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What is the Role MRI Plays in Sports Injuries?

MRI Scan /

What you need to know about What is the Role MRI Plays in Sports Injuries? These athletes may obtain all kinds of sports injuries ranging from a simple strain, to a much more severe dreaded ligament injury. The faster and more accurate the diagnosis will allow the least amount of time for diagnosis and treatment. The development of magnetic resonance imaging (MRI) has helped sports medicine practices with soft tissue injuries and diagnostic imaging for ligament injuries, tendon injuries, bony injuries, and so much more. 

What Does MRI Mean? 

Magnetic Resonance Imaging (MRI) is a state-of-the-art diagnostic tool that enables imaging of internal structures of the body to unveil a wide variety of diseases, conditions, or injuries. MRI utilizes a computerized radio wave, along with a powerful magnet, and takes images of internal organs and structures in a patient’s body.

Benefits Of MRI In Sports Medicine

Early Detection of Injuries: MRI detects early injuries like stress injuries, fractures and tears to the ligaments. 

Multi-planar Imaging Capabilities: it helps obtain images with specificity to structured bone and provides accurate injury diagnosis in multi-process views. 

Soft Tissue Contrast Resolution: MRI provides clean images of soft tissues to visualize small problems.  

Non-Invasive and Non-Radiation:MRI does not require surgical procedures and does not subject to harmful radiation when compared to CT scan and an x-ray.

Common Sports Injuries Diagnosed By MRI

Sports like basketball and wrestling can compress, crush, tear and fray cartilage of shoulder, knee, and hip joints. When suspecting a joint injury, having water-like liquid inside is the main indicator, and if an MRI is completed early in an athletic career, it can mitigate long term injury.

Tendon Injuries: Baseball players often experience rotator cuff tears while runners will most likely get achilles tendon injuries; an MRI will allow for gauging injury severity and rehabilitation planning.

Muscle Tears and Strains: Gymnasts, weight lifters, and sprinters have muscle tears and strains, but an MRI will allow athletic therapists to see photographs of muscle fibers, inside of muscle.

Ligament Tears: MRI is even more important in determining the severity of ACL and MCL injuries that are common among basketball players and football players.

Imaging Options Other Than MRI In Sports Medicine 

X-ray: An appropriate imaging method for bone injuries, but not for soft tissue injury, or ligament injuries. 

CT Scan: Enables high-resolution cross-sections detailing initial bone and joint anatomy; they are often performed when MRI is not available or when prior fractures need to be evaluated more closely or remain quite complicated in nature. 

Ultrasound: Provides continuous real time imaging of skeletal musculature and tendon injuries; musculoskeletal ultrasound can also facilitate minor ultrasound guided procedures.  

Bone Scan: Able to detect stress fractures and or a bone infection as the rate of will show uptake in the radioactive material, improving the imaging characteristics.

A Review Of The Literature On The Role Of MRI In ACL Injuries

ACL tears commonly present in elite, recreational, and young athletes. There is ongoing debate about the diagnostic accuracy of MRI and clinical diagnostic tests. The cruciate ligaments function as articulate stabilizers, limiting anteroposterior translation of the tibia. 

The ACL is tissue that measures approximately 38 mm in length and 11 mm in thickness and serves the primary purpose of preventing the anterior translation of the tibia on the femur during knee flexion and provides 85% of anterior stability. It also provides additional resistance to varus-valgus deviations of the tibia and internal rotations of the tibia, especially between 10° and 30° flexion.

Conclusion 

Magnetic Resonance Imaging is an important application in sports medicine because it provides accurate, non-invasive imaging of injuries to the soft-tissue and bones. What Is The Role MRI Plays In Sports Injuries? MRI can identify early and subtle injuries such as ligament ruptures, muscle strains, and tendon injury, allowing medical staff to diagnose, accurately plan intervention, and allow for recovery time to be shortened.

Frequently Asked Questions

Q. How MRI scans are useful in sports injuries?

MRI can also identify early-stage injuries, which is quite a useful method to track and monitor healing processes. 

Q. Who discovered MRI?

Dr. Raymond Damadian. 

Q. How does MRI work for treatment? 

It provides your doctor with valuable information in diagnosing your medical information.

Q. What is MRI’s role in sports medicine? 

MRI’s primary role in sports medicine is to provide an advanced form of imaging of the soft tissues and bones to facilitate accurate diagnosis, treatment and ongoing monitoring of injuries, as well as rehabilitation and return-to-play initiatives.

Q. How is MRI used for injury rehabilitation?

Magnetic Resonance Imaging (MRI) is a crucial component of recovery from injury through its non-invasive ability to view soft tissues and internal structures in detail.

What is the Role MRI Plays in Sports Injuries? Read More »

How is MRI of the Anus Performed?

MRI Scan /

If you search, the answer to this: How is MRI of the anus performed? The anorectal zone of rectum and anus is a part of the gastrointestinal tract that is engaged in transit of wastes. Due to complex anatomy and vulnerable situations, disease diagnosis in this area is most commonly dependent upon application of advanced imaging modalities. Human equivalent Magnetic Resonance Imaging or MRI is just one of those very helpful test procedures that provides accurate anatomical and pathological information without using radiation. 

