What is a MRI Hand Scan?

Magnetic Resonance Imaging (MRI) technology is a medical imaging technique that uses strong magnets to line-up the protons in your body’s water molecules. The MRI scanner sends a brief pulse of radio waves to displace those protons right before recording that information. As the protons return to their original position, they send out signals which the MRI scanner detects. A very powerful computer converts that data into multiple very detailed slices of images of your hand looking in multiple directions. 

An MRI Hand scan really gives great information about soft tissues compared to imaging techniques like X-rays, which primarily provide information about bone. This is helpful in evaluating conditions in the hand that involve problems with ligaments, tendons, cartilage, and nerves.This is particularly important with hand imaging specifically when subtle problems or complex issues are being evaluated.

How to Prepare for a Hand MRI? 

Patients should meet with a healthcare expert before an MRI because they may suggest some precautions prior to the test. Your healthcare provider needs to know if you have a body implant.  MRI uses strong magnets and radio wave signals to produce images, scientists believe that the radio waves could potentially create heat and in some cases could even make things that are in your body move. 

There is a possibility that the implants could be a risk to health and safety, if you have one, speak to an appropriate healthcare professional. Patients should also leave all jewelry, watches, or anything else that is metal at home (or remove them) prior to the MRI scan.

There is potential to have burns or injuries from harmful projections because metal can interfere with the MRI magnetism. Other things that will interfere with the MRI magnetism you will want to be sure to discuss prior to going for the MRI are pacemakers, implants, nerve stimulators, metal fragments

How much for a Hand MRI in Delhi? 

The Hand MRI scan cost in Delhi is based on the area, healthcare facility, and quality of healthcare provider. You can select carebox for Hand MRI imaging tests as they have the best facility and quality,and have knowledge in healthcare at below market prices. (Click to know)

What is the Treatment After a Hand MRI?

Hand MRI can identify different abnormalities or diseases, such as fractures, stiffness in the hand, loss of sensation, joints issues etc. Each of the identified abnormalities will have a different analysis/treatment according to the condition. The healthcare professional will apply a treatment plan only to highlight errors once he has comprehended the MRI report, and the findings from the MRI report.

Conclusion

An MRI of the hand is very useful and has the ability to assess soft tissue and the complicated issues in and around the hand in great detail. To ensure safety and meaningful results, you should prepare for an MRI by notifying your provider of any implants and avoiding metal objects. The costs for an MRI will vary by location and facility. your doctor will interpret the images and provide a treatment recommendation to prepare to after guide your recovery and care.

Frequently Asked Questions 

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

If you have a history of kidney issues, you should also tell the technologist.

Q. What is the preparation before an MRI?

Prior to your MRI exam, you can eat as you normally would and take any medications, unless otherwise directed. You will usually be asked to wear a gown, and you may be asked to remove items that could affect magnetic imaging’s diagnostic information, such as: Jewelry.

Q Can I eat before an MRI on my hand?

The danger is due to risk of airway obstruction. 

Q. Why no water before MRI?

Keep Hydrated: Depending on the situation, fasting may be important, but it is typically advised to stay hydrated before the MRI. Drinking water is usually permitted, but you should not drink anything or eat unless provided by the instructions of your healthcare provider.

Q. Can I move my hands during the MRI?

Yes – as still as you can moving causes blurring in the picture. 

Overview

Lungs are respiratory organs and a single organ that is responsible for oxygen intake in body. This oxygen completes the blood stream to each part of body cells which is doing metabolism. Lungs are subjected to different infections, disease, situations; environmental exposure etc. that can result in the condition of lung diseases. 

This lung illness has the potential to restrict lung functioning and must be identified at an early stage for successful treatment. Several tests are utilized to search for these illnesses and high resolution computed tomography is one of the most sought after test for lungs abnormality. It gives high resolution pictures of abnormality which assist in easy and early identification of abnormality.

What is HRCT Lungs Scan?

HRCT lungs technique is an advanced type of CT test, where it utilizes high resolution cameras in the identification of abnormalities. HRCT scan is typically recommended if the condition is not found in the regular CT scan. There are several conditions of lungs and organs living in lungs that can be identified through HRCT scan. HRCT lung is highly effective diagnostic tool and has several advantages over regular CT scan.

Causes of the Lungs Abnormalities

Different conditions that may cause the abnormalities of lungs and allied tissues and bones are:

Lungs Cancer

Lungs Cancer is due to abnormal cells in any area of the lungs such as lungs, rib bones, associated tissues and ligaments. Lungs cancer is a very fatal condition and can extend to other areas of the lungs. We have to find out lungs cancer at an early stage for successful treatment, management and prevent spread. There are different tests for the detection of lungs cancer and HRCT test is one of the successful tests to identify the same.

Infection in Lungs

Lungs infection is frequent which occur on lungs during flu’s, climate change or environmental conditions. There are other reasons for lungs infection such as injury and render the lungs function very challenging to manage. Lungs infections are mild in onset with cough being the prevalent symptoms. HRCT lungs is excellent diagnostic technique which is employed to search for the status of lungs infection.

