V modern diagnostics magnetic resonance imaging is presented as one of the most informative methods for determining pathological and oncological processes at an early stage. This result provides contrast and nuclear magnetic resonance, which provides layer-by-layer scanning. internal organs and tissues, determination of the slightest changes in the structure, visualization of pathologies on the tomograph screen.

MRI: benefit or harm to the body

Every third clinical patient knows by personal example what magnetic resonance imaging is. But everyone is interested in the same question:

Is MRI harmful to health? Scientists have clinically proven that this method effective diagnosis absolutely harmless to human body, eliminates the risk of radiation in contrast to exposure to X-rays. That is why the list of indications for the procedure is extensive, while contraindications and restrictions prevail in isolated clinical pictures.

To understand for yourself whether it is worth doing an MRI or not, it is important to find out the essence of the proposed procedure, to determine the principle of the device's action on the affected organism. There is a special preparation called "tomograph", which is placed when clinical research a patient. With the help of this equipment, a magnetic field is created, which contributes to the formation of radio waves to obtain an image of internal organs and systems on the screen. The reader perceives such wave oscillation, sends the signal to the computer, where the information is finalized.

Despite the fact that the duration of the procedure varies within 20-30 minutes, the danger of harmful radiation is completely excluded. Therefore, in medical practice, it is even customary to do an MRI of the brain, there are cases of examination of pregnant women according to indications. Side effects are excluded, but such a diagnosis is possible only by the decision of the attending physician.

There is a misconception that radiation from CT, MRI and X-ray is equivalent to contributing to the formation of malignant neoplasms. In fact, the risk of cancer diagnoses is minimal in the case of all procedures. As for the X-ray, its implementation has time limits to maintain the health of the body.

If we talk about radiation from an MRI, the risk of radiation is 5 times lower than a long conversation of a patient on a mobile phone. So there is no harmful effect on a person. This fact is confirmed by the possibility of re-examination almost immediately after obtaining the previous results. This allows us to conclude that there is and cannot be any threat to the organic resource.

Myths about MRI

A huge number of rumors and gossip have appeared among the people, patients insist on a potential threat to their own health after an MRI scan. Below are some of the most common myths known to the wider medical practice:

1. MRI and radiation. Many patients assure that the received dose of radiation causes hair thinning, severe migraine attacks, aches in joints and bones. If you go through the procedure wisely, while not winding yourself up with terrible fantasies, such consequences for the body are completely excluded.
2. MRI and seizures. Some patients insist that re-holding procedures can lead to an exacerbation of the underlying disease, a prolonged attack. In fact, the high-frequency magnetic field created during the operation of the tomograph is not capable of harming the body. Therefore, such a progressive method can be used to diagnose diseases of the weakened spine and even the brain.
3. MRI and life. It is believed that each subsequent MRI examination shortens life. In fact, the human body calmly tolerates several repeated diagnostics at once, while the pathological processes of the organic resource are completely excluded. It is required to agree to an MRI as many times as the specialist recommends.
4. MRI and the effect on the fetus. Pregnant women are confident that magnetic resonance imaging can kill a child at any time during the "interesting position". This is not true, and in complicated clinical pictures, such a diagnosis is carried out shortly before childbirth. As for the early stages of pregnancy, during this period it is advisable to refrain from informative examination of the pelvic organs and the reproductive system.
5. MRI and claustrophobia. There is a subjective opinion that patients with a fear of a confined space cannot undergo the procedure for a definitive diagnosis. This is partly true, since the presence of a tomograph already provides for a limited plane. However, you can not be afraid of the operation of an open type MRI, when the patient does not have to be placed in a narrow chamber, even for several minutes. So there is an alternative, the main thing is not to exclude the suggestions and recommendations of the attending physician.

Now it is clear to everyone that magnetic resonance imaging does not harm human health, but it provides medical practice with tremendous help. The fact is that this is one of the most reliable diagnostic methods, which, after a reliable determination of the diagnosis, makes it possible to promptly proceed to intensive therapy according to indications.

Dangers of MRI

Despite all the positive aspects of the proposed diagnosis, MRI also has its contraindications, that is, not all patients are allowed to carry out the procedure. If the body has metal implants or fragments of operable intervention, from this method clinical examination is required to be categorically abandoned. In this case, the harm of the magnetic fields created by the device is obvious, since any vibration of the installed structures can provoke a relapse of the underlying disease and cause internal bleeding.

