Angiocerebrography

Angiocerebragraphy (angio + lat. cerebrum + Greek. γραφω; spelling, image) is a method for studying the vessels of the brain and its membranes, based on the introduction of a contrast agent into the arterial system and subsequent x-ray examination.

Angiocerebrovasculography is one of the main methods for diagnosing vascular diseases of the brain. It allows you to identify the presence and degree of disruption of the blood supply to the brain, as well as determine the nature and localization of the pathological process.

The angiography method is based on the introduction of a radiopaque substance into the arteries of the brain, which makes it possible to visualize the vessels and their changes. Iodine-containing drugs such as iodolipol or iohexol are used as a contrast.

After the administration of a contrast agent, a series of x-rays are taken, which make it possible to obtain an image of the cerebral vessels in various projections. This allows you to assess the condition of the vessels, identify narrowings, dilations or aneurysms, and also assess the degree of blood flow disturbance.

In addition, angiography can be used to determine the location of brain tumors and cysts, identify aneurysms, diagnose thrombosis and embolism, and also to monitor the effectiveness of treatment for vascular diseases.

In general, angiocerebrovasculography is an important method for diagnosing and treating vascular diseases of the brain, which allows one to obtain information about the condition of the vessels and the nature of the pathology.

Angiocerebral angiography or cerebral angiogram is an X-ray diagnostic method that produces images of blood vessels and brain tissue. This makes it possible to identify vascular pathologies, aneurysms, tumors, disturbances in the blood supply to certain parts of the brain and other diseases.

An angiogram is a series of layer-by-layer images of the brain,