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My current research focuses on exploring chromosome abnormalities in patients diagnosed with acute leukemia.
Acute leukemia is the most common cancer affecting children. Although the outcome of treatment has improved substantially in recent decades, there remains approximately 20 per cent of children treated for leukemia who relapse and have a poor prognosis.
My research aims to use high resolution microarray analysis to better identify the genetic changes associated with acute leukemia. I am particularly interested in determining if there are genetic alterations unique to treatment-resistant leukemia. Obtaining a detailed understanding of the genetics of acute leukemia will enable other researchers to develop targeted, personalized treatments with greater success rates and less harmful effects.
Acute leukemia is the most common cancer affecting children. Although the outcome of treatment has improved substantially in recent decades, there remains approximately 20 per cent of children treated for leukemia who relapse and have a poor prognosis.
My research aims to use high resolution microarray analysis to better identify the genetic changes associated with acute leukemia. I am particularly interested in determining if there are genetic alterations unique to treatment-resistant leukemia. Obtaining a detailed understanding of the genetics of acute leukemia will enable other researchers to develop targeted, personalized treatments with greater success rates and less harmful effects.
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Human Genetics and Genomics Advancesno. 3 (2022): 100108
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