Why an MRI Scan of the Anus May Be Needed?

It is very easy to use when scanning anal canal complex structures, sphincter muscles, tissues in the surroundings, and disease state.

Evaluation of Perianal Fistulas: This pathologic tunneling between anal canal and covering skin is ordinarily complex and cannot be appropriately evaluated by history and physical examination.

Diagnosis and Staging of Anal Cancer: MRI plays an important role in the initial diagnosis and staging of anal cancer. It can determine the size and extent of the tumor and involvement with adjacent tissues.

Inflammatory Bowel Disease (IBD) Complications: Perianal complications in the form of abscesses and fistulas are identified in patients with a history of Crohn’s disease. MRI can give an estimate of the severity and extent of complications for both medical and surgical needs.

Assessment of Sphincter Damage: Anal sphincter muscle damage during operation or delivery results in fecal incontinence. MRI assesses the integrity and extent of the sphincter defect, visualizes them and guides reconstructive surgical planning.

What Happens During an MRI Scan of the Anus?

Having an MRI of the anus at one of Delhi NCR’s top body imaging centers, Knowing what to expect might also reduce anxiety.

Preparation:

You will typically be allowed to eat, drink, and use any medications you regularly use.

Let your doctor or medical staff know if you have any metal implants in your body (like pacemakers or surgical clips) as they will be an issue with the MRI scan.

Let them know of any allergy, specifically contrast material, and claustrophobia.

You might need to wear a hospital gown and metal clothing or jewelry removed.

Positioning:

You will be placed to lie back on a mobile table that glides into the MRI machine, a gigantic, round device.

For an anal MRI, you will usually lie on your side or back, depending on the type of imaging test and where your body is being scanned.

There will be pillows and support pads put under you to try and get you as comfortable as possible and position you in the correct location for scanning.

The Scanning Process:

You would have earplugs or headphones put into your ears to mitigate the noise of the sound to a lesser degree.

You need to be as motionless as possible when taking the shots, and this will be a few minutes per shot.

The scan would take 30-60 minutes depending on how complicated a scan and set of numbers needs to be completed.

Conclusion

MRI of the anus is a safe, non-surgical, and highly effective imaging modality that gives advanced information regarding the anal canal, sphincter muscle, and the surrounding tissue. What does MRI of the anus involve? It is required for the diagnosis of complex diseases such as fistulas, cancer, and injury to the sphincter, enabling appropriate treatment planning and follow-up treatment.

Frequently Asked Questions

Q. Is MRI Anus scan painful?

No, this is a painless and non-invasive procedure but the patient may feel uncomfortable during the scanning procedure if the patient has Closed surface fear.

Q. How long does an MRI of Anus take?

It will take 15-30 minutes but if contrast dye is taken it may take 60-90 minutes.

Q. Who is not able to undergo an MRI Anus scan?

It is probably going to be suggested to you but you will know that if you have an implant of metal, you cannot have an MRI scan.

Q. How do they get an MRI of the anus?

The catheter will then be taken out. The gel will remain in your rectum when they take the scan.

Q. What is the scan of the anus?

Medical testing and imaging of the anus are proportionate to the patient’s signs and symptoms and the diseases that are suspected. While there is no one “scan for the anus,” routine diagnoses range from a simple visual and tactile exam to high-tech imaging equipment.

How is MRI of the Anus Performed? Read More »

What to Expect During a Whole Body MRI Scan?

MRI Scan /

If you are searching for What to Expect During a Whole Body MRI Scan? MRI is based on magnetic radiations to detect abnormalities in the whole body. MRI is one of the most effective diagnostic tools for soft tissues and other body evaluations. Whole body MRI is based on magnetic waves to detect abnormalities such as cancers, fractures injuries, blood vessels, etc. MRI is the abbreviated form of Magnetic Resonance Imaging which is based on magnetic waves to detect abnormalities. 

What is An Whole Body MRI 

Magnetic Resonance Imaging (MRI) is a radio-diagnostic modality to examine various abnormalities in the body. Whole body MRI is a prevalent MRI modality, and in clinical practice, it can be used as a detection tool for any abnormalities in the body. Whole body MRI is very useful since it provides information about abnormalities in any area in the body, which makes it the MRI of choice. MRI employs magnetic waves to detect abnormalities and should not be used in patients with any implants in their body such as a pacemaker or rods/plates in their bones, since magnetic waves can displace metallic objects in the body.

Objective of Total-Body MRI

  • Total-body MRI is useful for detecting cancer-related tumors
  • Total-body MRI is useful for detecting non-cancer related tumors
  • Evaluate family/testing for hereditary risk
  • Used to assess for musculoskeletal abnormalities
  • Useful for detecting infections
  • Useful for detecting inflammatory disease
  • MRI is useful for assessing vessels
  • Useful for detecting chronic disease
  • Useful for detecting autoimmune conditions
  • Useful for screening symptomatic abnormalities

Whole Body MRI Procedure

Preparation:

Patients will be instructed to remove metal objects (jewelry, watches, and belts). 

The medical history will be taken to assess the patient’s medical profile and history, especially any implants made of metal or if the patient has a pacemaker. 

