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What To Do If Your Head Constantly Hurts?

We all face a headache, though not so often. But what if the head hurts constantly, and not three times a month? The reason can be both in lifestyle and in poor health.

How lifestyle affects headache?

If you suffer from regular headaches, pay attention to your habits. Discomfort can occur due to fatigue, hunger, lack of sleep, overwork or stress. To get rid of the pain, try changing your schedule at least for a couple of weeks:

head-constantly-hurts

Go to bed early - a person needs at least 8 hours of sleep to rest. But do not sleep for more than 10 hours. In this case, the level of oxygen and sugar in the blood will decrease and cause a headache.

If you are sitting at books, a computer for a long time or your work is connected with looking at small details - once in half an hour get distracted. Stand, doubt, and do not strain your eyes for at least a couple of minutes.

Stop drinking alcohol. It affects blood pressure and affects the state of the vessels of the head.

Try to avoid stressful situations and negative emotions. If the headache is not caused by disease, then these simple tips will help you avoid it.

To relieve pain, you can take an analgesic (which medicine is right for you, the doctor will help you choose), have a bite to eat, lie down to sleep for half an hour, ventilate the room and do a head massage.

When your head hurts constantly, your doctor may refer you to an MRI or CT scan of your head

If the causes of the headache are not clear, the neurologist will refer you to an MRI scan centre in Noida- they will quickly determine the cause of the discomfort. And if everything is in order with the brain itself, a competent neurologist will be able to find the source of pain and send the desired specialty to the doctor.

Heart and spine as a cause of pain

Often the head hurts due to problems with the heart and blood vessels. Usually, older people are affected, but some diseases are common among young people:

High and low blood pressure. The head hurts when the weather changes, with a sharp rise, dizziness may begin and darken in the eyes. This is due to vascular tension and oxygen deprivation of the brain.

Vascular disease. With them, the pain lasts for several hours in the eye area, blood can flow from the nose.

Sclerosis and pinched vessels are the inevitable companions of atherosclerosis and scoliosis. Due to the reduced vascular lumen, less oxygen enters the brain, the head begins to hurt either over the entire area or in the back of the head and temples.

Stroke - thrombosis or rupture of cerebral vessels. There is a severe dull pain, a person may lose mobility on one side of the face or body, cease to distinguish between familiar objects. At the first symptoms of a stroke, you need to urgently call an ambulance - in a few hours the brain will die.

To detect pressure problems you just need to monitor your condition or visit an ultrasound clinic. It is no coincidence that at every appointment with the therapist you are necessarily measured with pressure. Do not be alarmed if it has changed one day: it is completely normal. But vascular diseases can be seen only on MRI of the brain or magnetic resonance imaging. You will be referred to these examinations in order to accurately establish the diagnosis if it did not work out right away.

What Is fMRI And When It Is Performed?

MRI was an important development in radiology because computed tomography was very successful in imaging hard tissues such as bone, but computed tomography was difficult and difficult to visualize, and the image quality was poor. Thanks to MRI technology, soft tissues such as the brain, heart, digestive system organs and kidneys become much well visualized.

fmri

When do we want to see hard tissues? Because, in cases that can cause head trauma, such as traffic accidents, good visualization of hard tissues such as bone allows us to detect fractures.

When do we want to see soft tissues? In cases that affect brain tissue such as tumour or stroke, visualizing the soft tissue of the brain allows us to diagnose these conditions. MRI is a must. Methods such as functional MR (fMRI), which emerged in MRI test labs in Delhi with the development of standard MR methods, have enabled many groundbreaking studies in neuroscience.

A standard MRI film is similar to a series of photos taken and gives a snapshot of the person, for example, the brain, just as it was taken. Thanks to real-time MRI, we can now see it as a video, not just a snapshot.

In what cases are fMRIs performed?

