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Role of CT Scan in Heart Attack?

CT Scan /

What is the right time to use a CT scan to diagnose a heart attack? CT scan is a crucial tool in identifying and treating heart attacks. 

A CT scan might further be recommended for coronary heart attack prognosis in favorable cases. Here are some instances-  

  • Quick prognosis: CT scans can be carried out quickly and provide specified images of the coronary heart and blood vessels. In cases where a rapid prognosis is warranted, like when a patient is suffering from acute chest pain and other symptoms of a coronary heart attack, a CT scan may even be recommended to help determine the cause of the symptoms. 
  • Non-invasive alternative: CT scans are a less invasive alternative to invasive methods like cardiac catheterization. In patients who can’t tolerate catheterization owing to clinical reasons or who would opt for much less invasive measures, a CT scan may also be advised. 
  • Evaluation of chest pain: Chest pain is a common symptom of coronary heart attack, but it can also be triggered with the help of other prerequisites like pulmonary embolism or aortic dissection. A CT scan can help differentiate between these prerequisites and determine the cause of the chest pain. 
  • Follow-up imaging: In the wake of a coronary heart attack, follow-up imaging can further be desired to monitor the patient’s recovery and check for any damage to the heart muscle. A CT scan can provide detailed images of the coronary heart and blood vessels to help uncover the patient’s situation over time. 

It is important to comprehend that today not all patients with a suspected coronary heart attack will need to have a CT scan. The decision to employ this imaging examination will be dependent on the individual patient’s medical history, clinical presentation, and clinical judgment of the physician. 

What is the Role of CT Scan in Heart Attack? 

A CT scan is a diagnostic imaging test that utilizes X-rays and laptop know-how to generate precise images of the body. CT scans are useful in diagnosing various clinical conditions, along with a coronary heart attack. 

In the event of a coronary heart attack, a CT scan may provide information on the severity and location of the blockage within the coronary arteries, which are the vessels supplying the coronary heart with oxygenated blood. The test can also reveal any damage to the coronary heart muscle activated through the coronary heart attack. 

A CT scan may also be utilized to ascertain the size and quality of the heart, as well as the chambers and the valves. The statistics may help medical professionals determine the excellent course of a remedy for the patient. 

In a few instances, a CT scan may further be used as an option for an invasive procedure known as cardiac catheterization. In cardiac catheterization, a long, flexible tube is put into a blood vessel and taken to the coronary heart to gather information on blood drift and blockages. CT scans, however, can provide similar information except for the need for an invasive procedure. 

In general, a CT scan can be a valuable tool in the diagnosis and management of coronary heart attacks. But it is important to note that not all patients with suspected coronary heart attack will need a CT scan, and the decision to utilize this imaging examination will depend on the patient’s clinical history and medical presentation. 

What are the Advantages of CT Scan in Cardiac Imaging? 

Here we’re going to understand the CT cardiac scanning advantages – 

  • Anatomical Definition: CT scan of Cardiac health provides high-resolution, cross-sectional images, providing a clear picture of the heart and associated structures. 
  • Non-Invasive (for CTCA): CTCA is not an invasive procedure, unlike standard coronary angiography, which lessens the dangers of catheterization. 
  • Speed and Efficiency: CT scans are comparatively fast to do, which makes them useful in acute situations such as suspected pulmonary embolism. 
  • Large Field of View: CT is not only able to image the heart but also nearby structures such as the lungs and large blood vessels, giving a wider clinical context. 
  • Quantifiable Information: CT scanning may yield quantifiable information in the form of degree of stenosis in the coronary vessels or calcium score. 

Limitation and Considerations of Cardiac CT Scan 

As we’ve discussed about advantages of CT scan in Cardiac screening, here are some limitations and considerations of the same-  

  • Radiation Exposure – It uses ionizing radiations, it is generally lower but not suitable for everyone.   
  • Contrast agent risk: It is seen that the patient feels irritation or some allergy after contrast based CT Scan. 
  • Image quality interruption: It is important to stay still during the scanning procedure otherwise the constant motion can interrupt image quality and it can turn blur. 

Conclusion 

CT Scan of heart attack is a technique used to detect abnormalities in the heart and related areas. Understanding the right time for cardiac CT Scan is necessary and the same goes for understanding its procedure. There might be some points or limitations you need to know before undergoing the procedure. You can find the best imaging centre in Delhi through Carebox and get your CT Cardiac scan done at lowest cost. 

FAQ’s

Q. What is the full form of CT Scan? 

The full form of CT scan is computed tomography scan. 

Q. What is the cost of a Heart CT scan in Delhi? 

The cost of heart CT scan in Delhi ranges between 3000 to 8000 rs and it also varies on the diagnostics centres.  

Q. How to book your CT scan of heart online? 

You can book a CT scan of your heart at the best imaging centre near you online from the carebox website. 

Q. Why is CT Scan of heart not recommended to you? 

If you’re pregnant, or having an allergic reaction from iodine, Uncontrolled hypertension, Coagulopathy, your doctor will not recommend CT Scan of heart in this situation.  

Role of CT Scan in Heart Attack? Read More »

What is Iv Contrast CT Scan and Purpose of Iv Contrast CT Scan?

CT Scan /

What is an IV Contrast CT Scan? 

IV (Intravenous) contrast scan is a type of scan in which contrast material is used to obtain sharper and better images of the area being scanned. Contrast materials such as iodine-based and barium sulfate are used frequently in X-ray, CT imaging scans. Contrast scans are the newer forms of the standard CT scan, which require more care and vigilance while taking the test. 

Purpose of IV Contrast CT Scan? 

IV contrast is the advanced form of CT scan in which the physician suggests taking contrast to get a clear and precise picture of the scanning area. In CT scan contrast patients will be advised not to eat anything before 4 hours of the test and also avoid any kind of drinking before 2 hours of the test. The patient will be administered iodine-based or barium sulphate-based contrast intravenously (IV). 

