![]() ![]() Signs of ischemia due to interrupted aortic arch can be separated by the organ system involved: ![]() Rarely, an interrupted aortic arch can be associated with an intracranial aneurysm. The pattern of pulse abnormalities is dependent upon the classification e.g., for type B interrupted aortic arch, the right brachial pulse will be palpable and the left brachial and femoral pulses will be impalpable due to closure of the ductus arteriosus. If the condition progresses, the infant may turn pale, feel cold in the lower half of the body, and have a weak pulse due to insufficient blood flow. Patients will have a loss of appetite, appear tired and weak, and exhibit rapid breathing and a rapid heart rate. The diagnosis can also be made prior to birth via ultrasound. An echocardiogram can also aid in classifying the type of defect. It can be diagnosed with a standard echocardiogram. Around 50% of patients have DiGeorge syndrome. It is thought that an interrupted aortic arch occurs through excessive apoptosis in the developing, embryonic aorta. Patients with an interrupted aortic arch usually have symptoms from birth, with nearly all presenting symptoms within two weeks (when the ductus arteriosus is usually closed). Interrupted aortic arch (especially Type B) is often associated with DiGeorge syndrome. There are three types of interrupted aortic arch, with type B being the most common. Almost all patients also have other cardiac anomalies, including a ventricular septal defect (VSD), aorto-pulmonary window, and truncus arteriosus. In a sense it is the complete form of a coarctation of the aorta. There is a gap between the ascending and descending thoracic aorta. Interrupted aortic arch is a very rare heart defect (affecting 3 per million live births) in which the aorta is not completely developed. Medical condition Interrupted aortic arch ![]()
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