Inflammation in Lungs

There are some tests employed to diagnose the lung infection and HRCT is one of those efficient tests which provide an elaborate description of the inflammation of lungs.

Injury of Lungs

Injury to lungs may be caused by accidents, struck with hard objects, falls and many more reasons. There are numbers of abnormalities pertaining to injury to lungs and neglecting injury results in various consequences. HRCT lungs is radiodiagnostic procedure employed to search for injury to lungs in meticulous way.

Tumors of lungs

Lungs tumors are also one of the leading reasons for lungs diseases or abnormalities. This condition happens in lungs when the cells are divided without any control resulting in lumps in lungs known as lungs tumors. Several other conditions in association with lungs tumors which involve nearby tissues and make the condition more severe. 

What Is The Purpose of HRCT Lungs?

Purpose of HRCT Lungs are:

• To search for pulmonary nodules
• To seek pulmonary fibrosis
• To seek cystic lung disease
• To seek Hemoptysis
• To seek Small and large airway disease
• Aids in treatment guidance for Lungs abnormalities

Detection of foreign bodies in the Lungs

• To seek Lungs injury
• To seek Lungs muscles
• To seek Lungs cancers
• To seek Lungs tumors etc.
• To seek Idiopathic interstitial pneumonia
• To seek Bronchiectasis
• To seek Lungs infection
• To seek muscle abnormalities of Lungs
• To search for Lungs blood vessels
• Lungs pain reason

CT Lungs

CT lungs is examination to identify abnormalities which happens because of different conditions of the lungs such as injury, inflammation, swelling, fracture etc. Lungs CT is advanced diagnostic test compared to X-rays which utilizes motorized X-rays along with computed tomography in the identification of abnormalities of lungs.

Conclusion

Lungs are pair and should be healthy for the proper body functioning. Lungs cavity under the cover of rib cage keeps lungs in safe zone. There are several abnormalities which may cause limitation of lungs activity. These are infection, inflammation, injury, fracture of lungs which may result in abnormal functioning of lungs. 

There are many tests that are helpful in diagnosing abnormalities in the cavity of lungs and these are X-rays, CT, MRI, and PET scan and among these This test is helpful in forming the clear pictures with higher resolution which is helpful in easy and early detection of lung abnormalities.

Frequently Asked Questions (FAQ)

Q. Do we require HRCT for lungs tumors?

Yes, HRCT lungs is capable of detecting lungs tumors.

Q. Did HRCT lungs identify rib fracture?

Yes, HRCT lungs is capable of identifying rib fracture.

Q. When to get lungs HRCT?

When patient can feel lungs pain, lungs fracture or abnormality in ribs.

Q. Can HRCT lungs assist in the detection of pulmonary nodules?

Yes, HRCT lungs can assist in detecting pulmonary nodules.

Q. What is a HRCT lungs?

HRCT lungs is radio diagnostic tool that utilizes motorized X rays with high resolution for the detection of lung and lungs abnormalities.

Here is what to expect when you have an MRI LS spine scan in plain and easy-to-understand language.

How Long Does An LS Spine Scan Take?

An MRI of the LS spine lasts approximately 30 minutes to an hour (60 minutes). It may be a little longer if your doctor wants a lot of good pictures and if they choose to use special “highlighting liquid” contrast dye.

Preparation and in the Scanner 

When you arrive to have your scan, you will be asked to lie on a special rolling bed. It’s kind of like a thin, gentle table. Your assistant, whom they call a technologist, will get you on your back in a comfortable position, generally facing up. 

They can also put gentle pillows or a strap across you to get you set in the right way and prevent you from moving. This is really, actually important because whatever you move will blur the pictures, like if you are trying to capture using a moving hand.

Once you are comfortable and settled in, this bed will push you slowly into the MRI machine. Think of a big, short tube with both ends open. You won’t be in a casing but rather in the machine where the radio waves and powerful magnets can operate to produce the pictures.

The Noisy Part (Noise)

Now, here’s something to prepare you: the actual MRI machine itself creates loud and occasionally weird noises while it is capturing its pictures. It could sound like banging, thumping, buzzing, or tapping. It’ll be some such noise as there are some work sounds in the next room! To cover your ears and you will be comfortable, the technologist will provide earplugs or headphones. Sometimes they even allow you to listen to music on the headphones, which can come in handy for passing the time as well as to shut out the noise. 

Discussion with the Doctors or Physician 

While you will be inside the machine, you’re not by yourself! There is one way in which you can communicate with the technologist at any time during the test. There is usually a tiny speaker and microphone gadget (such as an intercom) so you can inform them if you get too uncomfortable, if you need to cough, or just want to ask them something.

Some locations appreciate that it’s a bit eerie, and they can squeeze in a family member or friend to go with you for moral support. They will not actually be permitted into the room where the MRI machine is because of safety concerns over the powerful magnets.

In some situations a special “highlighting liquid” (contrast dye) is used.

In some instances, your doctor will have to take even more pictures of a few veins or tissues.

Depending on what and where you are getting imaged, a fluid called a contrast agent will be injected into one of the veins of your arm, for example.

