Supported Research

Modeling hematopoietic clonal evolution in Fanconi anemia

2019 | Boston Children's Hospital | Research Grant

Amount Funded: $200,000

FA confers a high risk of developing leukemia at a young age, and patients with FA who develop leukemia are difficult to treat with have poor long-term outcomes. Leukemia develops as a consequence of the acquisition of genetic mutations within blood stem cells in the bone marrow that cooperate to drive uncontrolled blood cell growth. Our understanding of the specific genetic mutations that occur in human FA blood cells to drive leukemia is poor due to the lack of disease models. We have developed a system to reproducibly generate large numbers of human FA blood stem cells that we will use to determine the key genetic mutations that drive the development of leukemia. Identification of these collaborating mutations may lead to improvement in screening for and treating blood cancers in FA.

Final summary & outcomes from the project:
This project developed a new human model system in which to study the process of FA bone marrow failure evolving into leukemia, which can provide insight into the leukemia and cancer predisposition that FA patients have. We plan to use this model system to understand the genetic pathways required for the development and progression of FA leukemia to test new therapeutic approaches.

Researchers: George Q. Daley, Grant Rowe