Patients with piercings, tattoos and other options for violating the integrity of the skin should also beware of such prescriptions, since the effect of magnetic waves on the body is destructive and dangerous for the day of health. If, before the procedure, all metal products and accessories are not removed from the body, thermal burns are not excluded.

If the patient wears a pacemaker, hearing aid or other "health devices", these are also relative contraindications for MRI. It is possible to solve the problem and admit a clinical patient to the procedure only if he temporarily removes such devices (in the case of a pacemaker, this is very problematic).

Otherwise, MRI does not harm health, moreover, it even allows you to save a human life in timely diagnosis extensive pathological process. So you should not ignore the valuable recommendations of the doctor, especially if, after collecting the anamnesis data and studying the medical history, relative and absolute contraindications were not found. This is the end of the questions on the topic: "MRI", whether the use of a tomograph is harmful to health - determines the attending physician.

Is MRI harmful, and how does the electromagnetic field generated by the device affect the human body? Can a child or a pregnant woman be subjected to the procedure? What happens if diagnostics are performed with contrast enhancement? All these questions arise in many people who receive a referral for a rather expensive diagnostic MRI procedure. Let's try to answer them in this article.

Is an MRI scan harmful to the body?

The method of studying the human body using MRI has been used in medicine for a short time - about twenty years. Most patients have a vague idea of ​​the principle of operation and device structure.

For this reason, when receiving a referral for a spinal examination, knee joint, or, for example, the brain, the patient fears whether the scan will harm his body. In fact, magnetic resonance imaging is absolutely harmless in the vast majority of cases. If the doctor takes into account the individual characteristics of the patient's body and the existing contraindications to the procedure, then MRI will not harm.

The effect of MRI on humans

What effect does the use of MRI radiation have on the human body? The operation of a magnetic resonance imager is based on complex electromagnetic radiation. The mobile table, where the patient is located, is placed in the "tunnel" of the apparatus. The "tunnel" is a cylindrical chamber protected by a plastic sheath from a huge magnet that surrounds it on all sides.

Under the influence of the magnetic field of the apparatus, hydrogen atoms in human tissues are reoriented in the direction corresponding to it. Then, when high-frequency vibrations are turned on, they are excited. The signals from the latter are captured by sensors and transmitted to a computer for decoding and forming an image, which shows the state of the tissue or organ being examined. That is, no fundamental changes in the human body occur during the procedure.

Reorientation and excitation of hydrogen atoms are absolutely imperceptible phenomena, they do not affect either the well-being or the health of the patient in any way. It can be concluded that doing research is not harmful.

Exposure to electromagnetic waves

With household exposure to electromagnetic waves, no negative consequences for the body occur. In order for the electromagnetic field to harm human health, it must be intense and / or act for a long time.

For example, the danger of the development of pathological changes arises with daily long-term (8-9 hours) exposure to an industrial (not even medical) source of electromagnetic radiation for 2-3 years in a row, without interruption. It is almost impossible to receive such a dose of radiation undergoing short MRI procedures, so there is no reason to fear for your health.

How often can an MRI of the spine and joints be done?

How often is it acceptable to be scanned with an EMF? You can undergo an MRI examination of the spine and joints (including the knee) an unlimited number of times, provided that the person has no absolute contraindications to the procedure.

Patient is not exposed to radiation during scanning x-rays therefore, there is no need to take long breaks between MRIs. The procedure can be performed as many times as you like, even within one day - this does not harm your health. For example, when detecting and treating multiple sclerosis, cancer or injuries of the spine and joints (including the knee), repeated scans are shown within a short period of time.

Is there a danger in conducting examinations for children and pregnant women?

The list of conditional restrictions on the procedure using MRI includes childhood up to 7 years and early pregnancy. The harm or benefit of EMF to the fetus is currently not confirmed. Experts say that no cases have yet been identified where scanning led to the development of intrauterine abnormalities. However, due to the fact that in the first 12 weeks the fetus is especially vulnerable, if possible, the examination is recommended to be postponed until delivery or at a later date.

