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SWG Educational Activities
EHA-SWG SCIENTIFIC MEETING ON INTEGRATED CELL TRACKING IN ONCOHEMATOLOGY: DIAGNOSIS, TARGETED THERAPY AND RESIDUAL DISEASE
November 10-11, 2022 | Bordeaux, France
Meeting Chairs:
MC Béné, Nantes University
G Zini, Università Cattolica S.
Press release: Breaking news on lymph node cancer and plasma cell cancer reported at Hematology Congress in Stockholm, June 13-16, 2013
In order to support high-quality science, the European Hematology Association (EHA) collaborates with 16 Scientific Working Groups (SWGs) and concentrates on fostering activities directed towards basic and translational research.
Read moreHARMONY: Innovative Medicines Initiative approves € 40 million project for better care of patients with hematologic malignancies
HARMONY will capture, integrate, analyze and harmonize anonymous patient data from high-quality multidisciplinary sources to unlock valuable knowledge on multiple myeloma (MM), acute myeloid leukemia (AML), acute lymphoblastic leukemia (ALL), chronic lymphocytic leukemia (CLL), non-Hodgkins lymphoma (NHL), myelodysplastic syndromes (MDS)…
Read moreHighlights of Past EHA (HOPE) MENA 2021
For the upcoming edition of the Highlights of Past EHA (HOPE) Middle East and North Africa (MENA), EHA will organize a truly regional meeting by collaborating simultaneously with our hematology partners from the region.
Read moreReport on first EHA-SWG Scientific Meeting
The meeting was organized with the main support of the EHA in collaboration with the Hematology Unit of G. Gaslini Children’s Hospital and was sponsored by Novartis and Alexion.
Read moreScientific networks
Specialized Working Groups (SWGs)
In order to cover the full hematology field, EHA Specialized Working Groups (SWGs) are divided in two groups: disease-oriented and overarching SWGs.
EHA-Balkan Hematology Tutorial on Lymphoid Malignancies
“EHA and the Albanian Association of Hematology have jointly decided to postpone the first EHA-Balkan Hematology Tutorial in response to a request from the Albanian government to limit all international meetings.
Read moreNovel basis for chemoresistance in AML: DNMT3A R882 mutations promote chemoresistance and residual disease through impaired DNA damage sensing
Although most acute myeloid leukemia (AML) patients initially respond to chemotherapy, the majority subsequently relapses and succumbs to refractory disease. Residual leukemic cells that survived chemotherapy may persist over time and later cause the disease to come back.
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