Eurasian Journal of Chemical, Medicinal and Petroleum Research

Abstract Anywhere in the body may undergo extensive changes and be at risk of developing a tumor. Magnetic resonance imaging can be performed on the liver, bile, pancreas, spleen, uterus, ovary, and prostate and can reveal many problems in the body.Because radio waves are used in magnetic resonance imaging, the side effects of MRI are usually not significant. However, sometimes contrast dye can cause side effects such as skin rashes, headaches, and dizziness.For the following groups, this type of imaging is not prescribed and is dangerous:Normal imaging in pregnant women (in the first trimester) and the use of contrast material during pregnancy is prohibited; People who have had an allergic reaction to contrast material in the past; People who have any kind of metal in their body. In order to be able to examine how MRI is performed, we simultaneously examine care in three time periods, before, during, and after MRI: If you have a question about what to eat before MRI, pay attention to the fact that you should be completely fasting for about 4 hours before the imaging (the meaning of ''Unknown'' is that you should even refrain from drinking water, smoking, and chewing Avoid chewing gum too). In some cases, you may be asked not to eat or drink anything for 4 hours before the scan. Sometimes you may be asked to drink a lot of water before the scan, depending on the opinion of the doctor and imaging technician. You will usually be asked to stop taking medications in consultation with your doctor.

Abstract During the examination by these imaging methods, the patient can be treated in parallel, when the catheter enters the brain to rupture. Blood vessels (aneurysms) or blocked blood vessels can also be used for injections. Medicines to the treated area (e.g. spine). In addition to these classic diagnostic options, it is possible to intervene measures to eliminate pathological conditions: Widening of the narrowing of vessels, re-evaluation of vascular obstruction (thrombosis), and closure of vascular malformations (aneurysm). Whenever we find out what is happening in the brain, the patient is sent to a neurologist. Has the patient had bleeding in the brain or trauma, or is it flaccid paralysis, MS or a suspected brain tumor? A neuro radiologist uses imaging techniques to find out which disease is present. Patients are also referred to neuroradiology in cases of acute injury, for example after an accident, to find out if there is a circulatory disorder and what its nature is. Neuroradiology is still used X-ray diagnosis, but has declined in favor of modern diagnostic techniques because it cannot visualize the brain itself. However, imaging of the skull bones is very accurate. Therefore, this examination method is often used for suspicious accidental patients. Skull base fracture angiography is standard for examining cerebral hemorrhage in the form of a vascular bulge. (Aneurysm) is also based on x-rays where contrast material is used for marking. The vessels in order to produce an X-ray image on this basis computed tomography (CT) detects both the bones of the brain and what is happening inside, such as bleeding. The patient is placed through an X-ray tube. It creates cross-sectional images. CT angiography can also be used to visualize the vessels responsible for blood flow in the brain after a contrast agent is administered.