Is magnetic resonance imaging harmful to a child's health? The electromagnetic radiation itself, in the quantities generated by the tomograph, is not dangerous even for the smallest patients. When examining babies, another problem arises - the child cannot lie motionless in the narrow tube of the tomograph for 30-40 minutes.

To carry out a complete procedure and get a reliable result, scanning has to be carried out under general anesthesia... The latter harms the cardiovascular and nervous system of the little patient. For this reason, overuse of MRI is not recommended - it can be harmful.

Consequences of using contrast media

If there is a suspicion of the presence of tumors or the need to diagnose the condition of the vessels, contrast-enhanced MRI is indicated. Can you expect various unpleasant surprises after such a procedure?

Gadolinium-based preparations are often used as contrast agents. On rare occasions, they can cause an allergic reaction in a patient. According to statistics, 0.01% of patients undergoing MRI suffer from hypersensitivity to gadolinium. Despite such insignificant indicators, allergy tests will be made before contrast-enhanced diagnostics. If there is no allergy, then the likelihood of unpleasant consequences due to MRI is close to zero.

In what cases is contrasting harmful? Provoke a deterioration in the patient's health and relapses chronic diseases MRI with contrast can be used if the examinee suffers from renal failure or cirrhosis of the liver. These conditions are among the contraindications for tomography. While carrying a child, a contrast-enhanced procedure is done only in emergency cases.

Contraindications to MRI

An MRI study, in which the device does not irradiate a person with X-rays, but scans through the combined effects of a magnetic field and high-frequency vibrations, is considered one of the most safe methods... However, there are a number of contraindications to the procedure. They are subdivided into absolute and relative.

Among the relative prohibitions is the first trimester of pregnancy. The harm of MRI to the fetus in the early stages of development has not been proven at the moment, but it is recommended to postpone the study "just in case".

Absolute contraindications:

1. scanning with contrast is prohibited for patients suffering from hypersensitivity to gadolinium or impaired renal excretory function;
2. diseases in the stage of decompensation;
3. mental disorders not amenable to even temporary correction;
4. claustrophobia (the patient can be examined only in an open-type apparatus);
5. sewn electrical devices or implants made of metals and alloys in the human body.

The benefits of magnetic resonance imaging

The benefits of magnetic resonance imaging are undeniable. This technique makes it possible to diagnose a whole complex of pathological conditions with almost one hundred percent accuracy - even on early stages their development.

The advantages of MRI over other diagnostic procedures used in modern medicine include:

• the minimum list of contraindications;
• no restrictions on the frequency of sessions;
• the ability to track the dynamics of changes in the state of the body;
• it is permissible to use in the diagnosis of diseases in children from birth;
• low likelihood of side effects;
• especially effective for visualization of structures of the spinal cord and brain, other nerve tissues.

Magnetic resonance imaging is one of the most informative research methods, in which you can get high-quality images and computer images of internal organs. The electronic view of the images allows you to examine in detail all areas of the examined organ and tissues. The device emits minimum doses of radiation, then, if necessary, it can be done quite often. But, even in spite of this statement, the question remains relevant - MRI scan

A fundamental feature of MR tomography is the ability to examine organs and tissues that cannot be examined by ultrasound or X-ray by other methods.

What diseases can be diagnosed with an MRI examination:

Diagnostics of pathologies of different parts of the spine;
MRI prostate;
suspicion of the presence of oncological neoplasms;
MRI;
examination of the head, spinal cord.

If we compare the radiation with MRI with X-ray, then the X-ray equipment is definitely capable of causing much greater harm to health. Ultrasound, which is used in an ultrasound study, is less dangerous, but at the same time, this informative method is inferior in quality to an MRI study.

For example, research sacral the spine on ultrasound, especially with a large fat mass, is almost impossible. And here is the survey thyroid gland An ultrasound of the prostate gland may be sufficient to establish a diagnosis. It follows from this that the harm from MRI is minimal with a high quality of the results obtained.

Is MRI harmful to human health?

The work of an MRI tomograph is based on the interaction of magnetic fields with the cells of the human body, a reasonable question arises - is MRI very harmful to health? The device consists of powerful turbines, the radiation from them has an insignificant effect of the electromagnetic field on a person.

