Hemophilia B in nagpur is a rare genetic bleeding disorder characterized by insufficient levels of a blood protein called factor IX, which is essential for blood clotting. Clotting factors are specialized proteins required for blood to seal a wound, stop bleeding, and promote healing. Individuals with hemophilia B do not bleed faster than those without the disorder; instead, they bleed for a longer duration.
Hemophilia B can be classified as mild, moderate, or severe based on the activity level of factor IX. In mild cases, bleeding symptoms may appear only after surgery, injury, or dental procedures. In some moderate and most severe cases, bleeding symptoms can occur after minor injuries or spontaneously, without any identifiable cause.
The severity of symptoms can vary. Prolonged bleeding is the primary symptom and is often first noticed during an infant’s circumcision. Other bleeding issues typically become apparent when the infant begins crawling and walking. Mild cases might go unnoticed until later in life, with symptoms potentially first appearing after surgery or injury. Internal bleeding can occur in any part of the body.
Symptoms may include:
Treatment for hemophilia B involves replacing the missing clotting factor, typically with factor IX concentrates. The dosage depends on factors such as the severity and location of bleeding, as well as the individual’s weight and height.
To prevent bleeding crises, individuals with hemophilia and their families can learn to administer factor IX concentrates at home as soon as signs of bleeding appear. Those with severe hemophilia may require regular preventive infusions.
For individuals with severe hemophilia, factor IX concentrate may also be necessary before surgery or certain dental procedures.
It’s essential for individuals with hemophilia to receive the hepatitis B vaccine, as they are at a higher risk of contracting hepatitis B due to potential exposure to blood products.
In some cases, individuals with hemophilia B may develop antibodies called inhibitors, which attack factor IX and render it ineffective. In such instances, a synthetic clotting factor called VIIa may be administered as an alternative.
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