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Participation grants & abstract awards
Participation grants
The call for participation grant applications has closed on March 1, 2021 (23:59 CET). Participation grant application has closed
Participation Grants (previously called Travel Grants) provide complimentary registration for the upcoming EHA Virtual Congress.
FP9 recommendations BioMed Alliance
With preparations under way for the EU’s next Framework Programme for Research and Innovation (FP9), the BioMed Alliance has called for more robust EU support for health research.
Read moreGrants & abstract awards
EHA Travel GrantsThe call for travel grant applications will be open from January 1, 2025 until March 1, 2025 (23:59 CET). New: Grant applications have been integrated into the EHA2025 Abstract Submission form.
Read moreEHA Friends' Fund
Together, we can change the lives of many and make greater strides in the treatment of patients with blood disorders.
Read moreClinical Research Training in Hematology
The CRTH 2025 call for applications is now closed. What is Clinical Research Training in Hematology (CRTH)?Clinical Research Training in Hematology (CRTH) provides early-career researchers with a unique, 9-month long training and mentoring experience.
Read moreVIRTUAL: EHA-TSH Hematology Tutorial
June 25&26, 2021
Meeting Chairs:
Prof S Eichinger (European Hematology Association)
Prof H Özsan (Turkish Society of Hematology)
In close collaboration with the Turkish Society of Hematology, EHA has annually organized live, joint tutorials (nine in the series), which are organized as part of…
Terms & Conditions
EHA offers visitors a wide variety of information and a range of online services via its website.
Read moreEHA-ASH Translational Research Training in Hematology
TRTH 2025 call is now closed. What is Translational Research Training in Hematology?Translational Research Training in Hematology (TRTH) provides early-career researchers with a unique, year-long training and mentoring experience.
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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