If a special contrast dye is being used it will be required for the patient to not eat prior to the MRI.

Location:

The patient lies on a table that slides into the machine, which is flat.

Earplugs or headphones are given to protect the patient against the noise of the machine.

Scan: 

The machine produces magnetic waves that help to create in-depth cross-sectional images.

A drug called a contrast agent is used to allow even stronger images and provide details of structures occurring in the body.

Duration: 

Depending on the type of the MRI and if the patient needed contrast, the duration taken for this procedure can be between 45 and 90 minutes. 

Post-Procedure: 

As long as the patient did not receive a sedative or contrast, the patient is free to continue with their normal activity. The report will be reported by the radiologist after reviewing the images from the procedure.

Benefits of Whole-Body MRI

  • MRI tests are free of radiation
  • MRI allows for complete imaging that assists in the identification and earlier detection of abnormalities.
  • MRI assists in the identification and early detection of abnormalities in the body.
  • MRI is highly sensitive to abnormalities in soft tissue such as the brain, muscles….
  • MRI can see cancer at an early stage.
  • MRI assists in assessing the disease and monitoring treatments for the patient.
  • MRI is a non-invasive test that does not require an operative procedure.
  • The patient does not need a break and can return to work after the scan.
  • Whole body MRI can reveal abnormalities of multiple organ systems in one test.

Whole-Body MRI Limitations

  • The cost of MRI is an upside-disadvantage considering the cost of x-ray and CT scans.
  • The procedures of MRI take longer to complete than that of x-ray and USG studies.
  • Some patients tend to fear closed space in the machine.
  • The coming off noise associated with MRI can deter patients.
  • Some patients may have an allergic reaction to the contrast agent seen with MRI.
  • MRI has been known to cause false positives and/or necessitate further testing.

Cost of MRI full body in Delhi NCR

In Delhi NCR, an MRI whole body generally costs anywhere from INR 40,000 to 80,000. The price will vary depending on regional and variable managerials, including the location of the hospital or clinic and the quality of machine and contrast agent used, etc. In certain diagnostic centers and hospitals there may be some adjunctive tests included with MRI whole body prices in a package of studies.

Conclusion

MRI stands for Magnetic Resonance Imaging and uses magnetic waves for detecting abnormalities. What to Expect During a Whole Body MRI Scan The patient is asked to lie on the table connected with the MRI machine and used for looking for abnormalities.The table attached with the MRI machine slides into the machine for detection of abnormalities. There are various types of MRI that are used for diagnosing different body parts. 

Frequently Asked Questions

Q. Is MRI safe for all patients? 

In general, patients with a pacemaker or some type of implant will generally not qualify. 

Q. Is contrast injection necessary with MRI? 

Not usually; contrast is only used as needed to improve images. 

Q. Can MRI Whole Body show cancers? 

Yes, MRI Whole Body can show cancers anywhere in the body. 

Q. Is MRI Whole Body better than the US? 

Yes, MRI Whole Body is definitely better than the US.

Q. Who cannot have an MRI?

People with specific types of metal implants, or any metal object in their bodies.

What to Expect During a Whole Body MRI Scan? Read More »

What is an MRI Scapula Scan and Why is It Done?

MRI Scan /

If you are searching MRI Scapula employs magnetic waves that hit the Scapula bones and muscles and gives the images on the screen connected with the MRI machine. MRI Scapula is the radio imaging diagnostic equipment similar to other diagnostic equipment like other non-invasive tests which assist in searching for scapula abnormalities such as fractures, injuries, infections, inflammation etc.

MRI Scapula

MRI Scapula is a diagnostic examination employed to examine any abnormality in the scapula resulting in abnormal shoulder functioning. This would also restrict the function of the shoulder and result in abnormal functioning. The shoulder is a significant joint that enables rotation of the arm, swinging arm and assists in easy arm movement in all directions of the body. There are some tests which are utilized for the identification of scapula abnormalities and MRI shoulder is one of them. 

Selecting MRI Scapula

MRI Scapula is employed to search for various Scapula abnormalities such as Scapula injury, Scapula fracture, Scapula tumors, Scapula cancers, blood vessels of Scapula, Scapula abnormalities etc. MRI Scan finds application in searching for the abnormalities within the soft tissues or muscles of the Scapula.

Symptoms of Scapula Abnormalities

There are different symptoms which may be associated with the Scapula Abnormalities including:

  • Pain experienced when moving the shoulder
  • Scapula bone dislocations
  • Inflammation of the ligaments
  • Strain in the muscle related to Scapula
  • Scapula ache
  • Blood coming from Scapula
  • Not able to move the jaw
  • Not able to bend the Scapula
  • Not able to side twist the Scapula

Enumerate the Causes of Scapula Abnormalities

Scapula Abnormalities are caused by various factors and these include:

Infections to the Scapula: Infection or any foreign body lodged in scapula can cause infection of scapula. This stops the functioning of the scapula and should be diagnosed and treated at once for normal functioning of the scapula.

Damage to the Scapula: Scapula injury significantly affects the shoulder function and is one of the primary reasons for the Scapula abnormalities. Scapula injuries may be caused by several factors such as accidents, falls, stuck to hard surfaces or fights.