It is somewhat similar to adding food colouring into water to highlight certain areas. This dye is usually very safe, and a bad allergic reaction is unlikely. You may feel a temporary sensation of coolness when it is given. 

It Shouldn’t Hurt, But Holding Still May Be a Little Uncomfortable (No Pain) The MRI itself will not hurt you. You will not experience any shocking or buzzing from the radio waves or magnet. But keeping still a bit longer sometimes makes you a bit stiff or uncomfortable, such as when you try to stay completely still in the same position for an incredibly long time.

If you find that you’re getting claustrophobic (afraid of being within an enclosed area) or anxious when you’re on the machine, it is extremely important to notify the staff immediately.

They are experts at making people feel relaxed.

They can provide you with relaxation techniques, like leading you in slow, deep breaths.

If your doctor has spoken to you in advance, they might have even prescribed a low dose sedative (a kind of relaxing medication) so you will be able to relax during the scan. So all things considered, an MRI LS spine scan is lying very still in a machine for 30-60 minutes while it bangs and clatters along. 

You can actually talk to the staff, and they will do their best to make you as comfortable as possible. It doesn’t pain but takes very detailed x-rays of your lower spine so your doctor can determine what’s going on. 

Selecting the Best Imaging Centre in Delhi or ‘Labs Near Me’ Selecting the proper diagnostic center is important for a favorable outcome and acceptable experience. This is what to seek out:

Accreditation and technology: Opt for a center that is NABL accredited and employs state-of-the-art MRI technology for optimal accuracy in imaging.

Skilled radiologists: The skill of the radiologist reading your scan can make an important difference in diagnosis and treatment planning.

Convenience and access: Search for centers that offer extensive appointment times, minimal waiting periods, and proximity to your base for improved accessibility.

Patient care: Top labs spend on patient comfort, open information, and companions along the way.

Extended services: Top centers such as CareBox.in pair top image providers with the ability to compare quotes and schedule consults at top-rated diagnostic centers in your area

Frequently Asked Questions

Q. What is an MRI LS spine scan?

An MRI LS spine scan is a non-invasive medical imaging technique that uses a powerful magnetic field and radio waves to take detailed pictures of the lower region of the back (lumbar spine) including the bones, discs, nerves and soft tissues. 

Q. Why do I need an MRI LS spine scan?

Doctor refer to this test to assess chronic back pain, or higher levels of numbness or weakness of the legs or to diagnose issues such as herniated discs, nerve compression, spinal injury, tumours, infection, or congenital abnormalities. 

Q. Is an MRI LS spine scan safe?

Yes, it is a painless, safe test without any radiation exposure. However, individuals with metal implants, pacemakers, or other devices must discuss their situation with their doctor before having an MRI. 

Q. How long does it take to do the MRI LS spine scan?

The test takes on average 20 to 60 minutes, depending on the body area involved (which area of the lumbar spine was scanned) and if contrast dye was injected.

Q. How to book an LS spine scan at the cheapest cost?

If you’re searching for an LS spine scan near you at the cheapest cost, contact carebox. We will help you to find the best imaging centre near you.

FNAC is not the new phrase in medical diagnosis but it is the technique which has been employed from long now to identify different conditions of lumps, swelling, infection and other conditions which are required to be identified. 

FNAC is the abbreviated term for fine needle aspiration cytology which involves aspirating a small sample of affected area and examining it under microscope for the pathogen of the condition. There are different conditions which are identified by the FNAC test and these are cancer, infections, inflammatory conditions etc. FNAC test is very minimally invasive and has a high diagnostic rate that assists patients in identifying conditions without undergoing any surgical procedure. 

What is the FNAC Test?

FNAC is the abbreviation of a medical process named Fine Needle Aspiration Cytology:

The procedure is fast, cost-effective and minimally invasive to check the different conditions. Such conditions include lumps, masses, swelling and nodules in the body and aid in detecting the condition without seeking any large scale surgical procedure for detection of abnormality. There are certain regions of the body particularly the thyroid, breasts, lymph nodes and salivary glands where this procedure is useful for identifying abnormality. 

This procedure is simple and does not require any diagnostic tool. A simple hollow needle is used for the process, and it is done at the place of concern. The slide will be reviewed by a trained pathologist and confirm the diagnosis. This process is useful in diagnosing conditions including cancer, infection, and inflammation of the region etc. 

FNAC Test Full Form and Meaning

FNAC stands for Fine Needle Aspiration Cytology, which is the investigative test employed to search for a range of conditions. This is a simple and cheap process which can identify the reason behind lumps, swellings and other illnesses which may be the cause of some chronic illness.

FNAC test means the diagnostic or testing procedure used to investigate cells from any offending tissue. The cell lumps help identify if it is cancerous (malignant) or not cancerous (benign).

FNAC is provided by doctors to initially check the new lumps for early diagnosis that helps in a fast identification of abnormality.

Purpose of FNAC Test

FNAC test is advised for numerous reasons:

• To rule out or confirm cancer.
• This test aids in the planning of treatment according to diagnosis.
• This aids in planning surgery for the condition.
• To assess familiar lesions which have altered size or texture.

