Are you suffering from neck pain? If yes, you need to understand about the cervical spine MRI scan. 

What is a cervical MRI scan? 

Magnetic resonance imaging – MRI for short – is a safe and painless diagnostic test that uses radio waves and energy from powerful magnets to create detailed images of your body. A cervical MRI images the soft tissues of your cervical spine and neck. The cervical spine is the region of your spine that goes through your neck. 

A cervical spine MRI scan is employed to assist in diagnosis: 

• tumors in your soft tissues or bones 

• bulging discs, or herniated discs 

• aneurysms, or bulges in arteries, or other vascular diseases 

• other bone disorders, soft tissue disorders, or joint disorders 

One MRI image is one slice. One slice is a picture of a cross-section of tissue. You can think of it as similar to a slice of bread is a cross-section of a loaf of bread. An entire MRI scan can consist of hundreds of slices. The slices can be saved into the computer and form 3-D pictures of the area scanned. 

How does an MRI work? 

An MRI scan uses a magnetic field and radio waves to create detailed 3D pictures of your body. 

The human body is 80 percent water. This means there are millions of hydrogen atoms in the body. When hydrogen atoms enter an MRI magnetic field they all align and are all positioned in the same direction. The radio waves during the MRI also perturb the alignment of the hydrogen atoms, in addition to the magnetic fields. 

After the radiofrequency is removed, the atoms return to their position within the tissue. How long this takes can vary with tissue type. There is a sensor in the MRI machine that will detect the time it takes for the atoms to return to alignment with the magnetic field. These results are converted into images. 

In some cases, contrast dye is injected (i.e., given intravenously through a vein) prior to an MRI. This can help determine, for example, the detailed structure of blood vessels, and the presence of tumors, etc. An MRI with contrast dye is called a magnetic resonance angiogram, or an MRA. 

Why is a cervical MRI performed? 

A cervical spine magnetic resonance imaging (MRI) is mostly used for diagnosing the cause of neck pain. It is often done when the pain has not improved with conservative treatment. It can also be performed when the patient has symptoms of numbness or weakness associated with the pain. 

A cervical MRI scan can reveal: 

• defects at birth or congenital deformities of the spine 

• infection of the spine and/or area surrounding the spine 

• trauma or injury to the spine 

• abnormal curvature of the spine or scoliosis 

• tumors or cancers of the spine 

• A cervical MRI can also be used to plan specific spinal surgery or after spinal surgery. 

How do I need to prepare for a cervical MRI? 

Ask your doctor if you are allowed to eat or drink prior to the exam as the procedures differ in different locations. If they are going to use contrast dye during the examination and you are diabetic or have any kidney problems, tell your doctor. You may have to have a test on kidney function prior to your scan. This is to determine if the kidneys can eliminate the dye safely.   

You should tell your doctor if you are pregnant. It is not recommended to do an MRI in the first trimester of pregnancy. Your doctor may decide to postpone the scan until after delivery.   

You should tell your doctor if you are claustrophobic or scared of small spaces. Your doctor can give you an antianxiety medication to take the day of your exam, so that you can feel relaxed when having the test.  In a few situations, you can be sedated with anesthesia to sleep through the exam.   

You should tell your doctor if you have any metal implants from surgery. If you do, you may not be able to have the MRI. 

Remember to take any X-rays, CTs or previous MRIs with you on the day of your appointment. Occasionally, the MRI technologist may play music to help you relax. You may want to take a CD with you “just in case.”  

Before entering the MRI you will need to take off all jewelry and clothing with metal on it. It might be easier to just leave all jewelry at home. You will probably have to wear a hospital gown while being tested. 

If you are obese or very claustrophobic your physician may order an open MRI. Open MRIs have slightly larger openings than a standard MRI. However, open MRIs are not available in every hospital or clinic, so do ask your physician. 

What can I expect during a cervical MRI? 

You’ll be reclining on a thin, long, bed that is part of the MRI scanner. Your head will be supported by a headrest, and your arms will be at your side. 

The MRI technician will give you earplugs to put in your ears to help alleviate some of the extremely loud thudding and banging that occurs when the machine is used. You might be able to listen to music, while the scan is done. This may help calm you down and distract you from the sounds. 

There will be coil (referred to as a coil) placed around your neck and your head. The coil has an antenna inside the coil. Its purpose is to focus the machine’s energy so that it can make the best images. An MRI technician will also place a signalling device in your hand. You can use it to call for an MRI technician if needed, during the test. 

When you are in position, the bed will go into the machine. The MRI technician will be able to see you through a window in the next room. They will check on you during the scan and let you know how the scan’s going. 

The average cervical MRI scan is 30 to 45 minutes long. It’s very crucial that you remain as motionless as possible during this time. The pictures can become blurred if you do move. 

Is a cervical MRI dangerous? 

MRI scans are very safe. There is no radiation exposure. The magnetic fields and radio waves that create images in an MRI have no known health risks.  

A few people may be allergic to the contrast used in an MRI, which is injected. Please let your doctor know if you have had an allergic reaction to a contrast agent previously injected. Also, tell your doctor if you have an allergy to shellfish. 