Fracture to Scapula: Fracture also causes Scapula abnormalities through fracture of the bones, ligaments or tendons of shoulder that make shoulder movement painful. An individual with a scapula fracture is not able to move his arm in a normal manner and has many problems regarding the movement of the arm.

Dislocation in Scapula: Any circumstance such as accidents, falls, fight, blow on Scapula can cause the condition of Scapula dislocation.

Autoimmune disease: There are conditions such as arthritis that may cause the Scapula to be inflamed. The body’s immune system attacks our own cells and causes Scapula abnormalities.

Osteoporosis: With age and exposure to some environments, the bones get weak which can result in Scapula abnormalities over time.

Nutritional deficiency: Lack of essential nutrients which are crucial to the strength of Scapula is also one of the reasons behind Scapula defects.

Enumerate the Applications of MRI Scapula

MRI Scapula is applied to identify different conditions such as

  • Scapula infection
  • Increased Scapula
  • Scapula structural abnormalities
  • Scapula tumors
  • Scapula degenerative changes
  • Scapula inflammation
  • Scapula structural alignment
  • Scapula injury
  • Scapula fracture
  • Scapula tumors
  • Scapula abnormality
  • Scapula metastases

Conclusion

Some tests utilized for the defection of Scapula abnormalities are MRI Scapula, CT Scapula, PET scan, X-ray etc. Contrast Scapula MRI provides more clear and detailed images, which allow easy and early detection of the abnormality in the Scapula. This is an important joint responsible for multiple functions in the shoulder.

Frequently Asked Questions

Q. Is MRI and CT Scapula same?

No, these are two different procedures.

Q. Can MRI Scapula scan reveal scapula dislocation?

Yes, MRI scapula is a very effective test in the diagnosis of scapula dislocation.

Q. Can MRI scapula visualize injury in scapula?

Yes, it can visualize scapula injuries.

Q. What is MRI Scapula with contrast?

MRI Scapula with contrast is an advanced version of MRI Scapula; in this test contrast material is utilized for the identification of subtle abnormalities.

Q. When to opt for Scapula MRI?

When one experiences symptoms pertaining to Scapula abnormalities. He should undergo the MRI Scapula procedure.

What is an MRI Scapula Scan and Why is It Done? Read More »

What is a Full Body MRI Scan and When Do You Need It?

MRI Scan /

If we are looking for What Is a Full Body MRI Scan and When Do You Need It? A whole-body MRI, or whole-body (WB) scan, is an imaging technique that is noninvasive and pain-free and gives sharp images of the internal body structures from head to toe. MRI stands for Magnetic Resonance Imaging and is used with a magnetic field and computer-generated radio waves to make images of an entire body of a patient. MRI never applies radiation to scan; thus, it is the health expert’s favorite body scan..

When Do You Need a Full-Body MRI?

A whole-body MRI is helpful to the individuals who desire a general notion of their body condition. It can be helpful to determine a variety of symptoms, such as an acute attack of vertigo and loss of feeling in the toes of the patient. It is helpful to detect the first signs of the diseases. Whole-body or full-body MRI is the current best option for individuals to obtain the data regarding any abnormality in the body, which could be asymptomatic.

Full-Body MRI Scan is Used to Detect

  • Whole-body MRI scan, also referred to as full-body MRI scan, does cross-sectional images of the entire body to reveal any abnormality in any location of the body. 
  • A brain/head MRI scan reveals any damage, injury, fluid leak, skull, nerves or any abnormality of the head.
  • A complete spine MRI scan provides an accurate impression of related abnormalities of the cervical spine, thoracic spine, lumbar spine, coccyx, vertebrae, etc
  • Pelvis MRI is also referred to as musculoskeletal, and the scan covers the pelvic girdle area, muscles, and ligaments.
  • A heart MRI will likewise involve scanning your heart and surrounding areas around the heart, such as heart valves, pericardium, heart walls, and blood vessels.
  • The remaining body, such as joints of the legs, feet, and lower back region, will also be examined in the full body MRI scan

When to Get a Full-Body MRI?

The whole-body or full-body MRI is recommended by physicians for several reasons such as diagnosing disease or disorder of various parts of the body simultaneously. The patient may also choose to do the scan in order to check for undetected or concealed injury, infection or disorder within the body. These scans are also performed to ensure healing from the surgery is going well.

Preparation for Whole-Body MRI

A patient will have to see a medical specialist prior to going for the test because he may prescribe some conditions prior to visiting for the test. MRI uses powerful magnets and radio wave pulses that can lead to the heating and potential motion of metal objects in or on the body or head. These implants cause medical and safety problems, and therefore it is necessary to inform the medical practitioner prior to an MRI and alert him to any such implants. 

How does a full-body MRI cost in Delhi?

The price for full-body MRI scanning in Delhi varies according to location, medical center and quality of medical professionals. Carebox can be your preference for obtaining the best full-body MRI screening tests in Delhi since they have partnered with the best facility centers that are quality assured and government accredited, with high professional expertise in healthcare at reasonable rates and discounts given.