FNAC Test Procedure

The FNAC procedure for the assessment of the lesion is easy, quick, cheap, painless and reliable.

The first stage is preparing the patient for the test, including cleaning the skin around the prick with antiseptic.

The second stage is the act of inserting the needle into the lesion, swelling or abnormal area needing to be tested and aspirating and or obtaining cells or fluids for the sample.

The third stage is to put the sample obtained, or smear, on the glass slide for diagnosis. The slide is examined under the microscope, seeking to determine whether or not there is any abnormality.

The fourth stage is the final stage, where the glass slide is examined by a qualified, experienced pathologist under the microscope, seeking any abnormality.

In total for FNAC testing, the cover to cover process will take approximately 15-20 minutes and the patient can return to his/her normal routine.

FNAC Test for Breast

FNAC test is the most prevalent test applied for breast diagnosis and abnormalities. There are numerous breast-related conditions that can be diagnosed by breasts and are as follows:

FNAC test assists to identify breast cancer in initial stages of infection.

This test of diagnosis assists in differentiating the solid tumors or cysts filled with fluids.

This also assists in directing the treatment prior to going for any form of treatment.

This test also assists in imaging the body’s conditions.

FNAC Test Price

The price of the FNAC test is mostly affordable:

price of FNAC test is approximately Rs. 1000 to Rs. 3000. This test is also based on several conditions regarding the price aspect and these are:

Location of Diagnostic lab

Whether the laboratory is private or government

FNAC Test Normal Report

A FNAC test normal report normally indicates that the cells in the sample appear healthy and have no traces of malignancy or infection. The report is used to ascertain if the lump is malignant or benign. Although with a normal report, doctors may advise follow-up in case the lump continues or alters overtime. 

What is the meaning if my FNAC Test is Positive?

Positive report of FNAC test indicates that the cells are malignant and requires further analysis to search for the extent of disease. Some of the diagnostic tests which aid to diagnose the disease at large are imaging tests, biopsy tests, surgeries etc.

Benefits of FNAC Test

• Rapid and less invasive.
• No hospitalization is required.
• Low cost.
• Premature immediate results.
• Averts unnecessary surgery.

Conclusion

The FNAC test is the acronym of Fine Needle Aspiration Cytology test that is one of the fastest and utmost test used to look into lumps, swellings, infection etc. This is the preferred test as physician can prescribe the same in case of suspected any cancerous behavior in lumps, swellings or infections in the area. 

This test is done through sample extraction from the swellings or fluid containing cells and afterwards spread over slide in order to seek the infection. After sample spread on slide, a pathologist will search for any kind of abnormality in the sample and will prepare the results accordingly. 

Frequently Asked Questions (FAQs)

Q. What is the FNAC test?

FNAC test is diagnostic process employing cell sample by needle’s assistance for study.

Q. What is the FNAC test full form?

Fine Needle Aspiration Cytology.

Q. What does FNAC test positive means?

The test identified abnormal or cancerous cells.

Q. Is FNAC test painful?

It’s generally brief and only slightly painful.

Q. What is the cost of the FNAC test?

The Cost of FNAC test varies between Rs. 1000 to Rs. 3000 based on several factors.

Q. Can a FNAC test diagnose cancer?

Yes, FNAC is very effective diagnostic procedure in identifying cancer.

Q. How long is the FNAC test?

The process normally takes 10–15 minutes.

Q. Is the FNAC test safe?

Yes, it’s very safe and minimally invasive.

Q. How to book a FNAC Test?

You can book a FNAC test through a carebox at the best imaging centre near you.

TM joint is short for Temporomandibular joint, and MRI TM joint employs magnetic waves that hit the TM joint bones and muscles and send images to the screen plugged into the MRI machine. MRI TM joint is a radio imaging diagnostic appliance, similar to other diagnostic appliances such as other non-invasive tests.

MRI TM Joint

TM joint is one of the significant joints of the mouth which links the jaw to the skull. This makes the jaw mobile and assists in chewing, grinding and tearing something out. The mouth is a significant component of the digestive system which assists in taking, holding, grinding and chewing food. Chewing is always crucial for proper digestion. The mouth contains 2 jaws, upper jaw and lower jaw which form the mouth. 

The lower jaw is mobile with the TM joint, which enhances the significance of this joint for the functioning of the mouth. Abnormality in TM joint will influence the functioning of the mouth. There are some abnormalities associated with TM joint which can be identified by different tests and these tests are X-ray, CT, and MRI etc. MRI TM joint is one of the significant test which assist to diagnose the abnormality pertaining to TM joint.

Selecting MRI TM Joint

MRI TM joint is applied to search for various TM joint abnormalities such as TM joint injury, TM joint fracture, TM joint tumors, TM joint cancers, blood vessels of TM joint, TM joint abnormalities etc. MRI is helpful to search for the abnormalities in the soft tissues or muscles of TM joint.