What kind of radiation can a patient receive with MRI of internal organs? Even the longest diagnostic examination, which can take about an hour, is comparable to talking on a cell phone in terms of radiation. Sometimes it is necessary to do a series of diagnostic procedures, for example, to track the development of the disease, the healing process. An MRI scan can be done several times a year without much harm.

Brain tomography

In traumatic brain injuries and pathological processes of the brain, one of the main methods of examination is MRI. It is this method that allows you to study the state of the brain hidden under the thick bone of the cranium.

So, brain tomography is prescribed for some symptoms:

Dizziness;
frequent headaches;
suspicion of a neoplasm.

There are no specific contraindications for MRI examination, but sometimes MRI is not available:

1. Metal implants.
2. Hearing electronic implants or ferromagnets.
3. Metal osteosynthesis of the bones of the skeleton.
4. Pacemaker.

In addition, the procedure can be painful if the patient has tattoos made with paints containing metal chips. In this case, it is better to give up MRI and undergo an examination with an ultrasound machine or do a CT scan.

Spine tomography

For pathologies of the spine, MRI is also considered a safe, informative diagnostic method. The doctor prescribes a referral for an MRI scan for back injuries, vertebral hernias, tumor formations, neuralgia.

To obtain comprehensive information about the patient's condition, it is necessary to make sure that the patient's weight does not exceed 100 kg, there is no tendency to claustrophobia, and there are no metal implants.

Under what conditions is research neglected?

Contraindications such as the presence of a pacemaker, metal rods in the bones are absolute, but there are conditions that can be neglected in critical situations for reliable diagnosis. MRI is harmful to carry out during pregnancy in the first trimester, with Parkinson's disease, the patient's muscles are constantly contracting, that is, he is not able to lie still for a long time, or, for example, there is a fear of closed spaces.

When does the harm from an MRI machine recede into the background? This happens in case of severe injuries, exacerbations, complications:

Spinal cord injury;
stroke;
spinal column tumors;
multiple sclerosis;
anatomical abnormalities;
aneurysms;
pituitary pathology;
internal bleeding and organ damage.

High-quality digital images after tomography allow you to assess the state of organs ( inflammatory processes, tumor).

Does the list of benefits outweigh the harms of MRI?

Frequent MRI scans are not recommended, but 2-3 times throughout the year (carry out as many times as necessary) a full scan or partial examination of a certain part of the patient's body or organ is allowed:

Abdomen;
genitourinary system;
arms and legs;
examination of the vessels of the upper extremities;
examination of the gallbladder;
MRI of the hand;
examination of the lower spine;
MRI of the liver.

Despite the fact that the radiation dose received during diagnostic tomography is comparable to the radiation from home appliances (cell phone, microwave oven), you should not go for this type of examination yourself - diagnostics are carried out only with a doctor's referral.

The slight radiation exposure that occurs when a magnetic field is generated is safe when examining children. There are no negative feelings after the study, hospitalization is not needed, you can immediately go home.

How safe is contrast tomography?

The MRI method itself is quite informative, but sometimes the introduction of certain substances is required that can illuminate the necessary organ or part of the body on a computer image. Used drugs such as Omniscan, Gadovist, iodine, Dotarem, Magnevist.

The introduction of contrast agents is carried out under the supervision of an anesthesiologist for the timely elimination of possible allergic reactions... MRI with contrast is prescribed to diagnose the following pathologies:

Neoplasms in tissues, parts of the brain;
pituitary tumors;
severe cerebral hemorrhage;
suspicion of aneurysm of the aorta and inferior vena cava;
infectious lesions nervous system;
malignant tumors with metastases.

Contrast preparations are made on the basis of gadolinium saline solution, which accumulates in places of increased blood supply, for example, in tumors. Contrast MRI requires some preparation. The last meal should be 2 hours before the examination, and the examination itself can last 1-2 hours.

When is it harmful to carry out diagnostics?

MRI equipment has a number of significant advantages over other methods, but it can also sometimes be unavailable. The absolute contraindications are as follows:

Metal crowns, implants;
artificial stimulants;
titanium, metal needles and rods in bones;
fragments of metal in soft tissues and bones.