Conclusion

Patients can avail whole-body scan for any asymptomatic disorder or disease and monitoring of the entire body. What Is a Full Body MRI Scan and When Do You Need It? MRI is used for many purposes and comes in various types depending on the condition of the patient. Patients must search for some centers, accreditations and expertise while selecting any MRI diagnostic center.

Frequently Asked Questions

Q. What is full-body MRI?

Full body MRI is a non-surgical, imaging medical diagnostic apparatus for diseases and disorders of the entire body of a patient.

Q. What are the uses of full-body MRI?

Full-body MRI scans to identify cancers, tumours, haemorrhage, leakage of fluid, infection, disorder or disease at any part of the body..

Q. When would a full-body MRI scan be selected?

Don’t neglect the signs of body disorder; get yourself screened periodically to prevent delay in treatment and diagnosis.

Q. What are the risks of MRI scans?

No such risks are ever involved in a full-body MRI scan if done in front of a medical practitioner and at a good medical center with appropriate guidelines and protocols.

What is a Full Body MRI Scan and When Do You Need It? Read More »

How is MRI Different From a CT Scan?

CT Scan, MRI Scan /

If you want to know something about this, how is MRI different from a CT Scan? CT and MRI are two medical imaging modalities that form pictures of tissue and organs within your body. CT and MRI are not identical to each other, but they are not identical to one another either. Since they are not the same, physicians can select to utilize one or the other imaging type.

About CT Scans

CT is computed tomography. CT scans also go by the name computerized axial tomography, or CAT scans. When you have a CT, you’ll be lying on a moving table that moves through a doughnut-shaped machine that’s very big. A computer synthesizes information it’s collected in order to form 3-dimensional pictures of your bones and soft tissues.

Doctors prescribe CT scans when they’re looking for or assessing:

  • Head injury
  • Bone fractures
  • Pneumonia
  • Bleeding in the body
  • Internal organ issues
  • Tumors
  • Cancer development or curing of cancer as a result

Also Read: Complete Guide to Leg MRI Scan

About MRI Scans

Magnetic resonance imaging, or an MRI scan, can actually take good images of soft tissue, organs, or ligaments and helps your physician’s work in order to be able to detect abnormal tissue, soft tissue trauma, torn ligaments, herniated disks, etc.

Like the CT scan, you’ll be on a table for the MRI. Physicians can also request MRIs in place of CTs if they require more precise and enhanced images. Physicians tend to order MRI scans for bone, joint, and organ ailments, particularly the:

  • Brain
  • Breasts
  • Heart
  • Arteries
  • Veins
  • Joints
  • Wrists
  • Ankles

Also Check : CT Scans Compared to MRI Scans

Conclusion

CT Scan and MRI scans are the strongest diagnosis equipment used to identify abnormalities in the body. MRI is costlier than CT Scan. How is MRI different from a CT Scan? CT Scan is able to detect abnormalities such as Head injury, breaks in bones, pneumonia, bleeding in the body, internal organ problems, tumors etc. While MRI will assist you in identifying brain, breasts, heart, arteries abnormalities. 

Frequently Asked Questions

Q. What is CT scan and MRI full form?

The full form of CT is Computed Tomography

Q. How to book a “CT and MRI scan near me”?

You can book your test on the carebox. Our associated labs are NABL & NABH accredited, who provide best diagnostic services in Delhi, NCR.

Q. What MRI can reveal which CT scan cannot?

MRI reflects abnormalities of soft tissues and CT scan is ideal for visualizing bone fractures. MRI reflects clearly abnormalities of soft tissues with the aid of high magnetic fields.

Q. Is MRI and CT scans harmful?

There are no direct side effects of MRI and CT scan, if you have taken all the precautions and complied with your provider’s instructions and advice. You may experience some discomfort but it will be short term for which no mediations or special care is required, but in case you experience any allergic reaction report to your doctor at once.

How is MRI Different From a CT Scan? Read More »

Complete Guide to Leg MRI Scan

MRI Scan /

If you want to know about something, Complete Guide to Leg MRI Scan an MRI of your leg, or magnetic resonance imaging, is a safe and painless scan that uses very strong magnets and radio waves to make detailed images of the bones, muscles, tendons, ligaments and blood vessels in your leg. Unlike X-rays or CT scans, an MRI does not use radiation, and it is particularly good at imaging soft tissues.

What Is A Leg MRI Scan

Leg magnetic resonance imaging (MRI) is a non-invasive imaging test that provides detailed images of the bones, muscles, tendons, ligaments, nerves and blood vessels of your leg. A leg MRI is extremely useful to evaluate, and to diagnose fractures, tumors, infections, joint related problems, and ligament related injuries due to the extensive resolution to evaluate the bones and soft tissues. In some situations, contrast dye will be injected to provide improved imaging quality, and leg MRIs will typically take 30-60 minutes to complete.

How the Test is Conducted

You will be required to change into a hospital gown or non-metallic zipped clothes and snaps (like sweatpants and a tee shirt). Ensure you remove your watch, jewelry and wallet. MRI Scan can pull on any metallic objects. Certain tests require a special dye (contrast). Usually, you will receive the dye by injection through a vein in your arm or hand prior to the test. Occasionally, the dye is injected into a joint. 

