The most common complaint is severe pain, which may be chronic or occasional. An acute pain attack, usually accompanied by other symptoms, is called a Sickle Cell Crisis.
- Shortness of breath
- Dizziness
- Headaches
- Coldness in the hands and feet
- Paler than normal skin or mucous membranes (the tissue that
lines your nose, mouth, and other organs and body cavities)
- Jaundice (a yellowish color of the skin or whites of the eyes)
- Severe infections
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The most common complaint is severe pain, which may be chronic or occasional. An acute pain attack, usually accompanied by other symptoms, is called a Sickle Cell Crisis.
Hand-Foot Syndrome
Sickle cells can block the small blood vessels in the hands and feet in children (usually those younger than 4 years of age). This condition is called hand-foot syndrome. It can lead to pain, swelling, and fever.
Swelling often occurs on the back of the hands and feet and moves into the fingers and toes. One or both hands and/or feet may be affected at the same time.
Splenic Crisis
The spleen is an organ in the abdomen. Normally, it filters out abnormal red blood cells and helps fight infections. In some cases, the spleen may trap red blood cells that should be in the bloodstream. This causes the spleen to grow large and leads to anemia.
If the spleen traps too many red blood cells, you may need blood transfusions until your body can make more cells and recover.
Infections
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A person is born with sickle cell disease based on genes that produce hemoglobin. There are two genes that determine the hemoglobin; one comes from each parent. A person without the disease may still have the Sickle Cell Trait which is a carrier of one gene that produces normal (A) hemoglobin and one that produces the abnormal (S) hemoglobin, thus (AS). In people with sickle cell anemia (SS disease), both genes produce S hemoglobin. The other forms of sickle cell disease would be a combination of S and C hemoglobin (SC disease) or S and beta thalassemia (S-beta thalassemia disease).
In order to have the disease, both parents must have at least one gene that produces S hemoglobin. Below is a diagram of possible outcomes if both parents have the Sickle Cell Trait (Unaffected "Carriers" of the gene producing S hemoglobin [r]).

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