The Magnetic resonance imaging (MRI) of the Spine

Today MRI of the spine is acknowledged as among the most advanced method of lumbosacral diagnosis. MRI of the spine offers the possibility to analyze various pathologies. Moreover, MRI of the spine provides a unique opportunity to watch the physico-chemical processes in the spinal cord.

MRI of the spine is a series of thin slices, on the basis of which is built a three-dimension picture of the analyzing area. For example, MRI of the spine affords to watch the blood vessels, ligaments and even individual nerve trunks of the spinal cord.

For the surgeon to prepare for the complex surgery, MRI of the spine provides complete and accurate information, necessary to make it successful. For another thing, MRI of the spine is used during the postoperative supervision.

MRI of the spine is used to detect a variety of diseases. For example, MRI of the spine gives an opportunity to examine lumbar spine with osteochondrosis, protrusion, diskal hernia.

MRI of the spine is especially important with assumption of oncological diseases. It offers the possibility to detect the metastasis of tumor cells on the lumbar spine at the early stages.

MRI of the spine is impossible to replace in various kinds of traumas, such as sprains or fractures. It is also used with the spinal canal stenosis.

Today MRI of the spine practically supplanted traditional research methods such as myelography and computed tomography.

The Magnetic resonance imaging (MRI) of the Brain

MRI of the brain is non-destructive and painless method which offers the possibility to analyze the living brain.

Tomogram of the brain is of highest quality, it makes possible to study the smallest parts of the brain structure. It is important that the cranial bones do no influence the picture, because using the other methods they give a shielding action. That is why the MRI of the brain image is very accurate.

MRI of the brain could be done in various directions, giving not only axial, but frontal, sagital and even cross slices. The MRI of the brain is an important diagnostic tool and does not use harmful radiation(x-rays) to produce the images.

MRI of the brain is of high resolution which makes possible to observe separate vessels. Usually MRI of the brain is doing without contrast.

MRI of the brain offers the possibility to detect various diseases. For example MRI of the brain is a very effective method to detect congenital abnormalities, sella turcica pathologies, pituitary abnormalities, etc. MRI of the brain can be used to examine patients with such diseases as multiple sclerosis, arterivenous malformation and vasculitis. MRI of the brain is of particular oncology importance used to examine metastases. MRI of the brain is also used for AIDS patients to detect the inflammatory processes.

MRI of the brain offers the possibility to examine volume and position of the ventricular system. MRI of the brain is effective to visualize the cerebellomedullary cisterns and other cavities with cerebrospinal fluid.

The use of the MRI of the brain is the most important for the planning of the surgery and during the postoperative supervision.

Today MRI of the brain has completely replaced all other aggressive approaches and even computerized tomography.

Magnetic resonance imaging (MRI) of the knee joint

MRI of the knee joint is the most effective method of modern diagnostics. The problem is that sometimes it is very difficult to find the real cause of the disease and only the MRI of the knee joint offers the opportunity to detect the real cause of the disease.

MRI of the knee joint gives to physicians the opportunity of detailed examination of the pathological changes. Moreover MRI of the knee joint provides an opportunity to watch the physico-chemical processes in the knee and it’s separate structures.

MRI of the knee joint is a series of thin slices, on the basis of which is built a three-dimension picture of the analyzing area in which you can easily identify even the smallest elements such as vessels, nerves, etc.

MRI of the knee joint allows the physician to see the details and to ensure accurate diagnosis. Moreover MRI of the knee joint is important for the planning and preparing of the surgery and during the postoperative supervision.

Many people have problems with knee joint so they need MRI of the knee joint as the most effective diagnostic method. Only the early detection offers the possibility to make an accurate exclusion. Apparent trivial trauma of ligaments or crescentic cartilage tear can make a person invalid.

Because such traumas always result from fall and jump MRI of the knee joint is the only way to avoid serious consequences. Moreover no one physician would manage without the results of MRI of the knee joint.

MRI of the knee joint detects the meniscus solution of continuity, synovitis and torn ligaments. The high resolution of the MRI of the knee joint image offers the possibility to detect any pathology of meniscus and ligaments. MRI of the knee joint affords the opportunity to make an accurate diagnosis then to order right treatment.

It is important to understand that the MRI of the knee joint is not only the most effective, but completely harmless method of diagnosis. First of all MRI of the knee join is doing without any contrast. Secondly, MRI of the knee joint unlike X-rays does not use harmful ionizing radiation. Nevertheless, MRI of the knee joint accurately localizes the tumor and provides sharply defined images of cartilage surface of joints, muscles and tendons.

Today MRI of the knee joint is the main diagnosis method. This is not surprising. Only the X-ray study was available for most patients before the MRI of the knee joint appeared. In addition the X-ray is quite dangerous unlike the MRI of the knee joint.

Of course computer tomography provides the results not worse than the MRI of the knee joint. However the MRI equipment is available in any good hospital when computer tomography is done only in large specialized centers. In this sense, MRI of the knee joint has no worthy competitors, and annually the MRI of the knee joint is doing for millions of patients.