Also, a patient has to provide the following information: 

  • Blood test: A blood test will confirm that the contrast will be safe to ingest. 
  • Diet: You will be required to eat only a particular type of foods and liquids prior to the scan and what not to do. 
  • Medication: Inform the doctor about the medications the patient is taking, since some of these medications have allergic reactions with the contrast. Eg. Diabetic medication metformin (Glucophage) needs to be stopped for a period of time prior to the scan. 

What is the Cost of IV Contrast CT Scan in Delhi, NCR? 

The cost of a CT contrast differs by region, healthcare center and quality of healthcare professional. You can choose carebox for an IV contrast scan at lowest cost, our partnered centres offer the best facility, quality, and Government certifications (NABL & NABH accreditations) and have experienced healthcare professionals with affordable prices and discount offers available. 

How Does It Help Radiologists to Understand the Abnormality in the Body? 

This enhanced visualization method helps radiologist and healthcare providers to detect abnormalities like-  

  • It differentiates between the normal and abnormal tissues present in our body. 
  • It makes blood vessels more visualised and clear to understand the abnormality.  
  • Provide information about blood flow.  
  • Helps radiologists to detect leakages and blockages.  

Conclusion 

IV contrast CT scan is a higher level of CT scan that is done by administering the contrast material intravenously for improved and clear images of the region to be scanned. Patients are required to disclose all medical history to their healthcare provider, and in the event of allergy to the contrast and must follow a diet before the scan.  

Frequently Asked Questions 

Q. What is an IV contrast CT scan? 

IV contrast CT scan is the enhanced version of CT scan where a contrast dye is used to get clear images of the region to be scanned. 

Q. What is the full form of CT scan? 

The full form of CT is computed tomography scan. 

Q. What are the differences between a CT scan and a PET scan? 

CT uses computer technology with X-rays while PET scans use radioactive tracers for the detection of abnormalities. 

Q. Does IV contrast CT scan hurt? 

IV contrast CT scans are not painful, but certain patients can feel uneasy if they have claustrophobia (fear of enclosed places) and prick of the needle in the event of giving contrast if administered through IV. 

Q. What are the side effects of an IV contrast CT scan? 

No side effects of IV contrast CT scans are known, but some patients may be allergic to the contrast. Consult a doctor before taking a contrast CT. 

Q. When the patient is instructed for  IV contrast CT scan? 

Patients are prescribed contrast CT by the doctor for early and easy detection of abnormalities. 

Q.  How long does an IV contrast CT scan take? 

IV contrast CT scan would take around 70 to 90 minutes because patients need to wait for almost 45-60 minutes once they are given the contrast. 

What is Iv Contrast CT Scan and Purpose of Iv Contrast CT Scan? Read More »

What is Sonography? Understand More About It

Ultrasound Scan /

Ultrasound is also referred to as USG (ultrasonography) or Sonography. It is a test of imaging that utilizes sound waves to produce a picture of the interior of the body such as organs, tissues, and other structures. USG ultrasound is a great machine which allows the health care professionals to see the interior of the body without having to open it up. The USG pictures are called sonograms. 

Is Sonography Used for Pregnancy? 

There are various uses of ultrasound some are as under- 

USG pregnancy is the most sought-after use of sonography test also referred as fetal echo- it can help to decide and screen the unborn baby for any genetic disorders like down syndrome, or any defect of birth in heart, kidney, brain, spinal cord and other body organs. 

  • Abdominal Sonography may be done to monitor and look for any injury in the internal structures. 
  • It may be used in order to conduct guided biopsies 
  • It may also be used to sample amniotic fluid for amniocentesis and chorionic villus sampling 

It can detect a lot of organs problems such as- 

  • Heart and heart valves 
  • Blood vessels 
  • Abdominal organs, e.g., the liver, gallbladder, pancreas, or spleen 
  • Thyroid and parathyroid glands 
  • Kidneys 
  • Breasts 
  • Brain spine and hips in babies 

Types of Sonography

  • Endoscopic Sonography
  • Doppler Sonography
  • Colour doppler Sonography
  • Duplex Sonography
  • Triplex ultrasound (colour-flow imaging) 
  • Transvaginal Sonography

Procedure of Sonography

A physician who has been trained as a sonographer conducts an Ultrasound. USG may be conducted in several ways depending on the area and condition for which sonography is conducted. Most sonography involves the routine procedures as described below- 

  • You will be asked to remove garments from the area which has to be sonographer as you lie on the sonography table 
  • The sonographer will then spread a special gel on the body part’s skin that is going to be scanned 
  • The sonographer will be holding wand-shaped equipment known as a transducer and move the transducer over your gel-covered skin. 
  • The transducer sends out the sound wave signals into your body which get absorbed by the equipment. 
  • The gel prevents any air from reaching your skin and the device also produces sound waves which are very high pitched therefore you cannot even hear them and feel them as well. 
  • The sound waves bounce off your body’s internal organs. The USG machine picks out these reflections and turns them into ultrasound images on a computer. You can observe the images forming on the screen during your sonography procedure in progress. 

Are There Side Effects From This Procedure? 

Ultrasound is not typically linked to any illness since it’s performed by experienced personnel in the right manner. USG doesn’t include the application of ionising rays like X Ray does, and therefore it’s safer than X Ray. That is why USG is the safest and most prevalent device for viewing an unborn child during pregnancy, you need to choose the best and most reliable diagnostic center for Xrays and USG to be on safer ground still. 

But in certain cases, USG may affect fluids and tissues of the body, which is why most medical professionals recommend using USG only when unavoidable in order to provide medical confirmation. Sonography charges may vary centre to centre, but you can always search for the USG centre closest to you on an online directory or you can trust the carebox to find the best imaging centre for you. 

