Cerebral artery malformations are congenital abnormalities of blood vessels in the brain. This condition occurs due to the abnormal development of the vascular system that causes blood to flow rapidly and go directly from the arteries to the veins, bypassing the surrounding tissues. If the disease is not detected early and treated promptly, it will cause serious complications such as: brain hemorrhage, brain damage, heart failure and blood swelling.

Vascular malformation is the appearance of an abnormal vascular organization or lesion that produces many small cavities (lobules) that resemble a honeycomb or strawberry shape.

A brain hemorrhage is a type of stroke that occurs when blood leaks into brain tissue and causes damage to the brain. When blood from the injury irritates brain tissue, it causes swelling, and blood collects into a mass called a hematoma. This increases pressure on surrounding tissue, eventually killing brain cells and causing a brain blood vessel to rupture.

If patients with cerebral hemorrhage are treated promptly, the size of the hematoma will not increase and complications will be reduced. Some patients with cerebral hemorrhage can recover and walk after treatment.

Stroke is common in people with diseases such as high blood pressure, diabetes, lipid disorders, obesity. The disease occurs due to atherosclerosis, causing the lumen of the blood vessels to narrow, easily forming blood clots causing blockage.

The process of brain MRI will vary depending on each specific case, however, usually the time for brain MRI will take about 20-25 minutes for common diseases.

Brain MRI is an advanced imaging technique that provides detailed and clear images of abnormalities of the skull, especially brain tumors, and is commonly used in the diagnosis of neurological diseases. This is what imaging methods can accurately diagnose many diseases that many devices could not diagnose before.

Magnetic resonance imaging (MRI) of the brain (MRI of the brain) is one of the methods used to effectively diagnose brain diseases, including cerebral vascular malformations. So does magnetic resonance imaging (MRI) of the brain have any effects?