It is imperative to remove metal objects that are on the body (earrings, watches, piercings) and exclude them from falling into the radius of the magnetic field. In addition to being painful, metal can also reduce image quality.

Some psychological abnormalities, such as claustrophobia, are categorized as relative contraindications. In this case, it is possible to carry out diagnostics in an open apparatus, the design of which does not look like a tunnel, the effect of a closed space is completely absent.

Examination of children is also a little difficult, since babies are constantly in motion and it is difficult for them to lie in one position for a long time. Sometimes, if another method of examination is not suitable, the attending physician will prescribe a sedative or light anesthesia, which will help the child pass this test. In addition, so that the baby does not get nervous, it is allowed to find one of the close relatives nearby during the scan.

Pregnancy and tomography

MRI tomography in the first trimester of pregnancy is as dangerous as fluorography. Irradiation can negatively affect the fetus. If possible, it is recommended to postpone the diagnosis until the postpartum period. An exception is the need to establish fetal pathologies in the early stages. In this situation, the MRI study should not be postponed in any case.

To reduce patient anxiety about the MRI scan before the procedure medical staff explains to the patients the course of the study. An open MRI machine creates a comfortable, relaxing office environment by projecting landscapes onto the walls.

Modern orthopedics and traumatology often turn to MRI, as this type of diagnosis allows you to obtain high-definition 3D images of the area under study. In this case, the necessary organ or tissue can be examined not only from the outside, but also from the inside. MRI is used to examine large joints, joints of the spine, ligaments, tendons and muscles.

The obtained data are used by doctors not only when assessing the state of health and planning further treatment. Information is indispensable for making a decision on the expediency of surgery and correction of postoperative therapy and rehabilitation.

MRI of joints for children

The non-invasiveness of the procedure makes it possible to diagnose joints in children of different ages. For a growing organism, MRI is a completely safe and painless procedure, because it is based on the influence of a magnetic field from the outside (without surgical penetration into the joint cavity).

Very young patients often have a problem with perseverance. Since the study sometimes lasts up to 1 hour, and all this time it is necessary to maintain complete immobility, the child is immersed in a medication sleep. The dose of sedative (sedative) drugs is selected strictly individually for each patient, which eliminates the risk of side effects.

Indications for MRI of joints

MRI of the joints can be performed as prescribed by the attending physician (orthopedist, traumatologist, surgeon) or on the patient's own initiative.

Indications for MRI as directed by a physician:

• detection / confirmation of tumor processes;
• diagnosis / assessment of the state of fractures;
• arthritis, arthrosis (inflammatory lesions of the joints);
• sports injuries (damage to tendons, muscles, ligaments);
• osteochondrosis and / or intervertebral hernia;
• pathological development of the joint;
• habitual dislocations;
• synovitis (inflammation of the bursa);

Indications for MRI on their own initiative:

• pain, swelling in the joints;
• constant hyperemia (redness) of the skin in the projection of the joint;
• restriction or complete blockage of mobility;
• suspicion of a tumor;
• checking the condition after injuries, operations.

Contraindications to MRI

Contraindications to MRI of joints can be absolute and relative.

Absolute contraindications (categorically impossible):

• there are implanted metal objects in the patient's body (implants, clamps, vascular stents, etc.) - there is a risk of developing internal bleeding and other damage to nearby tissues, since metal structures are set in motion under the influence of a magnetic field;
• convulsions, involuntary muscle spasm, hyperkinesis - the inability to control body movements does not allow for a high-quality examination;
• allergy to contrast agent (gadolinium) - if necessary, more often to detect tumor formations, contrast is used in MRI diagnostics. If the patient has any reactions to gadolinium, then it is better for him to carry out MRI without contrast;
• chronic renal failure(with MRI with contrast) - gadolinium excreted by the kidneys increases the load on them and can provoke an exacerbation of the disease;
• pacemakers, insulin pumps and other life-supporting electronic devices - a magnetic field can disrupt the operation of these devices, which will negatively affect general condition sick;
• obesity of the patient (weight more than 150 kg) - prevents the patient from being in the MRI capsule, since the diameter of the tomograph can be much smaller than the size of the patient's body.