The MRI scanner generates a very strong magnetic field. It will affect any metal on, or in, your body. Inform your doctor if you have: 

• an implant, like a metal plate or screws 

• a cardiac pacemaker 

• metal studs or piercings 

• an intrauterine device (IUD) with metal 

• a drug-delivery device, like an insulin pump 

• aneurysm clips 

• a bullet or shrapnel fragment in the body 

• a cochlear implant 

• permanent (tattooed) makeup 

You might not be able to get a cervical spine MRI if you have metal in your body or if you’re pregnant. Your doctor can order a bone scan, CT scan, or other X-rays instead. 

How are the results of a cervical MRI interpreted? 

When the images are created, a radiologist will look at them. A radiologist is a specialist that is trained to read MRI scans. After this, the radiologist will provide the report to your physician, which the physician will discuss with you, and clarify what the findings mean for you. After this discussion, the physician may or may not recommend further testing based on the findings, or tell you what the next steps of follow-up is if a diagnosis is made. 

Though safe, brain MRI scans are not completely free from side effects. The overwhelming majority of them are temporary and short-lived, such as headache, nausea, or stinging in the injection area if a contrast medium is injected. Extremely seldom, the contrast material made of gadolinium will produce allergic reactions or induce nephrogenic systemic fibrosis in patients with defective kidneys. Moreover, the strong magnetic field will heat up the body, and this can induce complications with implanted medical devices. 

Side Effects of MRI Scans 

Claustrophobia and Anxieties 

The most common side effect of the MRI scan is claustrophobia or nervousness. The MRI machine has a design that puts the patients in a very small, small tube-like environment where they must be immobile for some minutes. Any little enclosed space is painful and not comfortable for most individuals, especially claustrophobic patients. 

Having your favorite music or listening to an audiobook of your preference while hearing during the scan is also an effective distraction from the noise. 

Allergies to the contrast material 

In certain MRI scans, a substance known as gadolinium is administered to produce better images of the MRI, especially in brain MRI and brain tumor MRI. Gadolinium side effects are not common, but some individuals can experience mild side effects like a rash or nausea. 

Improve Solution: If you have an allergy history or history with reactions to contrast agents, notify your healthcare provider. Your healthcare provider can conduct a pre-scan allergy test or use a different imaging test. Allergic reaction symptoms can include rash, itching, nausea, and, in the remote possibility of an allergic reaction, trouble breathing. 

MRI machines produce loud thuds and bangs that are often jarring or even frightening for most individuals while they are in the scanner. This is simply the sound of fast magnetic fields switching on and off as part of the MR process. 

Suggestions for improvement: Most MRI centres will usually provide earplugs or headphones, to help limit some of the noise. You can also bring some music, an audio book, or something else to help distract or draw your attention away from the noise while in the scanner. 

Special Considerations for Brain MRI 

Headaches, Dizziness 

Some patients report headaches and dizziness for a period of time after a brain MRI. The headaches and dizziness are for the majority of patients mild and transient, usually dissipating in a few hours.  

Mild side effects 

Most people will not experience Trusted Source any side effects from MRI contrast materials. 

When side effects do occur, they are typically mild — common side effects include hives and rash. 

According to a 2016 reviewTrusted Source that examined the side effects from gadolinium-based contrast material in children, the main side effects after the exam were nausea, and vomiting. 

Drug interactions 

When a patient speaks to their doctor about their medications and doctor recommends an MRI, the doctor may tell them to stop taking certain medications for a short time, or the MRI may not involve contrast material.  

The doctor can help the person decide if the MRI and the contrast dye would outweigh the risk to the pregnancy. 

People can breastfeed after a contrast MRI, and if people are more comfortable not breastfeeding after the MRI, they can pump extra milk to store, and can resume breastfeeding 24 to 48 hoursTrusted Source after the dye has been injected. 

Conclusion 

Brain MRI is a very safe procedure for most patients with infrequent and usually mild side effects. The most common problems, as mentioned, are things like claustrophobia, discomfort from noises and/or a number of uncommon (often mild) reactions from contrast agents. More serious complications are extremely rare and are typically limited to persons with a particular health concern or implanted device. 

Q. What are the side effects of an MRI on the brain? 

Most potential side effects are related to the contrast dye used in some situations, and most side effects of the contrast dye used in MRIs are related to allergic reactions or nausea, and most of the serious side effects relate to metallic implants which can either malfunction and or distort images.  

Q. Is MRI scans safe for the brain? 

Yes, brain MRI is generally safe for almost everyone. Since it doesn’t use ionizing radiation (like x-rays and CT scans) there is no exposure to radiation risk. 

Q. Can you feel unwell after a brain MRI? 

It is rare to feel ill after having a brain MRI, though in some cases, individuals could experience mild side effects, particularly if contrast dye is used.  

Q. Can you feel unwell after a brain MRI? 

While brain MRI scans are usually painless and safe, there may be mild effects, nausea, headache, or pain at the injection site being the most common. 

Q. What is the cost of a brain MRI scan in Delhi, NCR? 

The brain MRI scan cost in Delhi can be ballparked between 4000 INR to 6000 INR. Also this will depend from center to center and other factors associated with cost. For further details contact carebox.. 

One MRI of the brain will usually take anywhere from 30 to 60 minutes to complete.  

The specific type of MRI scan being performed can also determine the length of the exam.  

Scans performed without contrast take less time than those that receive contrast dye which may take an additional 10-15 minutes to complete. 

Experience happens during a brain MRI 

The experience of a brain MRI is painless; however, some may still think it is uncomfortable to lie still for more than 30 minutes. Some people may feel anxiety as they have been confined in a small space in the MRI machine longer than they would prefer. 

