Fanconi Anaemia is an inherited disorder which can lead to bone marrow failure, acute myeloid leukaemia and cancer. Fanconi Anaemia is a DNA repair disorder caused by the inability for the DNA to repair certain defects. A defect in any one of 22 different proteins may be involved in Fanconi Anaemia. The goal of this study is to identify drugs that can compensate for an absence or defect of one of the 22 Fanconi Anaemia proteins to re-enable functional DNA repair.
This team (Genome Stability Unit at St Vincent’s Institute) is already the first in the world to isolate and correctly assemble the Fanconi Anaemia proteins in a test tube.
The proposed study intends to leverage this tool to screen a library of >55,000 drug and drug-like compounds for the potential to enable normal DNA repair. This will be a first potential step towards development of new therapeutics to delay progression of Fanconi Anaemia.
2019-2021 (Fellowship): The Alex Gadomski Fellowship. Functional interrogation of Loci associated with the regulation of haematopoiesis. Dr Kirsten Fairfax, Menzies Institute for Medical Research and University of Tasmania. To understand bone ...
Read more2023- 2025 (Fellowship): The inaugural Captain Courageous Fellowship. A preclinical trial of next generation gene editing for the prevention of bone marrow failure in Fanconi Anaemia. Dr Astrid Glaser at the Genome Stability Unit of St Vincent’s ...
Read more2022-2025 (Fellowship): Dissecting immune dysregulation in acquired Bone Marrow Failure Syndromes to identify new therapeutic leads. Associate Professor Rachel Koldej, ACRF Translational Research Laboratory, Melbourne Health. Bone Marrow Failure ...
Read more2020-2022 (Grant-in-Aid): Using whole genome sequence analysis to find answers for unsolved cases of inherited Bone marrow Failure Syndrome. Associate Professor Piers Blombery, The University of Melbourne. Inherited Bone Marrow Failure Syndromes ...
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