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Press Release: News on Red Cells and Iron presented at the 18th Congress of the European Hematology Asscociation in Stockholm June 13-16, 2013
Recent evidence suggests that these congenital anaemias are caused by molecular abnormalities in the transport of iron and other molecules and a deeper understanding of these mechanisms may lead to a better knowledge of the normal development of the red…
Read moreHighlights from the SWG
Impactful activitiesGuideline development projectThe most relevant and impactful activities of the SWG include those related to the guideline development project. There were regular meetings with the Guidelines Expert Panel Committee.
Read moreMeet our Volunteers of the Month: Elizabeth, Francesca and Verena
Yes, you read that right. For this month, we have more than one Volunteer of the Month: Elizabeth Macintyre, Francesca Vinchi and Verena Gaidzik.
Read moreMeet our Volunteers of the Month: Elizabeth, Francesca and Verena
Yes, you read that right. For this month, we have more than one Volunteer of the Month: Elizabeth Macintyre, Francesca Vinchi and Verena Gaidzik.
Read moreQuality of Life and Symptoms
The goals of the SWG are:
To promote the evaluation of patient-reported outcomes (PROs) in hematology in daily clinical practice and in clinical trials.
EHA donates €250,000 to Médecins Sans Frontières
The EHA Board is actively implementing support actions to hematologists and hematology patients in Ukraine and to those who are forced to leave the country.
Read moreChairs and Members
ChairProf Raúl Córdoba (2020–2025 term)
Co-chairProf Valentín Goede
SWG Steering Committee
Sonja Zweegman (The Netherlands)—interest in multiple myeloma
Tamas Fulop (Canada)—interest in geriatrics and immunology
Giuseppe Rossi (Italy)—interest in indolent lymphomas
Dominique Bron (Belgium)—interest in lymphoma, CLL, and cognitive impairment
Sergio Storti (Italy)—interest in aggressive lymphomas
Lionel Ades…
Advances from genome sequencing are paving the way to personalized treatment for leukemia and pre-leukemia
In acute myeloid leukemia (AML) our understanding of how modifications to DNA molecules that do not result in sequence change (i. e.
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