What is the Cost of Ultrasound or Sonography? 

The cost of ultrasound in Delhi depends on the type of your test or what body part needs screening and also it depends on different factors of cost such as location of the centre, technology they used to detect diseases and abnormalities.  

Conclusion 

During pregnancy we need to monitor the growth of the baby and see whether it’s developing any abnormality so that we can determine whether any medical or surgical treatment is going to be needed once the child is born. We usually use USG as a diagnostic and preventive measure. USG can be used for other medical diagnoses, but pregnancy monitoring is most common. 

FAQs 

Q. What are the other names of Sonography? 

USG, Sonography, Ultrasonography are other names of Ultrasound. 

Q. How to get the best Imaging centre near you? 

carebox can help you to find the best imaging Centre in Delhi, NCR which is NABH & NABL accredited centre, which provides Ultrasound at the lowest price. Click here to book your tests online.  

Q. Can I drink water before an Sonography scan? 

Yes, you can have water before an ultrasound test. Some ultrasound tests need a full bladder to see the internal structure well. 

Q. Are there any risks involved in the Sonography scanning process? 

No, there is no particular risk involved if all the steps and precautions followed by both the parties.  

Q. How long does an Sonography scan take? 

The Ultrasound takes around 15 to 30 minutes and also it depends on the type of ultrasound scan.  

Q. Can Ultrasound detect cancer? 

Yes, ultrasound is able to detect cancer but not in all cases, your doctor can recommend a few more imaging tests for accuracy.  

What is Sonography? Understand More About It Read More »

NCCT vs CECT: Know the Difference and Importance

CT Scan /

In the medical field, imaging is one of tche successful methods utilized at top diagnostic centres in Delhi, which you can find through carebox to diagnose diseases and cure various conditions, Among all these imaging procedures, NCCT(Non-contrast Computed Tomography) and CECT(Contrast Enhanced Computed Tomography) are both forms of CT Scan. 

What is NCCT (Non-contrast Computed Tomography)? 

NCCT is a form of CT Scan employed to carry out Contrast Dye. It indicates bleeding in the brain, sinus status, complicated fractures, and kidney stones. It is employed to view internal organs, blood vessels, and tissues better. 

Uses of NCCT: 

  1. Head Injury: This examination aids in the identification of brain haemorrhage, skull fracture or stroke without contrast dye. 
  1. Kidney Stones: NCCT scans aid in identifying the problems in kidneys such as stones, inflammation of urinary tract evidently 
  1. Fractures and Bone injuries: Offers clear images of bones and fractures that are not seen without X-Ray. 
  1. Lung Conditions: Identifies lung nodules, infection and other lung abnormalities. 

What is CECT (Contrast Enhanced Computed Tomography)? 

CECT scan is done using Contrast dye, Typically iodine based. Which will be injected in your vein by your provider. This injected Contrast substance is utilized to demarcate the disease and improve the visualization of blood vessels, soft tissues and abnormal growths. 

Uses of CECT: 

CECT is utilized to depict the conditions involving any body part: 

  1. To diagnose the body’s bone fractures. 
  1. To diagnose the body muscle injuries in the body. 
  1. To diagnose blood vessel disorders. 
  1. To diagnose the organ abnormalities or disorders. 
  1. To diagnose heart diseases. 
  1. To detect and diagnose bowel syndromes. 
  1. To diagnose the kidney stones. 
  1. To diagnose the brain injuries or slits. 
  1. To diagnose spinal cord abnormalities. 
     
      

What Are the Key Differences Between NCCT and CECT?

Here are some key points about NCCT and CECT Scan- 

  1. In NCCT, Contract dye is not used but in CECT an iodine contrast dye is used to inject in your vein. 
  1. In NCCT the image is simple, based on natural density whereas CECT is high quality imaged which is more detailed. 
  1. In radiation exposure NCCT is a bit lower than the CECT because in CECT the radiation exposure is high because of contrast dye. 
  1. NCCT is ideal for haemorrhage of the brain, fracture, kidney stones etc and CECT is ideal for tumors, organ examination and vascular disorders. 
  1. There is no risk or negligible risk in NCCT and in CECT risk is there because of the allergy of contrast dye. 

Which is Best for You, CECT vs NCCT? 

  1. As per your disease, your doctor will recommend the test appropriate for you. Either NCCT and CECT test 
  1. If your doctor is going to suspect kidney stone or stroke, NCCT is opted for. 
  1. If tumors, vessels or detailed analysis of organs is found, CECT is opted for. 
  1. Your physician will determine based on your condition. 

Conclusion 

Both NCCT & CECT equipment are equally crucial in medical imaging, NCCT is a rapid and safe method while CECT test carries negligible risk and it gives clear insight of tumors, blood vessels and soft tissues. The option is based on your illness or on medical requirements. 

FAQ’S- 

Q. What is the full form of NCCT? 

The full form of NCCT is Non-contrasted Computed Tomography. 

Q. What is the full form of CECT? 

The full form of CECT is Contrast Enhanced Computed Tomography. 

Q. What is the price of NCCT & CECT in Delhi, NCR? 

The cheapest cost of NCCT test and CECT test ranges between 2000-5000 INR and it also depends on the centre and the location of the centre.  

Q. Online booking for NCCT and CECT tests. 

To provide hassle-free diagnostic service carebox helps you to find the best imaging centres for CT scan and booking appointment options online 24×7. Quick, non-invasive CT Scan appointment is available for detailed insights into your body. Schedule now for a comprehensive health assessment. We are 24/7 Open at your service. 

