IMH is a common manifestation of aortic disease, which is also a common lesion in acute aortic syndromes. It is often considered as a precursor of AD. Paying close attention to the development of IMH is important for the prognosis of patients. CTA can effectively determine the location and range of IMH and whether it is associated with AD. At present, post-processing techniques of computed tomography angiography include MPR, CPR, VR. These methods are commonly used to evaluate IMH.
Thoracic aortic aneurysm (TAA) is the most common thoracic aortic dilatation. Computed tomography angiography can effectively assess the shape, location and degree of dilatation of TAA. It can also show the blood vessels involved in TAA, including left subclavian artery, double renal artery and abdominal aorta. At present, post-processing techniques of computed tomography angiography include MPR, CPR, VR. These methods are commonly used to evaluate TAA.
Abdominal aortic aneurysm (AAA) is the most common arterial dilatation disease. Computed tomographic angiography has been used all the time in the diagnosis of AAA. Applying the techniques in AAA, we can not only locate the position of AAA, but also classify it, and provide more valuable information for clinicians. Currently, post-processing methods include MPR, CPR, VR. These methods have their own advantages.
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