Angiography Gas

Gas Angiography: Description, Application and Benefits

Gas angiography, also known as capnoangiography or pneumoangiography, is a diagnostic procedure that uses gas injections into blood vessels. This procedure produces images of blood vessels with a high degree of detail and accuracy.

The use of gas angiography can be varied. It can be used to diagnose diseases of the heart and blood vessels, such as coronary heart disease, aneurysms, thrombosis and others. Gas angiography can also be used to assess the blood supply to tumors and other formations, as well as for planning surgical interventions.

The gas angiography procedure begins by injecting gas into a blood vessel through a thin needle. The gas then spreads through the vessels and fills them completely. An X-ray machine is then used to take images of the blood vessels. The image can be obtained both on film and in digital format.

Gas angiography has several advantages over other methods of vascular imaging. First, it produces highly detailed images, which allows an accurate assessment of the condition of the blood vessels. Secondly, the procedure is harmless and non-invasive, which means that the risk of complications for the patient is minimal. Third, gas angiography can be performed even in patients with an allergy to the contrast agent used in other vascular imaging techniques.

However, gas angiography is not without its drawbacks. The procedure may be slightly painful and take longer than other vascular imaging techniques. It may also be less accurate in assessing very small vessels.

In general, gas angiography is an important tool in the diagnosis and treatment of heart and vascular diseases. It allows you to obtain very detailed images of blood vessels, which allows you to accurately determine the condition of the vessels and plan treatment.

Gas angiography

**Angiography is a study of blood vessels**

Currently, it is widely used in the diagnosis of arteriosclerosis and arterial hypertension, atherosclerosis, cerebrovascular accidents, traumatic brain injuries, some heart diseases that cause aortic dissection and narrowing of the lumen of blood vessels, as well as a number of oncological and endocrine diseases.

Among the angiographic methods are angiopulmonography, radio- and X-ray angiomodensography, angiotomography, angiopalpebroscopy, duplex scanning of blood vessels, Dopplerography, transcranial Dopplerography **Angiography**.

However, not everyone can afford to undergo this examination. If only because its cost differs significantly from conventional x-rays or ultrasound. In some cases it reaches 30 thousand