Relative contraindications (at the discretion of the doctor)

• pregnancy (mainly in the early stages) - the magnetic field can have an adverse effect on the development of the child in the womb, but in emergency cases, MRI diagnostics is possible;
• lactation ( breast-feeding) - with MRI with contrast, the next 2-3 days of the child breast milk you cannot feed due to the presence of gadolinium in the secretion of the mammary glands;
• the presence of tattoos, the paint of which includes metal - burning and itching may occur at the place of drawing;
• mental disorders - inappropriate behavioral reactions of the patient during the procedure can significantly complicate the study, and in some cases even make it impossible;
• claustrophobia (fear of a confined space) - can cause panic during the examination.

Preparing for an MRI of the joints

Preparatory measures are to get rid of all metal objects (glasses, hairpins, jewelry, etc.). Women are advised not to use decorative cosmetics on the day of the study, because some of its types may contain metal impurities.

It is advisable to exclude all factors that may interfere with the preservation of immobility - before the procedure, go to the toilet, take the necessary medications, put on clothes that do not irritate the skin, etc.

With MRI of joints with contrast, you should not have breakfast on the day of the procedure (contrast is administered only on an empty stomach).

Methodology

The study is carried out in a supine position, on the movable table of the tomograph. The patient's body and limbs are fixed with special fasteners to avoid involuntary movements. If desired, and children without fail, are given earplugs or headphones in order not to hear the sounds made by the scanner during operation. It can be hum, crackling, various clicks. The contrast agent is injected intravenously just before the procedure.

Then the table is moved to the scanner tunnel, which is equipped with a feedback system with the medical staff. In case of occurrence pain, nausea or panic, the patient can immediately contact a specialist - the procedure will be stopped immediately. The appliance is well ventilated and well lit to ensure complete comfort.

The duration of the examination of the joints is usually 30-40 minutes. Contrast-enhanced MRI - up to 60 minutes.

Side effects

Some patients note that after the procedure there is a slight dizziness, nausea, itching at the puncture site with a needle, urticaria. These symptoms are a consequence of the action of gadolinium, are extremely rare and are quickly eliminated by taking appropriate medications.

There were no other, more serious, side effects after MRI of the joints.

Research results

The conclusion and the MRI images are handed over to the hands immediately after they are deciphered by the radiologist. This usually takes about an hour, in difficult cases - a day.

MRI is a rather informative procedure that allows detecting diseases at the earliest stages of development. MRI of joints makes it possible to confirm or deny a preliminary diagnosis, to identify pathological changes in the joint and surrounding tissues, to adjust the treatment regimen, including surgery, to plan measures in the rehabilitation period.

Alternative diagnostic methods

MRI diagnostics surpasses other research methods in many respects:

• getting full clinical picture organ, both inner and outer shell (as opposed to ultrasound);
• no radiation to the body (as opposed to radiography and computed tomography);
• providing a volumetric (3D) image of an organ;
• the possibility of repeated repetition of the procedure.

It is these features that make MRI diagnostics reliable, safe and the most widespread in the world.

However, CT (computed tomography) is the most informative in the study of dense bone structures. MRI perfectly visualizes soft tissue... Therefore, specialists often use both of these methods to obtain an accurate result.

This story is long-standing, so I don't have any special photographs. I had no idea that I would write a review about this. I will not describe what an MRI is and in what cases it is done. Because in this case, such information can be found on the website of any clinic that conducts research. In most cases, patients are worried about the impression of an ordinary person who had to be examined.

I can only say that there is an MRI machine

• open
• and closed types.

If you're claustrophobic, go for an open-type hearing aid. But in such a study, it takes longer. About 30 minutes per zone. Both options are informative.

Before the MRI, I asked, maybe it is worth doing it on a closed one? Closed is more powerful and it seems they write that it is more informative. But the doctor reassured me that modern open-type equipment copes with the task very well.

WHY I DID THE MRI

One day it started to bother me trigeminal nerve... The pain was localized on the left side of the face and was constant. As I understand it, this is not entirely typical for the inflammation of the tee. Most often, problems with him arise on the right, and the pains are not aching, but shooting. In addition, I was experiencing wild fatigue, because of which I slept all day. The doctor suggested that I had problems with my teeth, sent me to be tested for various viruses and, just in case, to do an MRI of the brain. Now I already understand what I was supposed to have. And then nothing really scared me. Thanks to the tactful aunt doctor. A year later, I came across a completely different doctor, after visiting which a terrible disagreement happened to me from his assumptions. But that's a different story.