Q. What is the aftercare of CECT? 

You must drink more water to flush contrast dye out of your bod

NCCT vs CECT: Know the Difference and Importance Read More »

Brain Stroke: Types and Tests Required for Diagnosis

Imaging Centre /

A stroke is a life-threatening condition that occurs when there is not enough blood going to part of your brain.It is typically caused by a blockage in one of the arteries in your brain or by bleeding in your brain. Without continued blood flow, brain cells in that area of the brain begin to die from insufficient oxygen.

A test can be employed to aid in making an identification of what illness it is that the patient has suffered from, as per their symptoms and signs. Test of diagnostics can also assist in planning the right treatment, with analyzing success with treatment, and with providing a prognosis.

What is a Brain Stroke?

Brain stroke is similar to a traffic congestion in your brain. The blood, which supplies oxygen and nutrients to your brain cells, gets clogged or leaks. It kills brain cells, causing issues such as weakness, numbness, difficulty speaking, and vision issues.

Physicians make images of your brain with specialized equipment to decide whether there’s a blockage or bleeding. They might even take blood samples to search for other disorders that can increase your risk of having a stroke. Early diagnosis and treatment are hugely important to keep brain cells from dying and improving recovery.

Two Kinds of Stroke

  • Ischemic Stroke: It is the most common type, which occurs when a clot obstructs the flow of blood to the brain.
  • Hemorrhagic Stroke: It occurs because of a break in one of the brain’s blood vessels, causing bleeding.

How to Diagnose It Early?

Early diagnosis and treatment are very important in avoiding brain injury and enhancing recovery prospects. A number of tests are carried out to determine that a stroke has occurred and why it did. 

Key Diagnostic Tests

  • CT Scan: A CT scan is X-ray-based to obtain images of the brain.

It may be used to detect bleeding within the brain, a characteristic of hemorrhagic stroke.

It is also capable of looking for evidence of an ischemic stroke, like a decrease of the amount of blood flowing into parts of the brain.

  • MRI Scan: Radio waves and a powerful magnet utilize an MRI to create images of the brain in detail.

It may possibly be capable of seeing tiny changes of brain tissue, which cannot be seen on CT scanning.

It is able to determine how extensive and where brain damage is and brain damage due to any underlying pathologic condition.

  • Blood Tests: Blood tests are most effective in determining those at risk for stroke, such as those with high blood pressure, high cholesterol, and diabetes.

They can also be used to exclude other disorders that have been discovered to mimic stroke.

  • Carotid Ultrasound: A scan with the technique of use of sound waves to take pictures of the carotid arteries of the neck, supplying the brain.

It can detect plaque development or narrowing of the arteries, making a person prone to stroke.

  • Echocardiogram: An echocardiogram uses the use of sound waves to generate pictures of the heart. It can detect heart disease like atrial fibrillation, a causative stroke.

Other Tests You Can Schedule for Brain Stroke You Might Searching For-

Following are some other tests you can schedule for brian stroke-

  • Brain CT Scan  
  • (Magnetic resonance imaging) MRI brain Scan  
  • Computed tomographic (CT) brain angiography Scan  
  • Magnetic resonance angiography (MRA) Scan
  • Doppler sonography (carotid ultrasound) Scan
  • Electrocardiogram (ECG)

Risk Factors for Brain Stroke

It is crucial to identify the risk factors of stroke so that one can avoid it. The most important risk factors are

  • High Blood Pressure: It is the most dangerous risk factor.
  • High Cholesterol: High levels of LDL cholesterol cause the formation of plaques in arteries.
  • Heart Disease

Conclusion

A stroke is a life-threatening condition that occurs when there is not enough blood going to part of your brain. For which you need the best treatment and the best imaging centre which you can find on the carebox website to get a brain stroke treated as soon as  possible. Understanding the need and precautions that are needed during this time, can help you to diagnose this issue in an early stage. It might take a few weeks, months but you’ll get relief from it if you follow the best advice. 

Frequently Asked Questions

Q. How to detect a brain stroke

Cerebral hemorrhage or brain cell injury resulting from a stroke. Magnetic Resonance Imaging (MRI) produces pictures of your brain by using magnets and radio waves. MRI can substitute — or complement — a CT scan in the diagnosis of a stroke.

Q. What is best for stroke

Computer tomography (CT) scan: A picture of the brain is taken by a CT scan using X-rays. A head CT is usually one of the initial tests if you have a stroke.

Q. Which drug avoids stroke?

Antiplatelet drugs, statins, and anti-hypertensive medications are the mainstays of medicament treatment for secondary stroke prevention.

Q. Do you 100% recover from a stroke?

It may take weeks, months, or years to get over the stroke. Some will be disabled for life, and some will be completely cured.

Brain Stroke: Types and Tests Required for Diagnosis Read More »

What is the Difference Between CT Scan and MRI Scan?

CT Scan, MRI Scan /

CT and MRI are two distinct forms of medical imaging that produce pictures of organs and tissues within your body. Although CT and MRI have some differences, they also differ from each other. Since they are different, physicians can opt to use one form of imaging over another.

Both MRIs and CTs are painless and non-invasive, and both can assist your physician in diagnosing and treating an illness. Both of these tests require you to lie on a table that then moves into a scanner. You will need to hold very still throughout both tests so the scan will be able to get good pictures. In CT and MRI, the technician does leave the room, but you can still speak with the person using an intercom connection.

CTs and MRIs make images differently. A CT scan builds a couple of images, or “slices,” using x-rays from various angles. An MRI scan builds images through magnetic fields and radio waves. There are several other significant differences between the two medical imaging technologies.

About CT Scans

CT stands for computed tomography. CT scans are also called computerized axial tomography, or CAT scans.

In a CT, you’ll be lying on a moving table that goes through a big, doughnut-shaped scanner. A computer fuses information gathered to form 3-dimensional images of your bones and soft tissue.