Also Read: Find Affordable Packages & Instant Booking with CareBox

How to Get Ready for the Test

You will be given medication to make you feel drowsy and less nervous. Your doctor may recommend an “open” MRI, in which the machine is further away from the body.

  • Brain aneurysm clips
  • Some types of artificial heart valves

Kidney disease or dialysis (you might not be able to have contrast)

Recently had artificial joints put in or surgery with metal plates and screws

Some types of vascular stents

What to Expect During your Exam

Getting an MRI exam is not painful. You will need to be still. Too much motion can blur the MRI pictures and mess up the exam. The examination table may be hard and cold, but you may ask for a blanket or pillow. The machine will make loud thumping and humming noises once it turns on. You may wear ear plugs to block the noise.

Purpose of the Test

This test gives images of parts of the leg that are difficult to see well on CT scans.

Your specialist may recommend a leg MRI if you have:

  •  A mass that you can feel on physical exam
  •  Bone pain, and fever
  •  Broken bone
  •  Decreased motion of the ankle joint
  •  Pain, swelling, or redness in a leg
  •  Redness or swelling of the ankle joint
  •  Leg pain and a history of cancer
  •  Leg, foot or ankle pain that hasn’t improved with treatment
  •  Instability of your ankle and foot

Conclusion

Leg MRI is a safe and effective way to diagnose injuries that creates high-quality images of the osseous and soft tissue structures. Complete Guide to Leg MRI Scan This means your physician should be able to accurately demonstrate damage, infection or other pathology that cannot be identified accurately with either ultrasound or x-ray studies. 

Frequently Asked Questions

Q. How to prepare for an MRI of the leg?

For your leg MRI, you will want to make sure there is no metal on your person and notify staff of any type of internal medical device.

Q. How is an MRI scan of the leg done?

You will hear some tapping and thumping sounds, therefore earplugs or headphones are given, and it is important to stay as still as possible for 30-60 minutes to produce a clear image. 

Q. How long does an MRI scan take for legs?

A single leg MRI takes approximately 20-60 minutes, but in general averages 30-60 minutes. The two legs combined will generally take 30-45 minutes.

Q. Why can’t I drink water before an MRI?

You should avoid drinking any water before some MRI scans, especially abdominal or pelvic scans, because food and water in your digestive tract can cause your stomach to contract and appear “artifacts” (blurring) in the pictures.

Q. Does MRI show nerve damage in legs?

An MRI can reveal nerve damage by displaying its morphology (abnormalities such as swelling or atrophy), showing compressive conditions such as herniated discs, and presenting changes in signal intensity of the nerves where the nerve appears brighter or darker. 

Complete Guide to Leg MRI Scan Read More »

Explore Comprehensive MRI Scans for Accurate Diagnosis – Head, Spine, Joints & More

MRI Scan /

Magnetic Resonance Imaging (MRI) is a crucial, non-invasive diagnostic tool that helps detect various medical conditions by capturing detailed images of different body parts. At CareBox, we are dedicated to helping you understand the importance of different MRI scans such as MRI scan head, MRI chest scan, MRI shoulder scan, and more to ensure accurate diagnosis and better treatment.

MRI Scan Head & Brain Scan

An MRI scan head and MRI brain scan are essential for diagnosing brain tumors, strokes, infections, and neurological disorders. These scans provide high-resolution images to help doctors evaluate brain health comprehensively.

MRI Chest Scan

The MRI chest scan examines heart and lung conditions, offering detailed images that help diagnose abnormalities without harmful radiation exposure.

MRI Shoulder Scan

With an MRI shoulder scan, orthopedic issues like rotator cuff tears and ligament injuries can be accurately diagnosed, facilitating targeted treatment plans.

MRI LS Spine Scan & Lumbar Spine Scan

Both MRI LS spine scan and MRI lumbar spine scan focus on the lower back, identifying causes of chronic pain such as herniated discs or nerve compression, crucial for pain relief and therapy planning.

MRI Head Screening

Routine MRI head screening supports early detection of brain disorders, helping prevent serious health problems by facilitating prompt intervention.

MRI Cervical Spine

The MRI cervical spine targets the neck area to detect spinal cord or nerve compression, disc issues, and injuries, aiding in managing neck pain effectively.

MRI Knee Scan

An active lifestyle can lead to knee injuries. The MRI knee scan is pivotal in examining ligament damage, arthritis, and meniscus tears to restore mobility.

MRI Ankle Joint Scan

An MRI ankle joint scan assists in diagnosing sprains, fractures, and joint disorders, ensuring proper treatment and fast recovery.

MRI Finger Scan & Right Hand Scan

For precise diagnosis of finger and hand injuries, MRI finger scan and MRI right hand scan reveal tendon damage, fractures, and infections, critical for hand function restoration.

MRI Whole Spine Scan

A comprehensive MRI whole spine scan evaluates cervical, thoracic, and lumbar regions, valuable for patients with widespread back problems or spinal disorders.

Why Choose CareBox?

At CareBox, we are committed to providing trustworthy information and guidance about various MRI scans. Whether it’s a specialized MRI shoulder scan or a full MRI whole spine scan, we help you understand every step for accurate diagnosis and better healthcare decisions.

