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Jesus San Miguel presents the Ham-Wasserman Lecture at the 2014 ASH Annual Meeting
Professor San Miguel is a member of the Advisory board of the International Myeloma Foundation and the Multiple Myeloma Research Foundation.
Read moreEHA-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 moreCAR NK-cells project, February 2025 update
A project update from Dr Ciprian Tomuleasa. We successfully designed and tested in vitro CAR T and CAR NK cells, transfected with the iCas9 suicide trigger.
Read moreEHA-SWG Scientific Meeting on MDS/MPN/AML: Commonalities and Differences of Myeloid Neoplasms
Join us for this unique and rare opportunity and exchange ideas with MDS, MPN, and AML experts in one meeting. Internationally renowned experts will provide presentations and share the recent developments and answers to your clinical questions.
Read moreEHA Research Grants
The call for applications is closed. EHA Research Grants support talented junior researchers in advancing their career—for example, by helping them move towards becoming the leader of a research group.
Read moreHighlights of Past EHA (HOPE) Asia 2020
EHA is returning to Sri Lanka for the 2nd edition of the Highlights of Past EHA (HOPE) Asia, organized with our hosting partner: the Sri Lanka College of Haematologists (SLCH).
Read moreBlood Disorders: European Hematologists gather in Stockholm, June 13-16, 2013
About the EHA Annual Congress
Hematology is a specialty that covers everything to do with blood: its origin in the bone marrow, diseases of blood and their treatments.
Promising results in trials with non-chemotherapy treatments for Leukemias to be presented at the 18th Congress of the European Hematology Association in Stockholm, June 13-16, 2013
What is new? Current investigations are aimed at evaluating the use of monoclonal antibodies (mAB). These mABs bind to specific molecules (antigens) found on leukemic cells. This results in immune destruction of the leukemic cells.
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