Physicians order CT scans when they are seeking out or assessing:

  • Head injury
  • Bone breaks
  • Pneumonia
  • Bleeding within the body
  • Internal organ issues
  • Tumors
  • Cancer development or the success of cancer treatment as a result

About MRI Scans

Magnetic resonance imaging, or MRI scan, is great at providing images of soft tissue, organs, or ligaments, and it makes your doctor’s life simpler to be able to spot abnormal tissue, soft tissue injuries, torn ligaments, bulging disks, and so forth.

As with the CT scan, you will be lying on a table for the MRI. The MRI machine itself is similar to a donut shape, but thicker. MRIs are also very loud, and you may be given earplugs or headphones to muffle the noise.

Physicians can also prescribe MRIs in place of CTs if they require producing more precise and detailed images. Physicians tend to order MRI scans for diagnosing bone, joint, and organ problems, particularly those involving the:

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

Physicians can also prescribe MRIs in place of CT scans if they have suspected certain conditions, including:

  • Soft tissue problems
  • Torn ligaments
  • Herniated disks
  • Comparing the Risks of MRI Scans and CT Scans

Both CT scans and MRI do carry some risk, based on the kind of imaging and the quality of the imaging.

One of the biggest differences between the two scans is that CT scans use a very small amount of ionizing radiation, while MRI does not utilize radiation. Ionizing radiation that CT scans emit can influence biological tissue, but as per the National Institute of Biomedical Imaging and Bioengineering, cancer risk due to exposure to CT scan radiation is usually minimal. In addition, x-rays and CT scans are not safe when a woman is pregnant, so doctors can request an MRI instead.

Since MRIs involve the use of strong magnets, anything metallic at all in the body, including metal plates, rods and screws, is dangerous. Metal implants could shift or overheat when put in the presence of the magnetic fields of an MRI.

Risk of CT Scans Are:

  • Harm to unborn children
  • Being exposed to a very small amount of radiation
  • Possible bad reaction to contrast dyes administered

Risk of MRIs Are:

Possible effects to metals in the body by magnets during MRI

Loud and startling machine noises and even induce hearing problems

A rise in body temperature after prolonged MRIs

Claustrophobia

You must see a doctor before an MRI if you have some implants, such as:

  • A pacemaker
  • Artificial joints
  • An IUD
  • Eye implants

Physicians have CT scans done more frequently since CT scans cost less than MRI but still make good images. CTs are quieter than MRIs too. CT scan is quicker and can create generalized images of tissue, organs, and bone structure; MRIs take longer, but are better pictures.

For more information about CT and MRI scans, and to learn which is most suitable for you, discuss with your physician or book your appointment through carebox. carebox helps you to find the best imaging centre near you through our easy interface and our partnership with India’s top rated diagnostic centres in Delhi. 

Conclusion

CT Scan and MRI scans are the most powerful diagnostic tools used to detect abnormalities in the body. MRI is more expensive than CT Scan. CT Scan can find abnormalities like Head injury, bone breaks, pneumonia, bleeding within the body, internal organ issues, tumors etc. Whereas MRI can help you in detecting brain, breasts, heart, arteries abnormalities. Understanding the difference can help you to get the right imaging which can help you in early diagnosis. 

FAQS

Q. What is the full form of CT scan and MRI? 

The full form of CT is Computed Tomography and MRI is Magnetic Resonance and Imaging.

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

You can book your test through carebox. Our partnered labs are NABL & NABH accredited, who offer best diagnostic services across Delhi, NCR.

Q. What MRI can show which CT scan can’t?

MRI shows soft tissues abnormalities and CT scan is good for bone fractures visualizing. MRI shows soft tissues abnormalities clearly by using high magnetic fields.   

Q. Are MRI and CT scans harmful?

There are no direct side effects of MRI and CT scan, if you’ve followed all the precautions and followed your providers guidelines and advice. You might feel some discomfort but it will be temporary for which no mediations or extra care is needed, but if you feel any allergic reaction consult with your doctor immediately.

What is the Difference Between CT Scan and MRI Scan? Read More »

Understanding Full Body MRI Scan

MRI Scan /

What is a Full Body MRI Scan?

A full-body MRI, also referred to as a whole-body (WB) scan, is an imaging technique which is noninvasive and painless that takes clear images of the structures inside of the entire body from head to toe. 

Whole body MRI (WB-MRI) is an effective imaging modality utilised for the identification of pathogens and characterisation of pathologies in other organs. This provides a broad coverage of the body without subjecting it to harmful radiation. This is normally employed in the detection of cancer lesions in the body and involves the combination of anatomic T1-weighted (T1W) MRI and T2-weighted (T2W) MRI.

T1W suppresses the water signal and increases the signal of fatty tissues, while T2W increases the signal of water. It is used to screen and observe nodal and bone metastasis.

MRI stands for Magnetic Resonance Imaging, which employs a magnetic field as well as computer-generated radio waves to produce images of an entire patient’s body. MRI never employs radiation in scanning; therefore, it is regarded as the health expert’s favourite body scan. This method is also highly sensitive for body scanning compared to CT scans or X-rays. MRI scans can either be performed with or without contrast. Medical professionals can recommend contrast MRI scans in case they require images with increased quality for purposes of diagnosis.

When Do You Need a Full-Body MRI Scan?

A whole-body MRI is beneficial to individuals who desire a complete picture of their body status. It can be employed to diagnose a variety of symptoms, such as sudden episodes of dizziness and tingling in the patient’s toes. It is also beneficial in detecting the early signs of the diseases. Full-body or whole-body MRI is the current best option for people to have the information for any abnormality in the body, which can be asymptomatic.