Choose CareBox as your partner to access reliable MRI scan knowledge and take control of your health journey with confidence.

FAQs About MRI Scans with CareBox

Q1: What is an MRI scan and why is it important?

An MRI (Magnetic Resonance Imaging) scan is a non-invasive diagnostic tool that uses magnetic fields and radio waves to produce detailed images of organs and tissues. It helps doctors detect abnormalities with high precision. CareBox recommends MRI scans for accurate diagnosis without radiation exposure.

Q2: Which MRI scan is best for head-related issues?

For head-related concerns, an MRI scan head or MRI brain scan is ideal. It detects tumors, strokes, infections, and neurological disorders effectively. CareBox emphasizes early MRI head screening for timely medical intervention.

Q3: How does an MRI shoulder scan help?

An MRI shoulder scan provides clear images of soft tissues, ligaments, and joints in the shoulder to diagnose injuries like rotator cuff tears or arthritis. CareBox advises this scan for persistent shoulder pain or injury.

Q4: What is the difference between MRI LS spine scan and MRI lumbar spine scan?

Both terms often refer to the same lower back MRI that assesses vertebrae, discs, and nerves to identify pain causes like herniated discs. CareBox provides guidance on choosing the right spine MRI based on symptoms.

Q5: Can MRI scans detect ligament and joint injuries?

Yes, MRI scans like knee, ankle joint, finger, and right hand scans can detect soft tissue injuries, ligament tears, cartilage damage, and fractures. CareBox supports using these scans for accurate musculoskeletal diagnosis.

Q6: Is MRI whole spine scan necessary?

A whole spine MRI is recommended if symptoms affect multiple spinal regions or for monitoring chronic spinal conditions. CareBox helps understand when this comprehensive scan is appropriate.

Q7: Are MRI scans safe?

MRI scans are safe and do not use ionizing radiation. They are non-invasive and suitable for most patients, including children and pregnant women, with guidance from CareBox experts.

Q8: How should I prepare for an MRI scan?

Preparation varies by scan type, but generally, patients should remove metal objects and follow specific instructions given by CareBox-affiliated centers for optimal imaging.

Explore Comprehensive MRI Scans for Accurate Diagnosis – Head, Spine, Joints & More Read More »

Book MRI Scan Online: Find Affordable Packages & Instant Booking with CareBox

MRI Scan /

You can easily find and book MRI scan packages online through trusted diagnostic platforms, including CareBox, which offers a wide range of affordable MRI scan options with instant online booking. By searching for “book MRI scan online” you can compare prices, choose nearby labs, and confirm your slot without any hassle.

MRI scans are a critical diagnostic tool for detecting various health conditions, but finding the right package at a fair price can be challenging. Thankfully, with the rise of online healthcare platforms, scheduling your MRI scan is now more convenient than ever.

Why Choose Online MRI Booking?

  • Instant Scheduling – Avoid long waiting times by securing your MRI appointment in advance.
  • Price Comparison – Check and compare packages from different diagnostic centers in one place.
  • Wide Network of Labs – Access certified diagnostic centers close to your location.
  • Secure Payment & Confirmation – Book and pay online with instant confirmation.

Where to Find MRI Scan Packages Online

If you’re searching “book MRI scan online,” here are the top ways to find packages with easy booking options:

  • Healthcare Aggregator Platforms – Sites like CareBox list MRI scan packages from multiple Centres, allowing you to choose based on price, location, and quality ratings.
  • Hospital Websites – Many hospitals now offer direct online booking for specific MRI services.
  • Dedicated Diagnostic Labs – Some labs have their own booking portals for patients.

Why CareBox is Your Best Option

CareBox offers an all-in-one solution to book MRI scan online with:

  • Transparent pricing and discounts on selected MRI packages.
  • Network of trusted and NABL-accredited labs.
  • Easy-to-use interface for selecting your preferred location and appointment time.
  • Secure payment gateway and instant confirmation email/SMS.

Steps to Book MRI Scan Online with CareBox

  1. Visit carebox.in and navigate to the MRI scan section.
  2. Choose the type of MRI scan you need (e.g., brain MRI, contrast MRI).
  3. Compare prices from top diagnostic centers in your area.
  4. Select your preferred slot and proceed to secure payment.
  5. Receive your booking confirmation instantly.

Benefits of Online MRI Booking

  • Time-Saving – Book from home or office without visiting the lab first.
  • Best Deals – Get promotional discounts and packages.
  • Flexibility – Reschedule easily if your availability changes.
  • Peace of Mind – Know your appointment is secured before visiting.

Booking an MRI scan has never been easier. With platforms like CareBox, you not only get affordable packages but also the convenience of online scheduling in just a few clicks. Whether you need a routine scan or a specialized MRI, search “book MRI scan online” today to find the best deals and secure your slot instantly.

FAQs About Online MRI Scan Booking

1. How can I book an MRI scan online?

You can easily book an MRI scan online by visiting trusted platforms like CareBox. Simply select your required scan type, choose your preferred location, compare prices, and confirm your slot with instant online payment.

