A genetic disorder causes arterial abnormalities. What is the expansion of hemorrhagic hair?

The expansion of hemorrhagic hair is a genetic disorder that leads to the formation of abnormal connections, which are called intravenous veins between the veins and veins, and the most common areas of these disorder are the nose, lungs, brain and liver. These arterial intravenous malformations can expand over time and can be flourished or torn, sometimes causing catastrophic complications. Automatic and unjustified nose bleeding is the most common sign daily, as continuous bleeding of the nose and intestinal tract can lead to the severe anemia due to iron deficiency and can also lead to a low quality of life. Symptoms of nasal bleeding. Narrowing of breath. Headache cases. Periodic attacks. Anemia caused by iron deficiency. The presence of swelling with blood vessels or small red spots, especially on the lips, face, fingertips and tongue. The cause of the genetic hemorrhagic hair’s extension is a genetic disorder it inherits from your parents, and is considered a prevailing, which means that if one of your parents has the expansion of the hereditary hemorrhagic hairs, your heritage opportunity for him reaches 50%, and if you have a disease of the hemorrhagic hair, you will inherit the children of the child. Ultrasound diagnosis: This technique is sometimes used to determine whether the liver has been influenced by arterial intravenous distortions. MRI: Your doctor may request an MRI examination for your brain in search of any inclusion of blood vessels. Bubble Study: To detect any abnormal blood flow arising from artery venous distortions in your lung, your doctor may recommend a special heart -Iggo scheme, known as the Bubble Study. Computerized Tomography recording: If the bubble study revealed that you could be infected with venous arterial malformations in the lung, the doctor may request a computerized CT scan to make your lungs to confirm and evaluate whether you should perform surgery. Hormone -Related Drug Therapy: It is possible that medicines containing estrogen may be useful as it has common side effects associated with the large doses needed. Medicines that impede vascular growth: one of the most promising treatments used to treat the HHT -Kapillary Extension Disease (Avastin), injected by a tube installed in the vein (ie by the vein). Medicines that delay stroke: Cyplocapron and Lysteda can help stop severe bleeding in emergency situations, and it can be helpful if it is regularly eaten to prevent bleeding. If you have iron deficiency anemia, the doctor may suggest using alternative medication, which is injected intravenously, which is usually more effective than taking iron pills. Nose surgery is one of the most common signs of the most common genetic hemorrhagic hair. It sometimes occurs daily, and a lot of blood loss can cause anemia and the need for regular blood transfusions or iron pump. The procedures for reducing the frequency of the nose and its intensity may include: Exit: This procedure uses laser energy or a high frequency electric current to close the abnormal vessels that cause nose bleeding. However, it is usually a temporary solution, and the nose is eventually repeated. Skin spot: The doctor may suggest to take a leather stain from another part of your body, usually the thigh, to plant it in your nose. Surgical opening of the nose: If nothing else does not succeed, it is always a successful solution to connect the skin fluid into the nose to close the two holes. It only occurs in extreme cases when other methods fail. Other surgical procedures of the lungs, brain and liver are the organs most affected by the disease of the genetic hemorrhagic hair in the lungs, brain and liver, and the procedures followed in the treatment of the arterial distribution injuries may include in these organs: The valve: in this procedure is a long, skin plug or metal chilled to the area where Metal is used to prevent blood from entering the arterial slander, which eventually shrinks and recovered from it. The valve is usually used to treat venous arterial deficit infections in the lungs and brain. Surgical removal: For some people, the perfect option is to eradicate intravenous arteries in the lungs, brain or liver surgically, and the location of venous arterial deformation, especially if it is in the brain, can increase the risk of surgical intervention. Radiological treatment: This procedure is used to treat arterial deformation in the brain. It uses radiological rays from many different sides, all of which cross at the place of venous veins to eliminate it. Liver transplant: The treatment of the liver infection that affects the liver is rarely in the liver.