Brain MRI will happen in the general steps below. You will lie down face up for the most part of the exam on the MRI scanning table. 

After you’re lying down on the scanning table, the technologist will put around your head a head coil, which is a special helmet type device. Some head coils have a small mirror that is attached to the head coil and may allow you to see out of the scanning machine, or may have a small screen so that you can watch television. You need to be very still during the exam to obtain the highest quality images. It is normal for the targeted area of your body to feel somewhat warm.  

If this is bothering you, communicate it to the radiologist or technologist. The needle may be a little uncomfortable for a moment, but that is relatively brief. Afterward, you may have some bruising. Some people describe a metallic taste in their mouth for a short time after having the contrast injected. 

The machine for a brain MRI 

In most cases your whole body will not be placed in the MRI machine tunnel when you are getting a head or brain MRI. 

MRI of the brain take 

On average a brain MRI will take 30 minutes to 1 hour. If your procedure includes contrast, it will take longer.  

Conclusion 

Typically, a brain MRI scan is scheduled for 30 to 60 minutes, but may take longer if the imaging requires detail or if contrast has been used. After your scan, the radiologist reviews the images and writes a report that your doctor can typically access within a routine time frame of one to two days. The radiologist may have some flexibility in the way they communicate results. If you are in a health system or part of a health system that communicates results differently and there is no urgency to the results, we have heard of some cases where it can take one to two weeks. 

Frequently Asked Questions 

Q. Can you fall asleep during a brain MRI? 

Absolutely, you could fall asleep during a brain MRI, and in most instances, it is considered beneficial if you can help with relaxation and minimize motion. Whether you fall asleep while in an MRI scanner often comes down to whether you are comfortable in the scanner, and if you were given sedatives. 

Q. Why does brain MRI take so long? 

30 to 60 minutes 

Q. Why fast for brain MRI? 

The purpose of fasting prior to brain MRI, especially one with contrast, is mainly to reduce the risk of nausea and vomiting, which may be harmful while lying down during the scan due to the risk of airway obstruction. The contrast media, usually gadolinium, can cause nausea and/or vomiting. Vomiting while supine could cause choking. 

Q. What is the reason for an urgent MRI? 

An urgent MRI (uMRI) is performed when there is a clinical suspicion of a serious or life-threatening condition requiring immediate diagnosis and treatment.  

Q. What are the types of brain MRI scans? 

There are 2 types of brain MRI scans, such as structural and functional. 

Q. How to find the best imaging centre in Rohini Delhi? 

You can just type the best imaging centre near me or best imaging centre in Rohini on Google or directly contact carebox for consultation. 

It’s normal to feel anxious or even curious when your doctor says you need an MRI scan. You might be thinking, “Is MRI good or bad?” In short: MRI (Magnetic Resonance Imaging) is an ever-evolving, incredibly useful, safe and non-invasive diagnostic tool that is utilized in modern day medicine. Like any medical procedure or process, there are always things to consider.  

Let’s break it down. 

Why Good? 

Better soft tissue imaging: MRI is the best imaging technique for soft tissues like the brain, spinal cord, nerves, muscles, ligaments, tendons, and organs, because MRI can differentiate between soft tissues like nothing else.  

This increases the number of illnesses that can be diagnosed and allows treatment response to be monitored. 

Usually non-invasive procedure: MRI is usually a non-invasive, and pain-free procedure, but could be difficult to do if someone is claustrophobic, or in the future, if they can not lay still for long enough. 

An MRI scanner is able to produce clear pictures of nearly any body part, such as the head, joints, or abdomen, from many angles. It will also reveal soft tissues more intensely than a CT scan, allowing physicians to differentiate between such things as fat, water, and muscle.  

CT scans are best for bones, but MRI pictures can actually assist physicians in diagnosing a wide variety of health concerns. 

There are numerous reasons why an MRI test can be a more pleasant, better experience for patients compared to other types of imaging.  

While each of these procedures has its own role in medical diagnosis, MRI is unique because it has a number of advantages. 

Third, MRI scans are quick! Historically, MRI gained a reputation as something that could take a long time and hurt a lot, but because of advances in technology, the process itself has become much quicker.  

Smart Scan Medical Imaging employs Tesla wide-bore MRI equipment to deliver quick, precise results to our patients in a relaxed, convenient environment. 

This makes MRI procedures a great choice for pregnant women, young children, and anyone else who will be radiation sensitive. 

Why Bad? 

You’ve Got Metal in Your Body 

MRI machines use very strong magnets that can have an effect on metal in your body. If the MRI magnet attracts that metal, you could be injured. 

The metal could also create havoc for any implanted devices inside your body. A pacemaker, or a cochlear implant for example. The metal will also affect the quality of the MRI image. 

Body piercing (piercing through the skin may not be an issue, but if you have jewelry within the body e.g. piercings in the neck or tongue – these may be a problem) 

Cochlear implant (hearing) 

You’re Having Kidney Problems 

This is generally very safe. But if you have severe kidney disease, then the dye may be an issue. 

And, this dye can sometimes cause “nephrogenic systemic fibrosis” in people with kidney disease. This can cause thickened and hardened tissue on skin, joints, or organs. 

You Are Now Pregnant 

While MRI does not seem to harm a developing baby, it can elevate the temperature in your body. For this reason, MRI should not be done in the first trimester, when the baby’s organs are developing.  