  1. Firstly, for purely scientific purposes: this is a study of the functioning of the normal brain and its functional asymmetry. This technique has revived the interest of researchers in mapping brain functions: without resorting to invasive interventions, you can see which areas of the brain are responsible for a particular process. Perhaps the biggest breakthrough was made in understanding higher cognitive processes, including attention, memory, and executive functions. Such studies have allowed the use of fMRI for practical purposes, far from medicine and neuroscience (as a lie detector, in marketing research, etc.).
  2. Secondly, fMRI begins to be actively used in practical medicine, in particular, for preoperative mapping of the main functions (motor, speech) before neurosurgical interventions for volumetric formations of the brain or incurable epilepsy. As a rule, motor zones for arms and legs, tongue, and speech zones are assessed: their presence, location relative to the lesion, the presence of homologs in the healthy hemisphere, compensatory activation enhancement in the opposite hemisphere of the large brain or secondary zones. This information helps neurosurgeons to assess the risk of postoperative neurological deficit, choose the most convenient and least traumatic access, and suggest the volume of resection.
  3. Thirdly, researchers are also trying to introduce fMRI into routine clinical practice in various neurological and mental illnesses. The main goal of numerous works in this field is to assess changes in the functioning of the brain in response to damage to one or another of its parts - loss and (or) switching of zones, their displacement, etc., as well as dynamic observation of the restructuring of activation zones in response to ongoing medication therapy and (or) rehabilitation measures. Ultimately, fMRI studies conducted by MRI scan center in New Delhi on patients of various categories can help determine the prognostic value of various options for functional restructuring of the cortex to restore impaired functions and develop optimal treatment algorithms.
Spinal Tumour And Its Treatment – MRI Needed

Tumours originating from the spine bones are usually caused by tumours that develop in other organs that metastasize to the spine. Tumours originating from the direct spine bones are rare. It is more common in the back and waist bones.

Spinal cord tumours can also develop directly from the spinal cord itself or from metastasis of tumours in other organs. Tumours originating from the spinal cord itself may develop from the membrane surrounding the spinal cord, nerves exiting the spinal cord, or directly through the spinal cord.

SYMPTOMS IN SPINE TUMOURS?

The most common symptom is pain. Pain in the region where the bone is held by the tumour, for example in the lower back, in the lower back, and in the back, in the back. Pain usually occurs at rest. If the tumour reaches large dimensions and begins to pressure the spinal cord and the nerves coming out of the spinal cord, pain occurs in one or both legs, numbness or weakness, and if the neck bones, pain in the arms, numbness and weakness are seen.

SYMPTOMS IN SPINAL TUMOURS?

Signs and symptoms of spinal cord tumours vary according to tumour location and tumour size. Symptoms include numbness and numbness in the arms or legs, difficulty walking, loss of sensation of pain or heat, incontinence of urine or large ablutions, paralysis of the arms or legs.

DIAGNOSIS OF SPINE AND SPINAL TUMOURS?

First, a detailed physical examination is performed. Drug (contrast) magnetic resonance imaging (MRI) is the gold standard. In addition to MRI, computed tomography (CT), bone scintigraphy and PET-CT are also used.

TREATMENT OF SPINE AND SPINAL TUMOURS?

The treatment is usually surgical. Surgically removed tumour tissue is sent to pathology to determine whether it is benign or malignant. If benign tumours can be completely removed surgically, there is little chance of recurrence and no additional treatment such as chemotherapy or radiotherapy is necessary. If the tumour is malignant, additional treatment is usually required as there is a possibility of recurrence after surgery.

Treatment

Tumours of the spinal cord can develop inside the parenchyma of the spinal cord by destroying the tissue directly or out of the medullary parenchyma by often compressing the marrow or the nerve roots. Symptoms may include back pain and progressive neurological deficit related to the medullary or radicular involvement. The diagnosis is based on MRI. Treatment may include corticosteroids, surgical excision and radiotherapy.

Surgical excision and radiotherapy

If patients with neurological deficits due to compression of the spinal cord, corticosteroids immediately to reduce spinal edema and preserve its function. Tumours compressing the spinal cord are treated as soon as possible because deficits can quickly become irreversible.

Some well-localized primary tumours of the spinal cord can often be removed surgically. Neurological symptoms are met by almost half of these patients. If the tumourscannot be operated on, radiotherapy is used, with or without surgical decompression. Extradural compressive metastatic tumours are usually excised surgically from the vertebral body and then treated by radiotherapy. Non-compressive metastatic extradural tumours may be treated with radiotherapy alone, but may require excision if radiotherapy is ineffective.

Scanner, MRI, Radio: Which Exam For Which Indication?

Depending on the medical indication, the specificities of the area to be studied, or the profile of the patient, the doctor has a wide choice of medical imaging techniques.

X-ray

Standard radiography uses X-rays that pass through the human body, being more or less absorbed by the tissues according to their density. It allows to obtain two-dimensional images of "full" structures. This technique is, therefore, well suited to the observation of bones and joints. Orthopedics, rheumatology, or orthodontics, use radiography to study trauma (fractures, etc.), skeletal deformities, or the implantation of teeth.

