Fanconi anemia is a blood disorder in which the bone marrow doesn't make enough blood cells or makes abnormal types of blood cells. Bone marrow is the spongy material inside bones that produces white and red blood cells and platelets. Red blood cells carry oxygen through the body, and white blood cells help fight infection; platelets help with clotting. All these cells die after a certain amount of time and constantly need to be replaced.
Fanconi anemia is a genetic condition. That means it runs in families—it is passed from generation to generation. Most people with Fanconi anemia are diagnosed between ages 2 and 15 years old. People who have this form of anemia may only live for 20 to 30 years. But, medical advances are making better treatment possible.
Having Fanconi anemia increases the risk for certain types of cancer. For example, about one in 10 with this condition will develop leukemia. As children with this type of anemia grow into adults, they are at increased risk for other cancers, such as tumors in the mouth or esophagus; women are at greater risk for reproductive organ cancers.
Thirteen genes have been linked to the disease. If one of your parents had Fanconi anemia, you might carry the gene and could pass it on to your children even if you don't have the condition. About one in 300 people is a carrier of the Fanconi anemia gene. Two groups of people, Ashkenazi Jews and Afrikaners, have a much higher risk of developing the disorder.
These are possible symptoms of Fanconi anemia:
Birth defects involving the hands, feet, skeleton, spine, vision, or hearing
Low birth weight
Lack of desire to eat
Delayed or slowed growth
Other symptoms may appear later. For example, women with Fanconi anemia may menstruate later than their peers and have difficulty getting pregnant or carrying a child to term, or they may begin menopause early.
Fanconi anemia may lead to:
Delayed growth or development
Infection, especially pneumonia, chickenpox, and hepatitis
Fanconi anemia usually is not diagnosed at birth, although children are born with it. A diagnosis is often made based on:
Personal medical history
Growth and milestone measures
Bone marrow testing
Doctors have numerous approaches to treating this anemia. Depending on your age and how well your bone marrow is working, these are possible treatments:
Antibiotics to help fight infection
Surgery to correct birth defects or digestive problems
Blood transfusion (considered a short-term option)
Medications to help the body make blood cells more effectively
Stem cell treatments
Synthetic growth factors
Screening for high-risk cancers
Your child's medical team will determine the best course of both short- and long-term treatment for your child.
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