You may have to wait until your first 3 months pregnancy is up to have your MRI or have an alternative test. Your doctor will probably not use contrast dye at all while you are pregnant.  

You’re Allergic to the Contrast Dye 

Symptoms of a reaction may include:  

• Dizziness 

• Hives 

• Nausea 

• Rash 

• Flushed skin 

• Swelling of lips and mouth 

• Trouble breathing 

• If you’re claustrophobic, you may find that a standard MRI is a closed tube, and surrounded by a magnet; this may not work for you if you have tight space anxiety.  

• Consider any of the following responses 

• I don’t want to do the MRI, 

•  I will talk to my doctor about possibly getting a medicine to relax me, or 

•  If there is an open MRI that the office utilizes there is an open MRI available it’s a machine that is open on all sides. 

Conclusion 

MRI is a beneficial diagnostic tool with many advantages but one that must be considered with regard to risk and suitability in consultation with a health practitioner prior to the procedure. 

Frequently Asked Questions  

Is MRI good or bad? 

MRI scans are usually regarded as safe and are a useful diagnostic test, although they do pose some risks and limitations. They are usually regarded as good at imaging soft tissues and making diagnoses for many conditions, but some people with certain medical conditions or implants are at greater risk. 

What are the benefits of MRI? 

MRI (Magnetic Resonance Imaging) possesses a few common benefits in medicine, and they are primarily due to the fact that MRI use involves no harmful radiation. 

Why is an MRI safe? 

MRI (Magnetic Resonance Imaging) is typically a secure process inasmuch as it does not include the employment of ionizing radiation such as X-rays or CT scanning. 

Is MRI high risk? 

MRI is a safe procedure for most people, but risks are possible, particularly for those with some implanted medical devices or claustrophobia 

Q. Where to get the best MRI scan in Rohini? 

You can google “best MRI scan in Rohini” or simply book an MRI scan with a carebox who is associated with 800+ best diagnostic centers of Delhi and best imaging center in Rohini as well. 

A brain MRI is simply a type of MRI and has the same properties and characteristics as an MRI of the head. An MRI scan and a brain scan are closely analogous ideas in medical imaging but aren’t identical.  

To be explicit, an MRI (magnetic resonance imaging) scan is one type of imaging technology used to study many areas of the body, such as the brain, whereas a brain scan is a broad term for any imaging test that demonstrates the brain’s structure or function, with many different technologies 

MRI Scan 

An FDA-approved MRI machine is large, tubular, and resembles a hollow tube, to which the person being scanned lies in.  

While it scans the person, it makes slices or semi-cross-sectional images of the requested part of the body that will be viewed by the clinician on a computer screen. The MRI scan does not require any invasiveness, and it does not involve ionizing radiation (like X-ray and CT scans) and therefore it normally has fewer risks to most patients. MRI has the ability to make images of almost all tissues of the body from brain/spinal cord, joints, bones, breast tissues, blood vessels, heart structures, and internal organs like liver/prostate. 

Brain Scan 

A brain scan is a general term used to refer to any imaging method which produces images of the brain. There are many types of brain scans, and they use different technology, and for different uses of the information they produce. 

MRI brain scan: Uses powerful magnets and radio waves to derive detailed images of the anatomy of the brain, and sometimes brain function.  

CT brain scan: Uses x-ray technology, which develops cross-sectional imaging of the brain. CT brain scans are the best imaging technique to use in traumatic brain injury emergencies, as they can differentiate hemorrhage, fracture, and others. 

PET brain scan: Uses radioactive tracer to produce images of brain activity and metabolism.  

Contrast: MRI Scan Versus Brain Scan 

The primary divergence between an MRI scan and a brain scan is that an MRI scan is one kind of technology of image that can be done on any part of the body, while a brain scan is a type of image using MRI or one of the other imaging technologies looking deeper into the brain. When MRI is used to image the brain, it is called a MRI brain scan or the two words brain MRI. 

Benefits of MRI for Brain Imaging 

MRI is the gold standard for brain imaging in many circumstances, because it shows details of soft tissue, blood vessels and lesions of the brain that other types of imaging cannot. MRI is excellent for detecting tumors, inflammation, infection, vascular disorders and/or central nervous system disorders such as multiple sclerosis. MRI does not involve ionizing radiation exposures, which is important if a child needs imaging or if a patient needs to have imaging done multiple times. MRI allows imaging in many different planes without repositioning the patient, providing versatility and more complete views in the scans of brain anatomy. 

Conclusion 

An MRI scan is an imaging technique that can accomplish several different functions that can be useful for assessing the brain, but an MRI is not a brain scan and an MRI is one of many imaging techniques that can be categorized as a brain scan.because of its strength of safety, detail, and capability of seeing almost all possible important brain health issues, and being able to see them non-invasively, MRI is one of the most integral imaging techniques in modern medicine. 

Frequently Asked Questions 

Q. Which is better, MRI or brain scan? 

MRI is sensitive for demonstrating soft tissue, but it takes time and is more expensive than CT, both important factors when there is a need to evaluate the patient in an emergency situation or to visualize bone structures well.  

Q. Can MRI scan detect brain problems? 

MRI scans are an essential method of evaluation of these diverse and sometimes complicated aspects of human beings.neurological diseases, tumors, strokes, brain injuries, and multiple sclerosis. 

Q. Is MRI safer than CT? 

MRI (Magnetic Resonance Imaging) is typically safer than a CT (Computed Tomography) in general,Because MRI does not have ionizing radiation CT scans have ionizing radiation. 