Symptoms of TM Joint Abnormalities

Some symptoms which may be associated with the TM joint Abnormalities are:

• Pain while moving the TM joint
• TM joint bone dislocations
• Inflammation of ligaments
• Muscle strain related to TM joint
• TM joint pain
• Bleeding from TM joint
• Unable to move the jaw
• Unable to bend the TM joint
• Unable to side twist the TM joint

Enumerate the Causes of TM Joint Abnormalities

The causes of TM joint Abnormalities include:

Infections to the TM joint: Any form of infection to the TM joint can also cause the TM joint abnormalities.

Dislocation in the TM joint: Any circumstance such as accidents, falls, fights, strike with the TM joint may result in the condition of TM joint dislocation.

Autoimmune disease: Autoimmune diseases like arthritis can cause inflammation of the TM joint. Our immune system attacks our own cells and causes abnormalities to the TM joint.

Osteoporosis: With age and exposure to specific environments the bones get weakened that can cause TM joint abnormalities in the long term.

Nutritional deficiency: Lack of essential nutrients which play a vital role in TM joint muscle strength is also one of the causative factors of defects in the TM joint.

Injury to the TM joint: TM joint injury is one of the primary causes of the TM joint abnormalities. Accidental injuries, sports injuries, fight injuries etc.

Fracture to the TM joint: Fracture also causes TM joint abnormalities such as the injuries and may have the same causes of the TM joint injuries.

Enumerate the applications of MRI TM joint

MRI TM joint is utilized for detecting several disorders such as

• TM joint infection
• Enlarged TM joint
• TM joint structural abnormalities
• Tumors of the TM joint
• Degeneration in the TM joint
• Inflammation in the TM joint
• Structural alignment of the TM joint
• TM joint injuries
• TM joint fractures
• TM joint tumors
• TM joint abnormalities
• TM joint metastases
• List the Tests Used for TM Joint Abnormalities

Conclusion

TM joint is a short form of Temporomendibular joint that is one of the key joints in the mouth. Some of the tests employed for the defection of TM joint abnormalities are MRI TM joint, CT TM joint, PET scan, X-ray etc. Contrast TM joint MRI provides more clear and precise images, which facilitate easy and early detection of the abnormalities in the TM joint. It is a very crucial joint which is involved in different functions. 

MRI TM joint is the test which is utilized for detection of TM joint abnormalities such as TM joint fracture, TM joint cancer, TM joint structural abnormalities etc. Several different tests are utilized for detection of TM joint abnormalities but MRI is safe in case of pregnant women and does not involve any radiation for diagnosis. 

Frequently Asked Questions (FAQs)

Q. When to undergo TM joint MRI?

When someone experiences symptoms of TM joint abnormality. He must opt for the MRI TM joint process.

Q. Can MRI TM joint reveal TM joint tumor?

Yes, MRI TM joint reveal TM joint tumors.

Q. Do I have to be careful about anything while opting for MRI TM joint?

Patient need to remain in stable condition and MRI machines create noise which is normal and nothing to be worried about.

Q. Can I shift during MRI scan of TM joint?

No, you have to remain stable in TM joint MRI

Q. Is MRI and CT TM joint same?

No, they are two distinct processes.

Q. Can MRI TM joint scan identify injuries and abnormalities?

Yes, Both disorders can be identified by MRI TM joint.

Q. What is an MRI TM joint with contrast?

MRI TM joint with contrast is an advanced type of MRI TM joint; in this process contrast material is applied for the identification of subtle abnormalities.

Q. What does MRI TM joint depict?

MRI TM joint depicts injuries, dislocation, muscle strains etc. associated with TM joint

Left foot scan is useful for any diagnosis of the left foot for certain areas of fracture, infection, injury. This joint comprises several bones, ligaments; tendons etc to form a stable one that makes the movement of the left foot possible. Patients presenting for CECT left foot should always reveal allergies pertaining to drugs and other contrast media. CECT left foot employs contrast material for the recognition of abnormality which is normally iodine based contrast.

CECT Left Foot

CECT left foot is a modified version of basic CT left foot with contrast which can aid in identifying the absence and/or presence of disorder in the left foot. Different types of abnormalities in the left foot are fractures, injuries, muscle cramps, dislocation of bones, infection etc. 

Contrast Applied in CECT Left Foot

The contrast in CECT left foot is based off iodine and helps to view features of a condition of the left foot. This facilitates the detailed appearance of left foot abnormalities that can cause different conditions.CECT left foot is a more advanced test than a simple CT conventional, which does not again use any type of contrast. There are some advantages and disadvantages for CECT left foot such as it provides clear images that assist in early identification of abnormality but can have side effects.

Causes of the Left Foot Abnormalities

Left foot tumors

Left foot tumor is another disease which may cause left foot abnormalities and can be diagnosed by CECT left foot scan. Left foot tumor may be any component of the left foot such as muscles,

fingers of foot, ankle portion etc. Any one of these tumors may hamper the movement of the left foot and is regarded as the left foot abnormalities.

Dislocation of Left foot

There are various conditions of the foot and these conditions are similar to bone dislocation, bone displacement and other problems that may change the muscles, tendons, ligaments in bones and other structures of the foot. 

Inflammation in Left foot

Swelling in any region of the left foot due to several reasons such as infection, injury, surgery or any other causes. Patients with left foot inflammation may experience heavy left foot, dizziness confusion etc.

