING
Julie Renard
ING
Nadia Vasquez
ING

Featured research projects

Adult B-cell progenitor acute lymphoblastic leukemia (BCP-ALL) are complex and heterozygous entities at both the genomic and prognosis levels. In the frame of the GRAALL network (Group for research in Adult Acute Lymphoblastic Leukemia), the hospital/university/Inserm team profiles the genomic landscape and biological features of BCP-ALL, studies oncogenic mechanisms and develop preclinical models to yield precision medicine.

Emmanuelle Clappier, Rathana Kim and Marie Passet

Bone marrow clonal evolution in Fanconi anemia can result into ‘adaptive’ somatic genetic rescue, rescuing the HSCP defect, or into ‘maladaptive’ evolution towards acute myeloid leukemia. We profile patient samples at the single cell level and model bone marrow evolution using in vitro and mice experimental systems. The adaptive or maladaptive deregulated pathways involve DNA damage response, inflammation, stem cell homeostasis and myeloid oncogenes. Data are relevant with various inherited or acquired BM dysfunction and clonal adaptation that may lead to secondary leukemia.

Jean Soulier, Lise Larcher