Q. Which scan is best for the brain? 

The MRI scans are better able to diagnose relative to CT; MRI scans will catch more abnormalities, be it tumors, stroke, and others. Moreover, MRI scans and CT scans both can be used for brain imaging; however, MRI is better preferred to CT due to its visibility of soft tissues and lack of ionizing radiation. 

Q. How to find the best imaging centre near me in Delhi NCR? 

You can just type the best imaging centre near me on Google or directly contact carebox for consultation. 

Magnetic Resonance Imaging (MRI) is a very versatile imaging system that evaluates many different organs and tissues in the body.  

MRI differs from x-rays and CT scans in that there is no ionization radiation (or strong radiation) delivered to the patient.  

MRI presents a significant advantage to the clinical practice because MRI provides a much clearer image of the soft tissues over other modalities. 

Brain and Spinal Cord 

MRI is a primary way to image the brain and spinal cord, and the main, first way of diagnosing neurological disorders.  

Functional MRI (fMRI) is a highlighted slice of MRI that can map brain activity based on blood flow and is beneficial when planning brain surgery or studying neurologic disorders like Alzheimer’s disease or epilepsy. 

Heart and Blood Vessels 

Cardiac MRI evaluates heart disease, heart attack residuals, inflammation or pathology affecting the aorta or other blood vessels by creating detailed illustrative images of the anatomy and function of the heart while angiography Department of Health and Human services magnetic resonance aortography magnetic resonance venography of blood vessels using the MR scanner certainly complicates the use of MRI, as it  

MRI Abdomen or Pelvis 

MRI can evaluate almost all internal organs in the abdomen and pelvis. MRI can assess 

• Liver: MRI provides excellent visualization of liver cancers, hepatitis, cirrhosis, and other diseases of the liver. 

• Kidneys: MRI provides visualization of kidney cancers, chronic kidney disease, renal vein thromboembolism, tumours and calculi. 

• Pancreas: MRI visualizes pancreatic cancers, pancreatitis, and cysts or lesions on the pancreas. 

• Spleen, Bowel and Adrenal Glands: MRI of these organs provides a view for tumours or any other morbid pathology. 

• Bladder and reproductive organs: MRI can be used to visualize the bladder and the anterior prostate (male) and uterus and ovaries (female) to look for masses or malignancy. 

Breasts 

Breast MRIs are an excellent sensitivity method to detect breast cancer (‘due’ to the fact that breast MRIs are so sensitive, they may be used more in women at high risk for breast cancer, women with dense breast tissue, and less commonly in detection of breast cancer compared to other types of imaging modality). Breast MRIs are also helpful in identifying the extent of spread of breast cancer and assessing response to treatment. 

Bones and Joints 

MRI is used for trauma when determining injury of the joints (i.e. torn ligaments or cartilage), infections of the bone, bone tumors, and issues with spinal disks. 

Advantages of MRI 

Non-Invasive and Zero Ionizing Radiation: MRI does not use X-Rays so repeated exams can safely and bioethically be performed especially in children and pregnant women. 

Superior Soft-tissue Resolution: MRI can image soft tissues with more resolution than any other imaging modality which makes it the imaging method of choice when examining conditions of the brain, aşşşkňbktje,ür,șktntbleṁkjys.  

Adjustable: MRI can be modified to view certain bodily organs of systems, plus new advancements can be Magnus are also recognized categorically as MRAso truly recognizing collecting objectives 

Conclusion 

Magnetic resonance imaging (MRI) has a broad applicability for evaluating and diagnosing problems related to virtually every organ system.  

MRI is a valuable diagnostic tool that generates images of soft tissue and internal organs using a non-ionizing radiation source, which means it has great potential for becoming an important modality in modern medicine due to the remarkable technology that it represents. It will provide the clinician with the opportunity to view the brain, spinal cord, heart, liver, kidneys, pancreas, genitalia, breasts, and musculoskeletal limb.  

MRI is certainly positioning sensitive for some regions more than others; however, whenever MRI is the option, it will always prompt the clinician with the information in order to. 

Frequently Asked Questions  

Q. What organs does an MRI show? 

RI scans can generate detailed images of many body organs and soft tissues including the brain, spinal cord, muscles, ligaments, tendons, and organs in the chest and abdomen (heart, liver, kidneys, spleen, pancreas, and adrenal glands). It can also visualize pelvic organs including the bladder and reproductive organs as well as blood vessels and lymph nodes. 

Q. What type of organs are MRI best for? 

Different Types of MRI Scans and Their Uses Innovative MRI is the best imaging tool for a variety of soft tissue, whether it’s imaging the brain, spinal cord or any internal organ the liver, kidneys, and reproductive organs or something of musculoskeletal origin muscles, ligaments, and tendons.  

Q. Can an MRI detect organ issues? 

An MRI scan can definitely show many issues in many organs and have the greatest variety of soft tissue. It can well depict conditions that correspond to the organs such as the brain, spine, liver, kidneys, heart and reproductive organs. 

Q. What cannot be detected by MRI? 

MRI scans are the best way to look at soft tissue and some organs, but MRIs are not great for all medical conditions. In particular, they are not great at looking at bones, some lung and mediastinal problems, and certain blood cancers. Like Ultrasounds and Computed Tomography Scans, MRIs should be avoided in those with metallic implants so it can restrict the use of this modality. 

