Angiography Carotid

Carotid angiography is angiography of the carotid artery and blood vessels of the brain.

Angiography in general is a method of visualizing blood vessels using a contrast agent and X-rays. Carotid angiography provides images of the carotid arteries, which arise from the aorta and carry blood to the brain, as well as images of the blood vessels of the brain itself.

This study is carried out to diagnose diseases of the carotid arteries and cerebral vessels, such as atherosclerosis, aneurysms, stenoses, occlusions and others. It allows you to determine the location and extent of vascular damage. Based on angiography data, the doctor can make an accurate diagnosis and prescribe adequate treatment - drug therapy, surgery or stenting.

Thus, carotid angiography is an important method for diagnosing the state of blood supply to the brain, allowing timely identification of life-threatening pathologies.

Carotid angiography is a medical method for visualizing the circulatory system of the brain and carotid arteries. This examination method is one of the most important methods for diagnosing various diseases of the head and neck, such as:

1. Aneurysm 2. Extensive cerebral hemorrhage 3. Subdural hematoma 4. Incarceration of the carotid artery 5. Multiple sclerosis and more.

During the procedure, a contrast agent is injected into the carotid arteries, after which, using equipment, the state of the circulatory system can be examined and defects can be detected. Thus, the diagnosis of circulatory diseases of the head is ensured immediately after the examination. The findings are extremely important for understanding the anatomy and function of an occluded aneurysm in the brain, primarily in determining whether to intervene and excise the tumor from this carotid artery. In addition, angiography plays an important role in assessing the circumstances of the results of protection and atherosclerotic changes in the arteries.

Angiography may also be useful in evaluating angioma after injection of prednisone to prevent arterial narrowing, studying thrombosis in the brain, locating vessels associated with wall rupture, and assessing anatomical changes in the vessels.

However, angiography also has its disadvantages: the high cost of examination in a hospital, the risk of serious side effects and the consequences of radiation therapy on the body. Despite this, the health benefits that angiography can provide far outweigh their disadvantages.

Therefore, in conclusion, I would like to say about the importance of the medical picture in the diagnosis of diseases associated with the circulatory system of the head and its need for making decisions about surgical intervention.