It is also possible to visualize certain organs or hollow parts, usually invisible to X-rays, by "filling" them with an opaque contrast product: this is the contrast radiography.

CT or computed tomography

The scanner, which also uses X-rays, explores the body in volume and thus makes it possible to establish 3D images of organs or tissues scanned: bone, muscles, vessels, or brain. The images obtained are "sectional" images.

The scanner makes it possible to visualize a change of volume or a structural anomaly (tumor, embolism, aneurysm, etc.). It will reveal a narrowing of the coronary arteries in case of chest pain or myocardial infarction. It can also be used in surgery to inform doctors about areas where the intervention is planned, as well as oncology, to control the response to chemotherapy or guide biopsies.

Magnetic resonance imaging (MRI)

The MRI allows to visualize the anatomical structure of the body volume. Anatomic MRI is distinguished from functional MRI.

Anatomical MRI is based on the magnetization of hydrogen atoms present wherever there is water and fat. It is, therefore, particularly adapted to the observation of "soft tissues," such as the brain, the spinal cord, the muscles, the tendons, or the viscera (liver, spleen, and kidney).

Functional MRI is based on the measurement of the deoxy-hemoglobin of red blood cells (the hemoglobin devoid of oxygen leaving the organs). It thus makes it possible to follow the influx of oxygenated blood in the organs, and thus it is very used in the cerebrovascular accidents, but also, in neurology, to make the diagnosis of Alzheimer's disease or multiple sclerosisby visiting MRI test labs in Delhi.

Ultrasound

An ultrasound probe emits ultrasound, sound waves imperceptible to the ear, in the direction of a solid object. They bounce off the object and then return to the starting point. The system allows to explore the heart, the viscera (liver, spleen, pancreas, bladder, bladder, kidneys), and the genital tract (ovaries, uterus, prostate). On the other hand, the digestive tract, the lungs, and the bones are not acceptable.

Doppler ultrasound allows the vascular system to be explored with a thinner probe that can be introduced into the vessel lumen. It is indicated for exploratory examinations in diseases of the veins and arteries. It is important to first know Doppler ultrasound cost.

Finally, ultrasounds of pregnancy, which do not present a danger for the foetus, allow its morphology and its environment: amniotic fluid, placenta, cord.

MRI Of Pregnant Women- Is It Safe?

Magnetic resonance imaging is one of the safest diagnostic methods. One of its main advantages is the absence of radiation exposure to the patient’s body, since MRI diagnostics do not use ionizing (X-ray) radiation. The basis of magnetic resonance imaging is the use of radio pulses in a magnetic field of high tension, and none of the studies have revealed any negative effect on a person of either a magnetic field or radio waves. In addition, most often MRI is performed without the introduction of a contrast agent to the patient.

Thus, we can say that MRI is one of the most suitable research methods when pregnant women need to be diagnosed. In particular, it is certainly preferable to computed tomography (which is virtually eliminated due to the need for contrast). However, with all this it is important to remember that the lack of information about the negative impact of MRI test cost in Noida on the foetus does not mean the complete exclusion of the harm of this type of study for the unborn child. If there is no urgent need, diagnosis is not recommended during the first trimester of pregnancy.

In the future, pregnant women should undergo MRI exclusively according to the doctor’s indications and under the supervision of an obstetrician-gynaecologist.

Magnetic resonance imaging of the foetus is prescribed according to ultrasound diagnostics when identifying certain pathologies in the development of the unborn child. The high sensitivity of MRI test cost in Noida allows you to clarify the nature of the abnormalities and helps to make an informed decision about the preservation or termination of pregnancy. MRI becomes especially important if it is necessary to study the development of the foetal brain, to diagnose malformations of cortical development associated with impaired organization and formation of the convolutions of the brain, the presence of heterotopy sites, etc.

The doctor decides if it is necessary. If yes, proceed with due precautions

The first step is to assess whether it is really necessary to take the exam or if it can be postponed until after delivery; likewise if there are possible alternative tests, such as ultrasound. If a woman has the real need to undergo radiological assessment, it is good that she does not give up.

In this case, however, it is advisable to take a series of precautions to minimize the risk of damaging the foetus. First of all it is necessary to optimize the quantity of radiation: it is in fact possible to adjust the equipment so as to use the lowest possible dose to obtain a good image for diagnostic purposes anyway. Another important measure to be adopted is to reduce the radiation field as much as possible, so as not to irradiate the foetus.