The Full-Body MRI Scan is Used to Detect

A whole-body MRI scan, also referred to as a full-body MRI scan, takes cross-sectional images of various parts of the body to reveal any abnormalities in any area of the body. Once any abnormalities have been detected, the patient is able to consult with the doctor about the report. A full-body MRI scan will involve scanning of:

A brain/head MRI scan reveals any injury, damage, fluid leakage, skull, nerves or any abnormality in the head. The result may reveal the following abnormalities:

  • Inflammation and swelling.
  • Structural Issues.
  • Brain tumours.
  • White matter disease.
  • Brain Haemorrhages.
  • Whole Spine MRI

A whole spine MRI scan provides a clear idea of related abnormalities of the cervical spine, thoracic spine, lumbar spine, coccyx, vertebrae, etc. The result may reveal the following abnormalities:

  • Tumors 
  • Injuries or fractures
  • Nerve compressions
  • Vertebrae collapse
  • Discs
  • Whole Abdomen MRI

A whole abdominal MRI comprises an overview of abdominal organs such as the kidneys, liver, spleen, gallbladder, pancreas, etc. The scan will reveal the abnormalities associated with these organs:

  • Tumours
  • Cirrhosis
  • Gallstones
  • Pelvis MRI

Pelvis MRI is also referred to as musculoskeletal, and the scan comprises the region of the pelvic girdle, muscles and ligaments. The scan will reveal abnormalities such as:

  • Infections.
  • Fractures.
  • Tumours.
  • Osteoarthritis.
  • Cardio or Heart MRI

A heart MRI will also involve scanning your heart and the surrounding related areas, such as heart valves, pericardium, heart walls and blood vessels. The scan will reveal malformations such as:

  • Cardiomyopathy.
  • Tumours.
  • Valve-related heart diseases.
  • Infections of the heart.
  • Congenital heart diseases.
  • Lower Body MRI

The remaining body, including the leg joints, feet and lower back region, will also be scanned in the entire body MRI scan, and the scans of the disease, such as:

  • Tumours.
  • Injuries.
  • Structural anomalies.
  • Infections.
  • Fractures in the bones.

When to Get a Full-Body MRI Scan?

Full-body or whole-body MRI is recommended by medical professionals due to many reasons, such as to diagnose the disease or disorder concerning various regions of the body simultaneously. The patient may also choose to get the scan in order to visualise any concealed or undetected injury, infection or disorder in the body. These scans are also employed to monitor that recovery from the surgery is proceeding properly. Full-body MRI provides the concept of the entire body and updates the patient on the functions and organs of the body.

Preparation for Full-Body MRI Scan

Prior to visiting for the test, a patient must see a healthcare specialist because he may recommend certain conditions prior to visiting for the test. MRI employs powerful magnets and radio wave pulses that may lead to the heating and potential movement of metal objects within the head or body. These implants may result in health and safety problems, so it is essential to refer to the medical professional prior to an MRI and make him aware of any such implants. Apart from these, the patient is also instructed to take all the jewellery, watches, or any wearing metal home or remove them prior to the MRI scan. These tend to interfere with the magnetic field of MRI and result in burns or injuries with harm projections.

Things that may interfere with the magnetic field of an MRI and need to be talked about prior to going for an MRI are:

  • Cardiac pacemaker.
  • Middle ear prostheses.
  • Implants in any area of the body.
  • A clip used for whole-body aneurysms.
  • Vagal nerve stimulator.
  • Metal shavings in your head or inside your eyeball.
  • Jewellery, watches, credit cards and hearing aids — all of which can get hurt.
  • Pins, hair metal items, underwires in bras and metal zippers can warp MRI pictures.
  • Dentures, removable dental work.
  • Pens, pocket knives and glasses.
  • Body piercings.
  • Cell phones, electronic watches and tracking devices.

Apart from this, your doctor must also know things such as:

  • The patient is pregnant.
  • Capable of lying on the back for 30 to 60 minutes.
  • Patients suffer from fear of enclosed narrow places (claustrophobia).

What is the cost of a full-body MRI Scan in Delhi?

The price of full-body MRI scanning in Delhi varies based on the region, medical facility and quality of medical provider. You can opt for carebox for finding the best full-body MRI screening tests in Delhi since they have partnered with the best facility centres, which offer quality assurance and government certifications and have a high level of expertise in healthcare with reasonable costs and discounts provided.

How to Select the Best Full-Body MRI Scan Centre in Delhi?

There are various MRI diagnostic centres around Delhi. You have to verify some centre information before proceeding with the scanning. You must ensure government accreditation, the latest machines, doctors available at your disposal, good technical personnel, and previous experience in healthcare. The diagnostic centre must be spick and span and hygienic and should give complete information to the patients, or you can trust carebox to find the best MRI scan centre near you.

Conclusion

A whole-body MRI scan, also known as a whole-body (WB) MRI scan, is a noninvasive, painless diagnostic test which gives good images of the internal body structures.

The MRI covers all parts of the body and the internal organs collectively. Whole-body scanning can be opted for by patients to detect any asymptomatic disorder or disease and maintain an eye on the entire body. MRI also has various purposes and types depending upon the condition of the patient. Patients have to search for certain facilities, accreditations and expertise while deciding on any MRI diagnostic centre.

FAQs

What is a full-body MRI?

Full body MRI is an imaging, non-surgical medical diagnostic machine for disorders and diseases involving the entire patient body.

What are the uses of full-body MRI?

Full-body MRI is used to screen for cancers, tumours, haemorrhage, leakage of fluid, infection, disorders or diseases anywhere in the body.

An MRI scan is different from a PET scan.

MRI utilises magnetic fields and radio waves, whereas PET scans utilise radioactive tracers to detect abnormalities.

When to opt for a full-body MRI scan?

Do not neglect the body disorder symptoms; undergo regular screening to prevent any delay in treatment and diagnosis.

