Arteriography

Arteriography is an x-ray examination of an artery based on the introduction of a radiopaque substance. Arteriography is used primarily to identify the location and size of atheroma, primarily in the coronary arteries (coronary angiography) and leg arteries (femoral angiography).

In addition, arteriography is used to clarify the location of an aneurysm inside the skull or to identify cerebral tumors. In such cases, carotid artery angiography and vertebral artery angiography are performed.

Arteriography allows you to obtain a detailed image of the lumen of the arteries and identify abnormalities in their structure. This is an important diagnostic method that is often used before vascular surgery.

Arteriography is an X-ray examination of the arteries based on the introduction of radiopaque substances. This method is one of the main methods for diagnosing vascular diseases. It allows you to identify the location and size of atheroma in the coronary and femoral arteries and aneurysms inside the skull.

The method is based on the injection of a radiopaque liquid into the artery, which allows the vessels to be visualized on an x-ray. The doctor can then evaluate the condition of the vessels and identify the presence of atheroma or aneurysm.

Arteriography can be used to diagnose various vascular diseases, such as atherosclerosis, thrombosis, aneurysm, vascular tumors and others. It helps doctors determine the extent of vascular damage and choose the most effective treatment method.

However, it should be noted that arteriography is an invasive test that may lead to some complications such as bleeding or infection. Therefore, before performing arteriography, it is necessary to carefully evaluate all the risks and contraindications for this method.

Arteriography

**Arteriography** (arteriography) is an x-ray method for studying arterial vessels, based on the ability of their walls to transmit x-rays. The principle of the method is that a radiopaque substance, iodinated contrast, is injected into the arterial system using a fine-needle puncture method. In this case, zones of arteries with altered functional capacity are identified. Contrast is administered by puncture of large and medium arteries, most often radial and axillary. Sometimes the femoral artery, less often the popliteal artery, is widely used for these purposes. In most cases, venipuncture is performed. The purpose of such treatment is to substantiate the correctness of the doctor’s diagnoses for vascular disease and to carry out various types of reconstructive surgery using balloon catheters, laser resection of damaged vessels and vascular grafting to restore blood flow in them. Also, X-ray surgical analysis can identify blood clots and emboli and enable doctors, based on the data obtained, to plan the scope of surgical intervention, since the results of patients after angiography confirm its high effectiveness not only in diagnosing obstruction of the arteries of the arms and legs and their treatment, but also in peripheral vascular disease. Retrograde infusion of contrast makes it possible to almost instantly and absolutely accurately, without error, obtain an idea of ​​the condition of the arteries of the patient’s arms or legs. In addition, arteriography should be performed before ultrasound duplex scanning of the brachycephalic and extracranial arteries. I believe that the examination method using **arteriography** will be mandatory for clinical specialists in our specialty for a long time. I strongly recommend this excellent examination method.

Do you want to learn about such a phenomenon as arteriography? What is this process and what are the health benefits from it? Below I offer a detailed description of this procedure.

Arteriography is an X-ray examination of the arteries using radiopaque agents. This method is indispensable for localizing and determining the size of atherosclerotic plaques in the arteries, detecting vascular deformations in the brain, chest and limbs.

The main application of arteriography is cardiac arteriography, which occurs only after contrast (drug) is injected into the coronary arteries of the heart. Also used: renal angiography, femoral arteriography for the installation of vascular prostheses, angiography-guided angioplasty, cerebral arteriography (diagnosis of deformities in the brain), and other diagnostic procedures for aneurysms. Angiography of veins and arteries is also used to detect tumors and vascular disorders. Angiography is based on the injection of a radiopaque contrast agent.

The principle of the examination is to inject a dye into the arteries and record the effect of the drug on the body, where there will be either a display of vascular problems or complete isolation from problems due to color changes. The radiation dose does not exceed that usual for x-ray diagnostics, since the patient is in the center of the scanning machine. After this procedure, the patient is left for recovery (usually a day). To obtain a clearer picture, it is suggested to perform angiography several times. If you are interested in this procedure, contact your doctor.