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Fanconi anemia (FA) is a blood disorder that causes every cell in the body to be vulnerable to DNA damage, leading to the death of vital cells or contributing to their transformation into cancers.
Every day, stress, toxins, and environmental factors damage our DNA. Our bodies are normally programmed to constantly find and repair damaged DNA. Yet in this rare genetic disorder, the genes responsible for this task do not work correctly. Instead, damaged DNA remains and can cause problems in blood and bone marrow by harming stem cells—the source of all cells. When too much damage occurs, bone marrow can fail or turn into leukemia, requiring a stem cell transplant.
Fanconi anemia affects 1 in 131,000 people in the United States. Birth defects may be some of the first signs and symptoms of FA, but in other patients the first signs can be nosebleeds, bleeding gums, bruising easily, feeling tired, or getting infections easily. Specific cell breakage studies are needed to confirm its diagnosis, with subsequent genetic testing to determine the FA subtype.
Fanconi anemia also leaves the body vulnerable to cancer—especially blood cancers, but also other tumors, necessitating close monitoring. Although it’s unclear why, FA can be mild to severe, with some children becoming teenagers before they are diagnosed.
Stanford Medicine Children’s Health has developed innovative stem cell transplants and groundbreaking research-inspired treatments for FA that can help your child survive and thrive.
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