What are the risks of MRI scans?

There are no such risks involved in a full-body MRI scan if it is done in the presence of a medical expert and at a good medical facility with proper guidelines and protocols.

Understanding Full Body MRI Scan Read More »

When Do You Need Chest X-Ray? Understand the Need

Imaging Centre /

Chest X-ray is among the most vital tests you can find at the carebox. Chest X-ray is the most helpful diagnostic imaging examination which is applied to evaluate the lungs, heart and chest wall status. It facilitates detecting diversified conditions ranging from infection to a fatal disease like – heart stroke or heart attack.

When Do You Require Chest X-Ray?

It’s a biggest question asked by many patients that when it is required to get chest x-ray?, so here are some conditions when it is necessary to have this-  

Persistent cough or respiratory issues:

If you’re experiencing chronic cough, shortness of breath, or breathing difficulties that persist for longer. Your physician can prescribe a chest X-ray to identify the problems.

Suspected Lung infection:

Lung infections such as pneumonia, tuberculosis etc are the lung diseases which can provide serious damage to your lung or health, the x-ray is able to identify the fluid collection, lung swelling or other indicator of infection. 

Discomfort or chest pain:

Heart issues, lung infection, rib fractures are the reasons which a chest pain can have. The chest x-ray is used to diagnose whether the pain is because of lung problems or gastro intestinal issues.

Tracking chronic lung illnesses:

Asthma, COPD, or fibrosis patients are often required to have periodic or routine chest x rays for checking their health status.

Pre-surgery or general health screenings

In certain conditions the physicians or your providers might recommend you pre-surgery chest x ray to see the before and after condition of your heart.

Detection of Tumors or lung cancers

A chest x-ray can extract the abnormalities in lungs, extra growth, nodules or masses in the lung. Which can indicate lung cancer. But if any suspicious result comes, further tests like CT Scan can be a good physician’s suggestion.

Heart Related conditions:

The X-Ray is not the first test for heart diseases, It can be used to detect an enlarged heart, fluid accumulation in the lungs or abnormalities in the large blood vessels.

How Can I Prepare for the Chest X-Ray?

Chest X-ray requires little preparation, just remember when you go in for the appointment – dress loose, and no jewellery. If you have body piercing, please have your provider recommend the best thing regarding it. You might have to take them all off.

What Are the Other Tests You Need to Schedule to Learn About Your Lungs and Chest Conditions?

Here are some tests that you can book along with the chest x-ray to keep a tab on the status of your lungs-

  • Lung Specialist: Pulmonologist  
  • LiquiCore Lung Panel  
  • Full Blood count (FBC)  
  • Electrocardiogram (ECG)  
  • CT scan Chest  
  • Chest X-ray  
  • Echocardiogram (echo)  
  • Stress tests  
  • Cardiac PET  
  • FDG PET scan

Conclusion:

A Chest x-Ray is an easy, quick and effective diagnostic procedure to learn the health status of the chest region. If you’re suffering from hardness in your breath, dry nose, or respiratory problem then you can call us at any time for Chest X-ray. carebox helps you to get the best Imaging centres near you in Delhi. We’re offering many other test related tests which you can book any time through our website.  

People May Ask-

Q. How many images are taken during Chest X-Ray?

Radiologists usually take only 2 images initially from front and 2nd from side but doctors in some situations can take all four sides x-ray.

Q. What is the cost of chest x-ray in Delhi?

The cost of chest x-ray varies on the centres location, technology, and other factors which can affect the cost. Click here to get Chest x-ray at lowest price.

Q. Why should carebox be your first choice?

At Carebox we have been renowned for providing top-notch services and care to patients for decades. Lakhs of happy patients over the years! It has been a well-established and well-known diagnostic centre. Our partnered centres are supported by NABH and NABL Accreditations. NABH accreditation is a testimony of the highest level of care and services given to the patients. NABL accreditation indicates the proficiency of laboratories and equipment on the basis of some national and international standards.

When Do You Need Chest X-Ray? Understand the Need Read More »

Bone Fractures: Its Causes and Types

Imaging Centre /

What is a Bone Fracture?

Bone fractures are the condition where an individual cracks or breaks his bone owing to any of the following causes such as falling, accident, sports injury, running etc. Bone fracture is what bone fractures are known as. Bone fractures may be caused by some diseases like bone cancer and osteoporosis. In these situations, a little force or pressure can fracture a person’s bones. The healing will also be based on the pattern of fracture, fractured bone, and reason for the fracture.

What are the Various Types of Bone Fractures?

There are numerous types of bone fractures and these types of fractures can be classified on the basis of certain criteria these criteria are:

Pattern

It is a medical term used to find the shape of the fracture and look of the fracture. Based on the pattern, all fractures are:

  • Oblique Fractures: Bones’ fractures that are slanted and split the entire bone. Oblique fractures tend to happen in the large bones like the femur, tibia, fibula etc.
  • Transverse Fractures: A transverse fracture is a fracture where the bone is broken
  • Longitudinal Fractures: Longitudinal fractures are in the direction of the bone or parallel to the bone.

Causes of Bone Fractures

Fractures are also classified according to causative factors of fracture. The causative factors could be different for fractures such as accidents, fall, sports etc. Every cause could have a different effect on fracture. Depending on causative factor, fractures are classified as:

  • Stress Fracture: This is a fracture type which occurs due to excessive stress or overuse of a particular bone. It is an extremely minor form of a fracture.
  • Avulsion Fracture: This fracture occurs when a small bone piece is pushed out of the rest of the bone due to pressure or another factor.
  • Buckle Fracture: otherwise known as bulging fracture and occurs due to pressure on one side of the bone. Pressure on the one side of the bone causes the other side of the bone to bulge.

