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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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SGN-CD33A Combined with Hypomethylating Therapy Produces High Remission Rates among Older Patients with AML

Acute myeloid leukemia (AML) is an aggressive form of blood cancer in which the majority of cases express CD33 on the surface of the leukemia cells.

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The root of evil: pre-leukemic clones that survive chemotherapy are linked to a higher risk of leukemia recurrence

Acute myeloid leukemia (AML) is an aggressive form of blood cancer. Treatment with intensive chemotherapy often leads to a period of freedom from overt disease called a remission. However, recurrence of the disease is common.

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Previous winners, 2012–2022

2022 winners
Alexandre Fagnan
Junior Research Grant 2022
Deciphering the chromatin remodeling mechanism mediated by GATA2 ZnF1 mutations in AML

Samuele Ferrari
Junior Research Grant 2022
Innovative targeted base editing strategies for gene correction of WHIM syndrome

Lars Velten
Advanced Research Grant 2022
The role of the DNA methylation…

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Sustainability

Actions we're taking to reduce the environmental impact of our flagship event: the EHA Congress.

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Program

All session times are in Eastern European Time (EET).

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