Q. Where to get the best MRI scan in Rohini? 

You can search “best MRI scan in Rohini” on google or just book an MRI scan through carebox who is partnered with 800+ best diagnostic centres across Delhi and best imaging centre in Rohini as well. 

The price of an MRI Scan in Noida is set by various factors, such as the type of MRI scan needed, the hospital where the MRI Scan is done, and the experience of the radiologist or technician conducting the scan, among others. Thus, the price of an MRI Scan in Noida can be impacted by the following factors:

Type of MRI Scan

The price of an MRI Scan may differ according to the scan needed, i.e., brain, spine, abdomen, or joints. Select Felix Hospital for having the most possible full-body MRI scan price.

Diagnostic center or Hospital

The price of an MRI Scan may vary from diagnostic centers and hospitals according to their rating, place, and condition.

Insurance coverage

The price of an MRI Scan can also be influenced by whether the patient’s insurance policy includes the scan or not. Some insurance policies include full payment, while some include partial payment. But Felix Hospital makes all of this possible for you, as we provide you with the most cost-effective MRI scan price for knee.

Equipment used

The price of an MRI scan also depends on the equipment type, i.e., open or closed MRI machines.

Level of Expertise

The level of experience and skill of the radiologist or technician who conducts the scan may have an effect on the price. But not at Felix Hospital, we never let anything compromise the cost for you, that’s why give you the most genuine and most economical full-body MRI scan cost.

Additional services

Any additional services needed during the MRI scan, like contrast dyes or sedation, can also have an effect on the overall cost.

It’s important to take into account all of these factors before going for an MRI scan in Noida so that you get the best possible scan at a reasonable price. It is best to contact the healthcare provider or directly the diagnostic center/hospital for the exact quote of the MRI scan price. So now if you need the cost estimate of the best MRI scan center near me, then contact us now

In conclusion, MRI scans are a key technology in the diagnostic environment used by healthcare providers when diagnosing and tracking numerous medical conditions. The cost of an MRI scan will depend on a variety of variables, including the type of MRI, location, and healthcare provider. Patients may be able to save on the cost of an MRI by shopping around, using insurance, or getting assistance through financial assistance programs.

Frequently Asked Questions

Q. What are the main factors that contribute to the price of an MRI scan? 

The main factors are the type of MRI, where it is completed (hospital or diagnostic center), technology (3T vs 1.5T machines), with or without contrast, and the expertise of the radiologist.

Q. Does the price vary based upon where the facility is located? 

Yes, typically the price is more in metropolitan and urban areas as costs to run the facility are higher and due to demand, while rural areas or government hospitals tend to have lower charges.

Q. How does the type of MRI affect price? 

More advanced machines (especially 3T MRI’s) are capable of providing higher quality images and images faster; however, these machines have higher operating and maintenance costs which leads to a higher price for the scan.

Q. Why are some MRI scans done with contrast, and how does the addition of contrast to an MRI affect price? 

Contrast is used to improve the quality of the images for certain conditions, and generally speaking scans with contrast will be greater than without contrast.

Q. How can I find MRI services for a price I can afford? 

Compare pricing to locations; try to find a government hospital or diagnostic center; gather if there are discounts or package pricing offered from carebox.in or search.

Q. Where  to get the best MRI scan?

You can book your MRI scan through carebox, or search best MRI scan near me on google and get the best MRI scan and check the details as well before booking.

Emergency MRI has an important role in diagnosis and assessment of the extent of injury in patients with suspected stroke, suspected spinal cord injury, and suspected cauda equina sy ndrome. Such conditions require urgent assessment and management due to possible long-term complications.

Stroke

Magnetic resonance imaging (MRI) and computed tomography (CT) are not equally effective in diagnosing acute stroke. 

MRI is widely considered superior to CT, but this claim has never been tested in the full range of patients in whom acute stroke is suspected. 

Patients who present to the emergency department with stroke-like symptoms have cerebrovascular disease (ischaemic or haemorrhagic) or numerous other (nonvascular) issues. 

Studies suggest that CT has low sensitivity for the detection of acute ischaemia, has high interrater variability in interpretation, and is not better than MRI for detecting acute intracranial haemorrhage

Methods

The cohort was divided into two groups according to whether the MRI occurred within 48 h (early) or later (late).

Logistic regression and Poisson log-linear models with adjustment for age, sex, stroke severity, acute stroke protocol (ASP) activation, thrombolytic 

thrombectomy procedures were used to evaluate in-hospital, discharge, post-discharge and healthcare utilization outcomes.

Spinal cord injuries

It helps assess the type and level of spinal cord injury, assesses soft tissue injury associated with bone injury, and assists with pre-operative planning. 

MRI provides information about the spine and spinal cord, particularly in cases where CT is limited and spinal cord compression or soft tissues injuries are involved.

The plexus of nerves located at the termination of the spinal cord is referred to as the cauda equina. 

The spinal cord ends at the upper lumbar or lower back and the nerve roots exit, supplying motor and sensory function to the legs and bladder, travelling downward. 

The cauda equina is nerves in the lumbar and sacral region of the spine.his means “horse tail” in Latin because of the resemblance to a horse’s tail. 

Methods

This was a prospective observational study that was conducted at our hospital. The study cohorts included all patients who presented to us with cauda equina syndrome. 

the gender, age, duration of symptoms, degree of strength loss, sensory loss and bladder/bowel disturbance. 