Injury of Left foot

Left foot injury impacts left foot functioning by damaging the left foot cells that can harm ligaments, tendons and muscles in the left foot. Left foot injury may be caused by different conditions such as falls, accidents, jamming with hard objects etc. 

Left foot Cancer

Left foot cancer is another disease which may cause impairment of the functioning of the left foot and should be screened early. It is vital to identify this medical condition early because this condition is extremely severe and may spread to other organs.

List the Purpose of CECT Left Foot

Purpose of CECT left foot are:

• Reason of left foot pain
• Aids in treatment direction of left foot abnormalities
• Detection of foreign bodies of the left foot
• In order to search for left foot injury
• To search for left foot muscles
• To search for left foot cancers
• To search for left foot infection
• To search for blood vessels of left foot
• For searching for left foot tumors etc.

CT Left Foot

This is less detailed than CECT left foot and does not contain any contrast material to detect abnormalities. CT left foot is generally done as previously mentioned compared to CECT left foot test, however if the condition is not sufficiently detected during the CT scan, doctors usually request for CECT left foot scan, so that the condition can be evaluated. 

List of Tests for Left Foot Abnormalities

• CECT Left foot (Book Now)
• NCCT  Left foot  (Book Now)
• MRI Left foot (Book Now)
• X-ray Left foot (Book Now)

Cost of CECT Left Foot in Delhi NCR

Rs. 4000 to Rs. 8000/- The price of CECT left foot in Delhi NCR varies with respect to several factors such as laboratory location, government or private lab, panel dependent etc.

Conclusion

All the functions of the body that involve all the activities of the body that are related to the left foot can be influenced by the left foot abnormality. Any left foot abnormality should be diagnosed early and left foot should be treated for proper functioning of the body. There are a number of causes of left foot abnormality such as left foot infection, fracture, swelling of left foot etc.There are different tests to use to detect abnormalities of the left foot, including an x-ray, ct left foot, mri left foot and a pet ct. 

Frequently Asked Questions

Q. Does CECT left foot identify left foot tumors?

Yes, CECT can identify left foot tumors.

Q. How much does the CECT left foot test cost in Delhi?

Approximately Rs. 4000 to Rs. 8000 for CECT left foot in Delhi.

Q. Does CECT left foot create allergies?

CECT left foot employs contrast material that may cause allergies in some patients. One should disclose any type of allergy to medication or contrast.

Q. Why opt for CECT left foot?

If a patient is experiencing any abnormality in the left foot, he may opt for CECT left foot.

Q. How long does an MRI scan take on a foot?

30 TO 60 Minutes

Q. Do I need to fast for a foot MRI?

no, you do not have to fast for an ordinary foot MRI. You can usually eat and drink whatever you would like prior to getting your scan. 

Temporal Axial CT (also known as CT scan Temporal Axial) is a non-invasive imaging modality that uses x-rays to detect abnormalities in the bones of the side and base of the skull (Temporal Axial). NCCT Temporal Axial refers to a diagnostic technique that uses x-rays in conjunction with computer technology to create 3D images of the skull inferiorly located at the back of the ears and is used to look for a variety of abnormalities in the area directly beneath the skull closer to the ears.

NCCT images are clearer and more detailed compared to plain X-rays and can identify the abnormalities in the early stage and conveniently in temporal region. There are numerous conditions that can be identified through NCCT Temporal Axial scan and these conditions are fractures, injuries, lymphomas, congenital diseases, tumors, ear infections etc.

Temporal Axial NCCT

NCCT Temporal Axial is a diagnostic facility similar to MRI and PET CT. This scan enables the imaging of cross section views of the region beneath portion of skull with ear and other significant bones and muscles. The NCCT Temporal Axial scans the detailed shape of the skull Today and base of the skull. The NCCT Temporal Axial implicated abnormalities like Simple deformity in the Temporal Axial, Injury, Fracture of the Temporal Axial, Congenital Abnormalities.

What are the Applications of NCCT Temporal Axial?

• Applied to search for the congenital diseases in lower portion of skull
• Applied to search for the traumatic injuries about the ear
• Applied to search for infection in and about ear
• Applied to search for degenerative diseases in lower portion of skull
• Fracture in Temporal Axial region
• Injury in Temporal Axial region
• Infection in Temporal Axial region
• Inflammation in and about Temporal Axial region
• Assists to identify the cancer stage in temporal axial area
• Assists to search for the treatment effectiveness  in temporal axial area
• Utilized to assess the trauma in Temporal Axial area
• Assists to make arrangements for radiotherapy for the Temporal Axial condition area

Axial Abnormality Causes

There are several reasons that may cause the Axial abnormalities and these include:

Tumors

There is the possibility of unchecked cell growth in the axial region to cause tumors. This abnormality can be identified with CT Axial and good tool for diagnosis.

Dislocation

Dislocation in Axial bone results in the axial abnormality through dislocating the axial bone and is also among the primary causes to undergo CT Axial. Axial joint consists of two or more bones and is more than one joint complex. The Bone dislocation is misplacement of axial bone (dislocation aims at axial bone) from in situ or joint sockets of Axial.