The doctor gave me a referral and the address of the clinic. The tomograph turned out to be an OPEN type there, which made me happy.

HOW THE STUDY WAS PASSED, FEELINGS

I must admit, I was not very aware of the situation. I didn't think that they might find some problems in my brain or somewhere else. Therefore, I was not afraid for the result. I was more worried about how I would survive this procedure.

But everything turned out to be not at all scary and not painful.

I signed up for the clinic without any problems, there was no long queue for this service at that time.

I came at the appointed time, filled out the documents, filled out a questionnaire, confirmed that I was not a pregnant cyborg and went to a special room. There I took off all the metal, including the bra. But I was allowed to leave jeans with a button, they said that it would not hurt.

I was invited to an office with a tomograph. The doctor's assistant asked me several questions: what worries me, from which side, etc. there are metal elements, implants and prostheses in my body again, if I am pregnant.

I answered all the questions.

And they laid me down on a very comfortable table. It was not hard to lie down, the surface of the table was covered with a thin mattress.

The head was attached to some kind of semicircle. There was also something soft and the head was comfortable. The second half of the circle was snapped on top. The light in front of my eyes did not fade, tk. this thing is small and did not cover the entire review. I could see the vault of the apparatus above me.

They gave me a button in my hand so that I could call for help if it got sick. They covered their feet with a blanket.

And the table went deep into the tomograph.

The assistant left. And the device began to tune in and knock over my head.

I felt that I was not in a closed long pipe, but that my legs were outside. It was unpleasant for me, comfortable and calm.

The apparatus banged, rattled and squeaked. The sounds did not irritate me, although they were loud. After about five minutes I completely calmed down and relaxed. It even seemed to me that I was starting to fall asleep.

But I was warned not to twitch. And if you fall asleep, involuntary twitching may begin, which will violate the reliability of the diagnosis.

Therefore, I thought about pressing matters and planned my further actions for the day.

During the research, I still experienced some sensations. Absolutely painless and sometimes even pleasant.

I felt as if the rays were scanning my head, first across, then along.

After the MRI, I had a feeling as if I had received an indirect massage of the brain))) There was lightness in my head.

The assistant returned 30 minutes later. They rolled me out of the tomograph and sent me out for an hour.

RESULTS

This hour still made me nervous. And, in order to dumb in the unknown, I went to a pastry shop nearby. There I chatted with the hostess while eating cakes.

Upon my return, I was given a large packet with a disk, a snapshot and a conclusion. And then they invited me to the clinic's neurologist's office.

With regard to papers and photographs, everything was in order with me. But the doctor twisted me this way and that, poked me with needles, squeezed my stomach, forced me to bend over, squeeze his hands, stand on one leg and touch his nose.

Apparently, my sick appearance did not allow him to believe that I was healthy.

Then he nevertheless prescribed me Finlepsin and sent me home to be treated.

I went back to my doctor with the results for her recommendations.

EFFECTS OF MRI

After the MRI, one unpleasant consequence nevertheless overtook me. At that time I was taking courses, spent a lot of time at the computer. And now, probably three or four hours later, it was as if they pushed me in the head, she jerked as if under the influence of an impulse, a shot in my brain, dizziness began, my ears buzzed.

These sensations were short-lived, not particularly painful, but still impressive. I sat a little by the window, breathed out and everything returned to normal.

Perhaps it was some kind of pressure drop. Or the computer influenced, on which I did practical work for several hours. Or a delayed panic attack.

In any case, I no longer had such sensations.

COST WHAT IS INCLUDED IN THE SERVICE

I paid 2800 rubles for an MRI scan, 350 rubles for films on film. The disc was included for free. The consultation was also free.

Subsequently, I had to do an MRI of the spine, so my impressions expressed in this review did not end. I'll tell you about them after a while.

OUTPUT

This is an effective and quick, albeit expensive, way to eliminate the disease. But it is better to pay and live in peace, happily ever after, knowing that everything is ok, than constantly returning to the thought that something might be wrong.