With these precautions it is therefore possible, for example, to take a chest x-ray without risk to the foetus. The best prevention always passes by this move: to inform the radiologist of the pregnancy even if it is not certain or cannot be excluded, together we will choose the best solution.

MRI Of The Brain (Magnetic Resonance Imaging)

MRI is a modern study of brain structures by recording an RF signal when a patient is placed in a device with a high magnetic field, which allows doctors to conduct a high-quality diagnosis of brain diseases/ injuries. Unlike other methods of radiation diagnostics, such as computed tomography, radiography, during MRI we get more diagnostic information, the accuracy of which is now the highest among all methods of radiation diagnostics of brain structures. In addition, with an MRI of the brain, the patient is not exposed to ionizing radiation; therefore, this procedure is safer for health than other diagnostic methods.

BASIC INDICATIONS FOR MRI OF THE BRAIN

Diseases of the vascular system of the brain. In most cases, patients are referred for MRI test in east Delhi if the person has suffered a stroke or if there has been a hemorrhage in the brain. In this case, you can accurately see the affected area and understand how severe the hemorrhage was in order to use certain drugs to improve the patient's condition.

Endured various head injuries, especially those accompanied by neurological disorders, such as malfunctioning of the senses.

Oncological processes of the brain (primary tumors, secondary changes - metastases). In this case, MRI allows you to monitor the situation and see how much the tumor has increased or decreased after treatment.

Infectious diseases that occur with damage to the nervous system, such as meningitis, encephalitis, brain abscess, which, if improperly treated or absent, can lead to death.

Congenital anomalies of the substance of the brain for a long time may not produce significant symptoms, but under certain conditions (increased blood pressure, trauma, etc.), cause complications ending in temporary disability or disability.

Epilepsy, a condition accompanied by a malfunction of the cerebral cortex, in this situation it is necessary to see which part of the brain is damaged and what is its general condition.

Where to do an MRI of the brain

MRI- the gold standard for brain research, is the most accurate, safe and informative method of radiation diagnostics, both for assessing the anatomical structure of the brain and for visualizing pathological changes in its structure, and some specific studies can evaluate brain metabolism, but at the same time it requires the availability of modern expensive equipment in a medical institution, as well as highly qualified specialists who can make the correct diagnosis h based on studies.

Brain MRI is a painless procedure, as a result of which, using the influence of a magnetic field, and layered, detailed images of brain structures are obtained. MRI is a safe method of examination, i.e., when scanning, X-ray (ionizing) radiation is not used, and the patient is not "irradiated" during the procedure, as a result of several examinations it is possible to go through at a time. It is good to know the MRI test cost in Noida before undergoing the treatment.

If necessary, MRI of the brain is performed with contrast. A contrast agent is used to study processes in the organ or tissue under study in more detail. When injected into a vein, the blood flow brings a contrast medium to the zone of interest, after which a targeted study of this zone is performed, this allows you to identify and confirm the presence, as well as evaluate the dynamics of oncological and inflammatory processes in the brain.

How To Determine The Cause Of "Knee Pain"?

One of the most common complaints after outdoor activities is a pain in the knee joint. Its cause can be both sharp traumatic effects and prolonged static loads. If you are concerned about “knee pain”, then you need to consult a traumatologist, because in some cases joint pain can be a harbinger of serious pathology.

Diagnosis of the causes of "knee pain"

In the vast majority of cases, the damage is complex, and without visualization of damaged structures to identify problem areas can be problematic. For this, an MRI study is performed by MRI scan centre in New Delhi to study the anatomical structures of the joint and identify the cause of the pain.

In the knee joint are most often damaged:

  • Menisci (red markers)
  • Bags of the joint in the form of inflammation.
  • Ligaments:
  • Cruciform- front and back
  • Collateral
  • Own patellar ligament

When does it make sense to examine an MRI of the knee?

With each step, the knee joints experience a three-dimensional load of the weight of the whole organism. For a short period, the knee can withstand much more. Like no other joint, the knee provides mobility. Cartilage and meniscus absorb a heavy load, and the ligaments further stabilize the knee.

Often, problems with the knee joint occur in children and adolescents in connection with growth, since the individual elements of the knee joint must constantly adapt to each other.