Arthritis

This condition is also very known cause of the axial abnormalities that requires CT scan of Axial. Arthritis is a condition very much known with bone conditions and Axial joint conditions are no exception.

Inflammation

This condition can render an individual incapable of listening and pain at lower region of head. This also renders an individual incapable of running and impact daily functioning of individual.

Fracture

Fracture can be broken bones, joints or ligaments which are accountable for the support of axial bone. Bone and joint fractures are reasons for many different types of axial disruption. Fractures can take different forms and axial fractures can be as minor as a wall crack or can be an entire breaking of the bones inside a joint. The latter is itself serious and requires urgent care.

Injury

Injury can result from anything such as accident, quarrel, striking with some hard object which can cause axial injury and the related tissues and bones. Injuries may be small or large in reference to Axial and both may disturb the normal operation of Axial.

Temporal Axial CT with contrast (CECT Temporal Axial)

Temporal Axial CT is the sophisticated process of the straightforward CT Temporal Axial. Contrary to CT, contrast iodine based is applied in the identification of abnormalities of Temporal Axial. Contrast applied CT procedure provide clearer images of Temporal Axial and assist in developing images with clarity. This assists in facile and earlier identification of Temporal Axial abnormalities for efficient and early treatment.

Conclusion

Temporal Axial NCCT (computed tomography) is the investigation technique for detection of abnormalities in the Temporal Axial encompassing from the injury and fracture in Temporal Axial and its neighbouring regions. Several applications of temporal NCCT such as detection of tumor, congenital defects, inflammation, trauma in the Temporal Axial etc. NCCT Temporal Axial employs computer technology with X-rays and takes the images at different angles for clarity and with greater description to obtain the state of Temporal Axial to be easily diagnosed. NCCT Temporal Axial is also performed with the contrast medium, this is referred to as CENCCT Temporal Axial or contrast enhanced computed tomography. 

Frequently Asked Questions (FAQ)

Q. What is NCCT Temporal Axial scan?

NCCT Temporal Axial scan is non contrast computed tomography performed to look for temporal axial abnormality. 

Q. What is the difference between NCCT and CECT Temporal Axial?

NCCT Temporal Axial is non contrast investigative method and CECT is investigative method that uses contrast medium to detect temporal abnormalities.

Q. Is NCCT temporal Axial scan capable to identify fracture in shoulder blade?

Yes, the NCCT temporal axial is capable of identifying fracture in shoulder.

Q. What are various causes of temporal axial abnormalities?

Different etiologies of temporal axial disorders are injury, infection, inflammation, dislocation etc.

Q. List few symptoms caused due to temporal axial diseases?

There are some symptoms in relation to temporal axial abnormalities and they are pain in shoulder, cannot move shoulder, shoulder pain in back side etc.

Q. Where is NCCT Temporal Axial Centre near me in Delhi?

Patient can get NCCT Temporal Axial scan by booking through carebox at heavy discounts.

MRI Scapula employs magnetic waves that hit against the Scapula bones and muscles and delivers the images on the attached screen with the MRI machine. MRI Scapula is the radio imaging diagnostic machine like other diagnostic machines like other non invasive tests which aid in seeking scapula abnormalities such as fractures, injuries, infections, inflammation etc.

MRI Scapula

MRI Scapula is diagnostic examinations that are employed to observe any abnormality in scapula result in abnormal movement of shoulder. This also restricts the functioning of shoulder and results in abnormal movement. Shoulder is significant joint that facilitates rotation of arm, swinging of arm and assist in free movement of arm in all directions of body. There are several tests that are utilised for the identification of scapula abnormality and MRI shoulder is one of them. This diagnostic procedure employs magnetic waves for identifying abnormality and results in identification of abnormality.

Why Select MRI Scapula Scan?

MRI Scapula is employed in searching for various Scapula abnormalities such as Scapula injury, Scapula fracture, Scapula tumors, Scapula cancers, Scapula blood vessels, Scapula abnormalities etc. MRI helps in searching for the soft tissues or muscle abnormalities of the Scapula.

Symptoms of Scapula Abnormalities

Some symptoms which may be associated with the Scapula Abnormalities are:

Shoulder movement pain

• Scapula bone dislocations
• Inflammation of ligament
• Scapula muscle strain
• Scapula ache
• Blood from Scapula
• Cannot move the jaw
• Cannot bend the Scapula
• Cannot side twist the Scapula

Causes of Scapula Abnormalities

There are many causes of Scapula Abnormalities and among them are:

Scapula Infections: Any kind of infection or foreign body lodged in scapula may cause scapula infection. This condition restricts the activities of scapula and should be diagnosed and treated promptly for proper movement of scapula.

Injury to the Scapula: Scapula injury considerably affects the shoulder function and is also one of the leading reasons for Scapula abnormalities.  Scapula injuries may be caused due to numerous reasons such as accidents, falls, jamming with hard surfaces or brawl.