2. Are online MRI bookings secure?

Yes, online MRI bookings are completely secure. Websites like CareBox use encrypted payment systems and confidential data handling to ensure your safety and privacy.

3. Can I choose the diagnostic lab for my MRI scan?

Absolutely. Platforms such as CareBox allow you to compare multiple diagnostic centers and select the one that best suits your location, budget, and preferences.

4. What happens after I book an MRI scan online?

Once your booking is confirmed, you’ll receive an email or SMS with appointment details. You can visit the selected diagnostic center at your scheduled time for the scan.

5. Do online MRI scan packages include reports?

Yes, most packages include both the scan and detailed reports. CareBox ensures that partner labs provide results within the promised time frame.

6. Can I reschedule my MRI appointment after booking?

Yes, rescheduling is possible depending on the lab’s availability. CareBox offers flexible options to modify your appointment without extra hassle.

7. Are discounts available for MRI scan packages?

Many online platforms, including CareBox, offer special promotional discounts and bundled packages to make scans more affordable.

8. What documents do I need when visiting the lab?

You should carry a valid ID proof, your online booking confirmation, and, if applicable, a doctor’s referral slip.

9. Where can I call to book an MRI scan online in Delhi?

To book an MRI scan online in Delhi with CareBox, call: +91 9953630773. This number provides direct support and booking options for affordable MRI packages.

Book MRI Scan Online: Find Affordable Packages & Instant Booking with CareBox Read More »

CT Scans Compared to MRI Scans: What is the Difference?

CT Scan, MRI Scan /

If we are looking for Which is better MRI or CT scan for brain CT and MRI brain are both images for a medical purpose of internal organs and/or tissues. Even with the similarities between CT and MRI, they are two different types of imaging that might cause your physician to choose one type of imaging procedure, versus the other, for your situation.

CT Scan Overview

CT is short for computed tomography. A CT scan is more commonly referred to as computerized axial tomography (CAT scan). You must lie on a moving table that enters the large, doughnut-shaped scanner during the CT scan. The computer collects data on your bones and soft tissue to create three-dimensional images. 

Doctors request a CT scan for several reasons when they are looking for possible or ongoing evaluation: 

  • Head injury 
  • Fractures 
  • Pneumonia 
  • Bleeding in the body 
  • Problems with internal organs 
  • Masses 
  • Development of cancer or effectiveness of treatment for cancer 

Regarding MRI Scans

Magnetic resonance imaging, or MRI scan, is excellent at taking pictures of soft tissue, organs, or ligaments, and it simplifies your doctor’s job to be able to identify abnormal tissue, soft tissue injuries, ruptured ligaments, bulging disks, and more.

With the CT scan, you will lie on a table for an MRI. The MRI machine itself is a donut shape but more chubby. MRIs are also extremely loud, and you will probably receive earplugs or headgear to dampen the sound.

one type of scan better or more detailed than the other?

CT scans excel at spatial resolution, while MRIs excel at contrast resolution. That is to say, CT scans are useful at revealing us where the boundaries of things are  where this structure stops and that other one starts. MRIs are useful at revealing to us the distinctions between different parts of the body and can distinguish cancer tissue from regular tissue.

Also Read: MRI Brain Scan with Contrast Procedure, Benefits, Cost?

Is there any reason that someone should not get an MRI or a CT scan?

Yes. Because a very strong magnet is used, inform your doctor if you have any metal implants, pacemakers or prosthetic devices before you undergo an MRI. Inform them also if you have a history of metal work (such as welding) or if you have any foreign body lodged in your tissues, such as bullet fragments, metal shavings or shrapnel.

What Is Going On During an MRI?

Before the scan, you might be injected with a contrast agent. Occasionally you’ll receive one plain scan and then an MRI with the dye. Depending on which areas of your body are being scanned, you’ll be instructed to drink the solution or the solution will be injected into your vein.

Conclusion

MRI scans have greater soft tissue detail and contrast resolution and are thus better suited to identifying ligament sprains, organ disease, and discriminating between healthy tissue and disease. Which is better: MRI or CT scan for the brain? Between the two, selection rests with the medical need, patient safety factors, and the nature of information the doctor needs.

Frequently Asked Questions

Q. What is the main difference between an MRI and a CT scan?

MRI scans have greater soft tissue detail and contrast resolution and are thus better suited to identifying ligament sprains, organ disease, and discriminating between healthy tissue and disease. 

Q. What can an MRI see that a CT scan can not?

An MRI employs magnetic fields and radio waves to create images of soft tissues in great detail, enabling it to visualize things invisible to a CT scan, like inflammation, swelling, and minor changes within the brain and spinal cord. 

Q. Which is more safe, MRI or CT?

MRI is generally safer than a CT scan 

Q. What cancers can MRI not detect?

MRI scans are not able to detect blood cancers (such as leukemia), bone cancers, and some lung cancers since these are detected with other tests such as blood tests or CT scans, which give better pictures or can detect these cancers more effectively. 

Q. Which scan is best for the brain?

An MRI is typically the ultimate all-around scan of the brain because of its excellent soft-tissue resolution and capacity to visualize a broader array of conditions. 

CT Scans Compared to MRI Scans: What is the Difference? Read More »

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