The knee joint is already inherently subjected to a constant load, and the additional load (for example, during sports) causes damage to it. Excessive rotation often causes ligament rupture, especially the cruciate ligament. An overload can also lead to the rupture of the meniscus. These two diagnoses cannot be made by X-ray. This requires an MRI scan.

In addition, the knee joint refers to those joints that are the most susceptible to wear (arthrosis). An MRI scanner shows how worn the cartilage is. Determining the degree of wear is very important in developing a treatment plan.

What is this survey?

Using a strong magnetic field, the internal structures of the knee are visualized in the framework of magnetic resonance imaging. This allows MRI scan centres in east Delhi to make an accurate diagnosis.

If the artificial knee cannot be avoided, then MRI images are an important part in terms of preparing the patient for surgery. It is necessary to clearly determine the type and position of the artificial joint.

As part of the examination (examination lasts up to 20 minutes), you lie on a movable couch, which is sent to the tunnel. It is open front and back. Using a strong magnetic field, layered images of the knee are created to consider the smallest changes. Such changes cannot be detected using x-rays, and the examination is painless and takes place for the patient in a gentle manner.

If necessary, a contrast agent is introduced in order to better consider the individual parts of the knee joint and possible damage. The used contrast medium does not contain iodine and only in rare cases, causes side effects.

Breast MRI Scan: Purpose, Procedure, and Results

Thoracic magnetic resonance imaging (MRI) is a type of imaging test that uses magnets and radio waves to check for abnormalities in the mammary gland. MRI gives doctors the opportunity to see soft tissue in your body. Your doctor may ask you to get a breast MRI if they suspect that there is an abnormality in the chest.

Why Breast MRI is done?

Breast MRIs are used to examine your breast when other imaging tests are insufficient or inconclusive to screen for breast cancer in women at high risk of having the disease and to check the progression of breast cancer, as well as the effectiveness of its treatment. Your doctor may also order breast MRI if you have:

  • Dense breast tissue
  • Signs of breast cancer
  • Family history of breast cancer
  • Leaking or torn breast implant
  • Neoplasm in the chest
  • Precancerous changes in the breast

Breast MRIs are intended for use with mammography. While breast MRI scan centre in Noida can detect several abnormalities, there are some breast cancers that mammography can better visualize.

How is breast MRI performed?

An MRI machine includes a flat table that can slide in and out of the machine. A rounded, wheel, as the part where magnets and radio waves emit from imaging the chest. Before being scanned, you will change into hospital clothes and remove all jewelry and body piercings. If you use a contrast dye, a dropper will be inserted into your hand so that the dye can be injected into the blood.

In the MRI room, you will lie on your stomach on a soft table. There will be depression on the table where your breasts will rest. The technician will slide you into the car. The doctor will give you instructions on when to conduct more and when to hold your breath. The technician will be in a separate room will be watching and monitoring that collect images, and therefore, these instructions will be given through a microphone.

You won’t feel the car is running, but you can hear loud noises, such as slams or thuds, and possibly a humming noise. A technician can give you a plug. Testing can take up to an hour. After the images have been recorded, you can change and leave.

Breast MRI Results

A radiologist of MRI test lab in Delhi will examine your breast MRI, dictate your interpretation results, and give conclusions to your doctor, who will review them after receiving the results. Your doctor will discuss your results or schedule a follow-up appointment. MRI produces black and white images. Tumors and other abnormalities may occur as bright white spots. These are white spots where the contrast agent is collected due to increased cell activity.

If an MRI scan indicates that the mass may be malignant, your doctor will recommend a biopsy as a follow-up test. This involves surgical removal of a small sample of tissue from a suspicious lump. A biopsy will help the doctor find out if the bump is malignant or not.

MRI For Children: Diagnosis Without Fear

Magnetic resonance imaging has long established itself as a reliable diagnostic method that can identify pathology at an early stage of development. But despite the assurances of the doctors that the procedure is completely safe, many are still distrustful of this type of diagnosis. And especially when it comes to examining a child.

The first and main question: is an MRI scan safe for children?

The tomography itself does not carry any danger to humans. It works without the formation of any harmful radiation, unlike x-rays or computed tomography. Diagnosis is based on the influence of a powerful magnetic field and radio frequency waves on a specific area of ​​the body. I emphasize: it is harmless to both an adult and a child. And we get high-precision images in any plane, visualizing anatomical sections. These images allow you to most accurately diagnose and determine the treatment strategy.

At what age is MRI test in east Delhi prescribed for children? And what can be identified using such a diagnosis?