Fracture to the Scapula: A sheer fracture results in Scapula abnormality by cracking bones in the shoulder, ligaments, or tendons that result in shoulder movement pains. A human being who has suffered a fracture to the Scapula has difficulty moving his arm in a normal way, and has abnormal actions of taking the arm in that motion.

Scapula Dislocation: Any sort of conditions such as auto accidents, falling, fighting, or hitting with the Scapula can occur in the form of dislocation of the Scapula. 

Autoimmune disease: Some diseases such as arthritis may also lead to inflammation in the Scapula. Our body’s immune system attacks our cells and causes Scapula abnormalities.

Osteoporosis: Age and exposure to some environments weaken the bones that can cause Scapula abnormalities in the long term.

Nutritional deficiency: Lack of essential nutrients which are essential for the muscle strength of Scapula is also one of the causes of Scapula defects.

List the applications of MRI Scapula

Scapula MRI is applied to identify numerous conditions such as:

• Scapula infection
• Enlarged Scapula
• Structural abnormalities of Scapula 
• Tumors of Scapula
• Degenerative changes in Scapula
• Inflammation in the Scapula
• Structural alignment of Scapula
• Scapula injuries
• Scapula fractures
• Scapula tumors
• Scapula abnormalities
• Scapula metastases

Conclusion

Different tests applied for the defection of Scapula abnormalities include MRI Scapula, CT Scapula, PET scan, X-ray etc. Contrast Scapula MRI provides more clear and better images, which enable easy and earlier detection of abnormalities in Scapula. This is a very significant joint which performs several functions in the shoulder. MRI Scapula is the test which is employed for detection of abnormalities in Scapula such as Scapula fracture, Scapula cancer, Scapula structural abnormalities etc. There are several tests employed for detection of abnormalities in Scapula but MRI is safe in pregnant women and does not employ radiation for the diagnosis. 

Frequently Asked Questions

Q. Is MRI and CT Scapula same?

No, these are two distinct procedures.

Q. Can MRI Scapula scan detect scapula dislocation?

Yes, MRI scapula is good test in the detection of scapula dislocation.

Q. Can MRI scapula be able to show scapula injuries?

Yes, it can show scapula injuries.

Q. What is MRI Scapula with contrast?

MRI Scapula with contrast is an advanced form of MRI Scapula; in this procedure contrast material is employed for the identification of subtle abnormalities.

Q. When to opt for Scapula MRI?

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

Generally speaking, “ultrasound” is the test and “sonogram” is the picture produced by the test. An ultrasound can also evaluate blood flow and assist with some procedures. An abdominal ultrasound is a medical imaging test that uses sound waves to see inside the belly area or abdomen. 

Why You Might Need A Medical Professional Request For An Abdominal Ultrasound?

There are numerous potential reasons a health care professional would suggest an abdominal ultrasound. One of the more common reasons is to monitor a developing baby during pregnancy.

How is the Abdomen Ultrasound Test Done?

An ultrasound machine generates images of the organs and structures inside the body through the transmission of high frequency sound waves which reflect off body structures.An ultrasound exam differs from an x-ray or CT scan in that no ionizing radiation is used. You will be lying down during this procedure. A clear, water-soluble conducting gel is applied to the skin over the abdomen to facilitate transmission of the sound waves.

What are the advantages of abdominal ultrasound vs. disadvantages of abdominal ultrasound?

Sometimes ultrasound exams can be awkward, but do not have to be painful. Ultrasound is very easy to access and is more affordable than a lot of other imaging modality This makes it an effective modality to help lead minimally invasive procedures like needle biopsies and fluid aspirations.

What are the restrictions of abdominal ultrasound?

Other than being able to assess fluid around the lungs, ultrasound is not particularly useful for imaging against the air-filled lungs, and cannot penetrate bone well, although it may be used to assess whether there is a fracture of the bone or infection 

Transabdominal ultrasound 

Transabdominal ultrasound is the standard ultrasound in which a transducer is placed on your belly to provide a big picture of the abdominal organs. Transabdominal ultrasound is done to assist in assessing a lot of various medical conditions.

Conclusion

Abdominal ultrasound can provide excellent visualizations of soft tissue and imaging in real-time. This means that ultrasound can be the instrument used for routine diagnostic evaluation, as well as guide a variety of minimally invasive procedures. Ultrasound has some constraints especially with statistically significant air reflections, or significant body tissue explaining why this technique is exceptional in the diagnostic medical landscape nonetheless.

Frequently Asked Questions

Q. What is an abdominal ultrasound looking for?

By place to view and evaluate numerous different organs or structures in the abdomen and pelvis including the liver, gallbladder, pancreas, spleen, kidneys and major blood vessels.

Q. What cancers show up on abdominal ultrasound?

Abdominal ultrasound can identify tumors associated with many cancers of the abdomen, including liver, pancreas, kidney, and stomach. 

Q. Can you see stomach issues on ultrasound?

Abdominal ultrasound can detect some abdomen issues and offer visualization of things other than the stomach. While it may not show the entire stomach lining.

Q. Can abdominal ultrasound detect kidney failure?

Yes, thanks to abdominal ultrasound versatility, abdominal ultrasound can play a major role in diagnosing kidney failure, particularly chronic kidney disease.