All patients underwent further imaging with MRI, after which a final diagnosis was made. Based on the bladder symptoms,  patients were an incomplete CES. Urinary retention was deemed to represent whilst symptoms of urinary urgency and straining were labelled as. 

All patients were operated on within, depending on the first available operative slot available in the department.

Cauda Equina Syndrome

An emergency MRI for suspected Cauda Equina Syndrome (CES) is essential because of the risk of permanent paralysis and incontinence if not treated promptly. 

The gold standard for diagnosis CES is MRI, and should have a low threshold to consider ordering if CES is suspected, even before discussion with a specialist. 

Even though it occurs below the conus, cauda equina syndrome (CES) is considered an incomplete cord syndrome.  

Cauda equina syndrome is most commonly due to an acutely extruded lumbar disc, and is considered a diagnostic and surgical emergency. 

Methods

Assessment for Cauda Equina Syndrome (CES) requires a multifactorial clinical assessment to establish significant neurological compromise.

At the outset of the assessment, a high index of suspicion for “red flag” features should inform the diversity of the presenting history of symptoms.

These include severe back pain, bilateral sciatica, bowel and/or bladder dysfunction (urinary retention/incontinence), and saddle anaesthesia (loss of parody or genital sensation). 

Neurological examination will require assessment of anal sphincter tone and voluntary contraction with digital rectal examination, pin prick testing of perianal sensation and bulbocavernosus reflex. 

Bladder function is assessed via bedside ultrasound of the post-void residual urine volume – while a post-void residual is associated with an increased suspicion of CES, although recent studies indicated that of confirmed CES cases requiring emergency decompression had a post-void residual of, it is not adequate to rule out diagnosis.

Conclusion

Ultimately, emergency MRI is the golden standard for diagnosing these conditions when appropriate, but clinical urgency and/or resource limitations may require alternative imaging or treating the patient more rapidly. The best scenario for achieving the best patient outcome is to quickly identify, image, and consult with a specialist.

Frequently Asked Questions 

Q. cauda equina considered a spinal cord injury?

No, while Cauda Equina Syndrome (CES) is not a spinal cord injury. 

Q. What type of MRI is needed for cauda equina syndrome?

lumbar spine MRI with and without contrast

Q. What are the indications for an emergency MRI of the spine?

An emergency MRI of the spine is warranted when there is concern for significant spinal cord or nerve compromise, infection and major neurologic deficits, 

Q. What is the best treatment for spinal cord injury?

It typically consists of an acute response, including medical intervention (if necessary), and subsequent rehabilitation to maximize functional recovery and/or quality of life.

Q. What is the cost of an MRI spine scan?

The spine MRI scan cost varies from 12000-15000 INR. It depends on the type of scan. If it’s only lumbar spine, cervical and dorsal spine, then the cost lies around 4500-5000 rs. Call carebox for more details.

MRI scans can be utilized to diagnose various conditions, such as soft tissue problems, brain and spinal cord issues. 

They can help identify tumors, injuries, inflammation and structural problems on MRI. 

MRI scanning may also assist with assessing blood flow and the presence of some issues, like aneurysms.

Magnetic resonance imaging (MRI) scans can diagnose a wide array of conditions related to soft tissue, and brain and spinal cord tissue.

MRI scans identify a plethora of potential conditions, such as tumors, injuries, inflammation, and structural issues in almost every location in the body.

MRI scans also assess blood flow visually and detect various other problems, such as aneurysms.

What is an MRI?

An MRI (magnetic resonance imaging) scan is a painless test that creates sharply defined images of the organs and structures within your body. MRI uses a large magnet, radio waves and a computer to create the detailed images.

Because MRI does not use X-rays or radiation, it is the imaging test of choice when patients need diagnostic imaging or follow-up for treatment often, such as imaging of the head.

What is an open MRI?

An open (or “open bore”) MRI refers to the specific machine in which the images are taken. Usually, open MRI machines consist of two flat magnets located over and under you with plenty of space in between for you to lie positioned.

This allows for two sides of open space and minimizes the claustrophobia that many experience with closed-bore MRI machines.

On the other hand, open MRIs do not provide the picture quality of closed-bore MRIs Nevertheless, closed-bore MRI takes the best pictures possible.

Closed-bore MRIs have a ring of magnets to create an open space in the center of the device so that you can lay down and scans can be taken. 

Closed-bore MRIs are narrow and long, and may increase anxiety or discomfort for some patients. 

If you have anxiety regarding tight enclosed spaces, your health care provider will review with you the option of incorporating a sedative to feel relaxed and anesthetic.

MRI scans can reveal many medical conditions, but are especially useful for imaging soft tissues, including those of the central nervous system. 

MRI can demonstrate tumors, injuries, and inflammation of soft tissues ude structural abnormalities.The blood flow with those tissues can be shown.

When an MRI scan is done?

The MRI scan can be performed to investigate or to help with the diagnosis of conditions affecting soft tissue, for example:

• Tumours, cancer
• soft tissue injuries
• joint injury or disease
• spinal injury or disease
• injury or disease of internal organs.

MRI scans provide clear images of soft tissue and can outline the anatomical structures present; however, they can’t ‘see’ bone very clearly because bone tissue does not contain very much water.

It is usually not done in patients with bone injury or disease as these conditions are often investigated with normal x-ray examinations (rather than with MRI scanning).

Musculoskeletal injuries

MRI is an excellent tool to detect injuries to joints that involve torn cartilages, ligaments and other injuries to soft tissue.