- Numerous studies have proven the complete harmlessness of MRI, suggest that the procedure can be prescribed even to new-borns. Moreover, with the help of a tomography, we can even conduct an examination of the foetus, which is still in the womb, to exclude developmental abnormalities. But this is done only according to the testimony of doctors and only in the last trimester of pregnancy. For babies up to a year, MRI is prescribed to identify congenital pathologies or if there is a suspicion of developing an infectious disease that can cause complications, including to the central nervous system.

There are situations when new-borns have cerebral haemorrhages or ischemia, when the brain receives insufficient nutrition. It is difficult to do without MRI if it is a suspicion of oncological processes: unfortunately, no adults are safe from them, no children. All these conditions require different treatment, but they have one thing in common: in such cases, an urgent and reliable diagnosis is needed. The sooner we figure out what’s the matter, the sooner we can help the child.

How is the procedure going and are there any differences between MRI for children and adults?

- At first glance, there are no global differences in MRI for an adult and a child. The bottom line is one: a person is located on the table of the tomography, the apparatus is configured depending on the area being studied and the patient’s parameters.

The procedure lasts from 20 minutes to an hour. After processing the results by a computer, the doctor receives a reliable image of certain organs in the form of layered images. Nevertheless, the MR diagnosis of the child has its own nuances. Any childhood age has features that need to be considered.

A newborn, a five-year-old baby, a teenager - they require a different approach to the examination. Firstly, the MRI device is set up in a certain way; the corresponding programs are selected. Secondly, depending on age approaches to preparing a child for the procedure also change. During the examination, the patient is required to be completely still - otherwise, we will not get clear pictures.

And if it is quite possible to explain this to a teenager, then with kids under 5 years old a completely different story. They do not understand what is happening, they can’t lie still, and they are scared of equipment and doctors. To know the MRI scan price in Delhi, you will have to consult the MRI labs. There is only one way out - to have an MRI under anaesthesia.

Magnetic Resonance In Children

Brain resonance is primarily used when a structural brain injury is suspected, that is, a problem that we can "photograph."

As in all the complementary tests, the information it offers is of no value if the context of symptoms and signs of the patient that the neurosurgeon will have obtained during the medical visit and with which he will develop a diagnostic hypothesis is not taken into account.

It is essential in the study of pathologies that occur with alterations in brain structure such as childhood cerebral palsy, malformations, or the consequences of trauma or infection, among others.

It is also used in the study of some types of epilepsy, to ensure that there is no underlying cause. And very rarely before a headache.

For the study of vascular diseases, tumours, neurodegenerative processes, and prior to brain surgery, the MRI images are combined with other special resonance techniques:

  • Spectroscopy:

Provides information on brain metabolism

  • Diffusion: study the microscopic molecular movement
  • Perfusion: allows to see cerebral blood flow
  • Angiography:

Visualize, after contrast injection, arteries, and veins

  • Tractography:

To see the structure of brain fibers

  • Functional MRI:

The image is obtained while the patient performs a task and their brain activity is studied

How is a resonance made?

Unlike other imaging techniques, such as simple radiology or CT, magnetic resonance imaging does not use radiation (X-rays), but rather very strong magnets and radio waves that have no side effects. This makes resonance, along with ultrasound, the safest and safest procedure to obtain body images.

The waves pass through the tissue to be studied, finding different resistance depending on the amount of water it contains. Thus, the device produces a very reliable and accurate map of the studied area much sharper than that obtained by other techniques.

The strong magnetic fields that are created during an MRI force to remove all metal objects from the room. Even smaller objects cause interference by vibrating under the force of the magnet, resulting in blurry images without utility, large objects can fly away, causing accidents. Before having an MRI, one should know the MRI test cost in Noida.

That is why the patient should take off his clothes and put on a hospital gown before laying him on the narrow stretcher that slides inside the resonance tube. To better visualize the images, contrast is sometimes given to the patient through an intravenous line. The most widely used is gadolinium, which is very safe and rarely causes side effects - nausea and local pain - and very rarely allergic reactions. It is contraindicated in patients with severe kidney problems.

The time required to obtain the images is very long, about 30 minutes minimum - depending on the surface to be studied, and the patient must be absolutely still so that they do not get blurred. In addition, the intense noise of the device prevents spontaneous sleep. Children under 6 years of age and children with difficulties to collaborate need to be sedated so that the MRI obtains clear images. Sedation will be done by MRI test labs in Delhi who will be present throughout the examination.

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