Directory

Sharon Cantor

Associate Professor | PhD

My laboratory focuses on understanding how tumor suppressor proteins function to maintain genomic integrity and suppress cancer. In particular, we focus on the hereditary breast and ovarian cancer genes, BRCA1, BRCA2 and the BRCA1-associated helicase, FANCJ (BACH1/ BRIP1). Bi-allelic loss of these genes also causes Fanconi anemia (FA), a rare chromosomal instability and cancer syndrome. Our work on FANCJ revealed that DNA repair defects underlie both hereditary breast cancer and FA. Currently, we are employing biochemical and whole-genome screening technologies, to uncover mechanisms regulating DNA repair choice and how cancer cells evade toxic chemotherapies.

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Finding Confidence and Joy as a Teen With FA 

Our son Blake is 14 years old and eight years post bone marrow transplant. While we celebrate milestones, it’s important to remember that the transplant did not cure his Fanconi anemia. It gave him something incredibly valuable, more time, but FA is still part of his life.

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The Sky Is the Limit

When I was 20 weeks pregnant, my doctor recommended an amniocentesis so we could find out what was causing concerns during my pregnancy. They took amniotic fluid for testing, and that's when my husband and I learned our daughter had a rare genetic disorder called Fanconi anemia (FA). We found out that we were both carriers, something we had never known.

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A Place to Connect, Grow and Belong

The Family Retreat offers families a break from appointments, treatment decisions and everyday responsibilities. Children can try new activities and grow in confidence while caregivers learn, share practical support and connect with one another. The relationships formed at camp often continue long after everyone goes home.

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