• MRI can identify problems with spinal discs
• MRI can identify infections in bones and soft tissues.
• MRI can visualize and measure tumors in bones and soft tissues.

Cardiovascular Issues

 Heart defects: MRI can evaluate heart function and assess the shape or structure of the heart. Aorta problems: MRI can show aneurysms and dissections of the aorta. Blocked blood vessels: MRI can help find blockages and assess blood flow in blood vessels.

Conclusions

MRI scans have become an integral part of modern diagnostic medicine due to their level of detail in the examination of soft tissues and organs in the body that cannot be matched. The assessment of a range of neurological, spinal, musculoskeletal, cardiovascular and abdominal pathology means an MRI scan can play an important role in assessing in order to make the appropriate diagnosis and appropriate treatment. The non-invasive nature of MRI scans and the absence of ionising radiation allows physiotherapists to adopt this method into practice with confidence.

Frequently Asked Question

Q. What illnesses can an MRI detect?

MRI also can be used to locate many types of diseases and conditions, depending largely on MRI’s ability to image soft tissue, organs, and bones. MRI scans have been used extensively for evaluating, diagnosing, and monitoring neurological diseases and conditions, musculoskeletal injuries, and many diseases of the body’s internal organs.

Q. Can MRI detect all problems?

No, MRI cannot scan detect all medical problems

Q. What are the disadvantages of MRI scan?

All the risk of the scanner being enclosed, which may create a sense of claustrophobia, having allergic reactions to contrast agents, the noise that the raw scan can produce, and movement artifacts that can make the image less useful.

Q. Why would a doctor order an MRI scan?

A physician may recommend MRI (Magnetic Resonance Imaging) to see into the body’s internal structure, and soft tissues within the body, and to diagnose or monitor numerous medical conditions

Q. Where to get the best MRI scan in Rohini?

You can search for “most reputed MRI scan centre in Rohini” on google or just book an MRI scan through carebox who is partnered with 800+ best diagnostic centres across Delhi including the best imaging centre in Rohini as well.

The most prevalent indication for an MRI of the cervical spine is pain in the neck. Neck pain is incapacitating, particularly if other symptoms including arm weakness or numbness are present. MRI is usually indicated for two groups: those with new or acute pain and those with chronic pain, usually lasting over six weeks.

For acute neck pain, any presence of other symptoms that are indicative of infection, cancer, or spinal cord compromise suggests the emergent need for a cervical spine MRI performed in the emergency department. In chronic neck pain, MRI is occasionally employed when the patient acquires new symptoms of weakness or numbness. Cervical spine MRIs can be prescribed by most physicians in most healthcare facilities such as outpatient clinics, emergency rooms, and hospitals.

Neck pain that is associated with the cervical spine tends to be sharp or shock-like in character, occasionally reported as pins-and-needles. Other symptoms of the cervical spine include:

• Numbness or weakness of the arms
• Pain in the shoulders
• Head turning difficulty, or loss of cervical range of motion

More severe symptoms that could suggest a more urgent scan include:

• Night sweats or fever
• Shortness of breath
• Walkability difficulties
• Loss of control over bladder or bowel function

Conclusion

The reason why your doctor or physician recommended you MRI scan can be some reasons like – wrong  posture, numbness, head moving difficulties, pain in neck and shoulder, and stress in the neck. In these cases you need an urgent MRI scan, and if you’re searching for best MRI neck scan near you contact the carebox. 

Frequently Asked Questions

Q. Why did my doctor order an MRI scan of my neck? 

Doctors order MRI scans of the neck to identify the cause of persistent neck pain, numbness, weakness, or other neurological symptoms that may be related to the cervical spine, the spinal cord, or the surrounding soft tissue structures.

Q. Is an MRI scan of the neck mandatory in all cases of neck pain? 

Not always; MRI is often best in cases of severe, persistent (at least six weeks), or with other symptoms such as numbness, weakness, or bowel control problems.

Q. What conditions can a neck MRI detect? 

A neck MRI can identify herniated or bulging discs, compression on the spinal cord, tumors, infections, spinal birth defects, trauma or injury, and degenerative processes in the cervical spine.

Q. How does an MRI of the neck differ from an X-ray or CT scan? 

MRI uses magnetic fields and radio waves to take detailed moving images of soft tissue, nerves, and the spinal cord. In contrast, X-rays and CT scans image and show mainly bones and sometimes use radiation. 

Q. Is an MRI scan of the neck safe? 

MRI scans are considered safe and do not use ionizing radiation. However, are not appropriate for people with an assortment of metal implants or devices.

Q. How do I prepare for a neck MRI?

You are notified to not eat or drink before the scan if contrast dye is required. You must remove all metal objects and alert your provider of any implants. You should also alert your provider if you are claustrophobic.

Q. How long does a neck MRI take?

Thirty to sixty minutes, and sometimes two hours, depending on complexity.

Q. Will I be uncomfortable in the neck MRI?

The MRI machine is a confined space, so for some people, it can be uncomfortable. If you express claustrophobia, your provider can help you with medication to help you relax.

Q. When will I get my neck MRI results?

Results are typically read by a radiologist who will arrange for your provider to discuss the results. That can take a few days.

Q. Is there any risk to having a neck MRI?

There is minimal risk. The biggest concerns are if you have metal in your body, or an allergic reaction to contrast dye (if you receive contrast dye). You are not exposed to radiation.