Body Part or location of bone fractures-

This is a category of the location of where the fracture is happening. Where is the fracture happening, and on which bone are the fractures:

  • Clavicle fractures
  • Shoulder Fractures
  • Humerus Fractures
  • Elbow Fractures
  • Facial Fractures
  • Barton Fractures.
  • Chauffeur Fractures
  • Trimalleolar Fractures
  • Smith Fractures
  • Scaphoid Fractures
  • Pelvic Fractures
  • Acceptable Fractures
  • Hip Fractures
  • Patella Fractures
  • Growth Plate Fractures
  • Tibia
  • Calcaneal stress Fractures
  • Fifth metatarsal Fractures
  • Pilon Fractures
  • Talus Fractures

What tests are used in Detection of Bone Fractures

There are various kinds of tests which are used to diagnose bone fractures. They include:

  • X-ray Scan 
  • CT scan 
  • MRI scan 

Conclusion

Bone fracture is the technical term for the broken bones. Various types of fractures depending on the cause, location and pattern. Various tests are utilized for the bone scans such as X-ray, MRI, CT scan, Bone density etc. Understanding the tests and location of bone fracture can help you to diagnose the abnormality. 

Frequently Asked Questions

Q. What is the Bone Fracture

Bone fracture is that situation in which the bone gets cracked or broken and this situation may be of different causes like accident, fall stress etc.

Q. What are the Different Types of Bone Fractures?

The different types of bone fractures depend upon the cause, pattern, and site of the fractures. Some of them are stress fractures, oblique fractures, transverse fractures, tibia fractures etc.

Q. Which tests are conducted for Bone Fractures diagnosis?

Different tests are utilized to diagnose bone fractures like CT, MRI, X-rays, Bone density tests etc.

Q. Where is the Bone Fractures Test in Delhi conducted?

Find the best imaging centre in Delhi, ncr through Carebox, centres that can be availed by patients for any test for bone fracture with heavy discount and quality report.

Bone Fractures: Its Causes and Types Read More »

Understanding CECT Whole Abdomen: What Does It Mean?

CT Scan /

CECT whole abdomen is the contrast-enhanced CT scan to identify the abnormalities in the abdomen. The scan involves the use of X-rays with computed tomography for the identification of abnormalities in the entire abdomen. The patient receives the injection of the contrast during this type of scan to achieve clearer and better images of the scanning region.

What Does the CECT Whole Abdomen Reveal?

The CECT whole abdomen will reveal the cause of the pain in the abdomen, abdominal injuries, abdominal infections, abdominal tumors, abdominal cancers, intestinal obstructions, tears, or abnormalities in blood supply.

How is the CECT Whole Abdomen Done?

This kind of CT scan includes the injection of contrast material. The contrast images are clearer and more detailed for the easy and early identification of the disorders. The patient must give the information of blood tests, diet, and the medicines that the patient is consuming. Some patients are allergic to the contrast, so patients must be cautious before consuming the contrast. In pregnancy, CT scans are avoided due to the usage of X-rays for the test. The patient is positioned on the table, which is mounted on the scanner, and the scanner moves within the scanner, and pictures are obtained.

What is CECT Whole Abdomen in Delhi NCR?

The price of a CECT whole abdomen CT scan in Delhi NCR varies with the region, quality of healthcare facility, and healthcare provider. You can opt for Carebox to find the best diagnostic center near you for your CECT whole abdomen scan to detect abnormalities.

Why Choose a CareBox for Your CECT Whole Abdomen?

Carebox is one of the most renowned and prestigious diagnostic center providers that helps to find the best imaging centers in the Delhi NCR for whole abdomen CT scans. Centers that are available 24×7 and offer the best quality, NABH and NABL-accredited labs and centers.

Here are the other CECT tests you can find at our partnered labs and clinics:

  • • CECT Abdomen 
  • CECT Thorax 
  • CECT Whole Abdomen 
  • CECT left hand 
  • CECT lower chest 
  • CECT right forearm 
  • CECT left wrist joint 
  • CECT right shoulder joint 

Whole abdomen CECT is an enhanced CT scan utilized to identify abdominal abnormalities. It is a contrast CT, and the patient has to provide the history of medications, blood tests, and diet prior to the test. A few patients are contrast allergic, and hence consulting a doctor for the tests is mandatory.

Frequently Asked Questions

Q. What is CECT whole abdomen?

CECT whole abdomen is the abdominal contrast-enhanced computed tomography.

Q. What is the full form of CT?

The abbreviation for CT is computed tomography.

Q. What does CECT whole abdomen reveal?

CECT whole abdomen reveals tumors, cancers, inflammation, fractures, infections, injuries, etc.

Q. How is a CT scan of the whole abdomen different from a PET scan of the whole abdomen?

CT uses X-rays with computer technology for the whole abdomen, while PET scans use radioactive tracers for the detection of abnormalities in the whole abdomen.

Q. When to go for a CECT whole abdomen scan?

When doctors need clear and detailed images of the whole abdomen to detect abnormalities easily and early. (Click for screening)

Q. How long does the CECT whole abdomen take?

CECT whole abdomen scans can take around 70 to 90 minutes.

Q. Is a CECT whole abdomen scan painful?

CECT of the whole abdomen is not painful, but some of the patients will feel uneasy if they have closed space phobia and also require a needle prick.

Q. What are the side effects of CECT whole abdomen?

There are no known side effects of CECT whole abdomen if the patient is not contrast allergic.

What is the price of the CECT whole abdomen?

The price of the entire abdomen varies with the region and the healthcare facility provider. 

Q. How to locate a CECT whole abdomen CT scan center near me?

You may enter a CECT whole abdomen CT scan near me in Google search for the nearest centers available or click here for consultation.

Understanding CECT Whole Abdomen: What Does It Mean? Read More »

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