Frequently Asked Questions

Yes, CT scans are highly safe when performed correctly. Our 64-Slice CT scanner features advanced ALARA (As Low As Reasonably Achievable) dose-modulation technology, which uses the lowest possible radiation dose while producing excellent image quality. The radiation from a single CT scan is minimal, and the diagnostic benefits far outweigh any potential risks. Our expert technicians strictly follow international radiation safety protocols.

Most MRI scans take between 20 to 45 minutes depending on the specific body part being examined. Complex studies like MRI Spectroscopy, Whole Body MRI, or advanced neurological scans may take up to 60 minutes. You will need to lie perfectly still during the scan to ensure crisp images. Our friendly staff will provide you with earplugs to block out the machine's knocking sounds and will communicate with you throughout the entire process.

Yes, a valid doctor's prescription or referral is highly recommended before undergoing a CT scan or MRI. A referral helps our senior radiologists understand your specific symptoms, clinical history, and exactly which area needs to be scanned with what specific protocols (e.g., with or without contrast). This ensures you get the most accurate and useful diagnostic report for your treatment.

Scan prices vary depending on the specific type of study (e.g., brain, spine, abdomen), whether contrast dye is required, and the complexity of the imaging. We pride ourselves on offering competitive and transparent pricing for world-class diagnostics in Barmer. For the exact cost of your prescribed scan, please call our 24/7 helpline at +91 96104 84886 or send us your prescription via WhatsApp.

Yes, absolutely. Kedar CT & MRI Centre operates 24 hours a day, 7 days a week, 365 days a year. We understand that medical emergencies (like strokes, head traumas, or severe abdominal pain) can happen at any time. Our facility, complete with specialized technicians and emergency protocols, is always ready to serve you — day or night.

A 64-slice CT scanner captures 64 high-resolution cross-sectional images in a single rotation, compared to just 16 or fewer in older machines. This technological leap means significantly faster scan times (often just a few seconds), much sharper images with minimal motion blur, lower radiation exposure, and the ability to perform highly advanced studies like CT Coronary Angiography (heart scans) and 3D organ reconstructions. Kedar Centre brings this state-of-the-art capability exclusively to Barmer.

Tesla (T) is the unit of measurement used to quantify the strength of an MRI scanner's magnetic field. A 1.5 Tesla MRI is the widely accepted global clinical standard for high-quality diagnostic imaging. It offers an optimal balance between exceptionally detailed image resolution (crucial for detecting tiny lesions in the brain or spine) and patient comfort, with shorter scan times and reduced artifacts compared to weaker, open MRI systems.

HRCT (High Resolution Computed Tomography) of the chest is a specialized CT protocol that provides extremely detailed, cross-sectional images of the lungs. It is the gold standard for diagnosing interstitial lung diseases (ILD), pulmonary fibrosis, emphysema, early-stage lung infections (including post-COVID-19 complications), and characterizing lung nodules. It provides much more detail than a standard chest X-ray.

CT Scans (which use ionizing radiation) are generally avoided during pregnancy, especially in the first trimester, unless there is a life-threatening emergency and no alternative imaging is available. MRI (which uses magnetic fields and no radiation) is considered much safer during pregnancy and is frequently used if an ultrasound is insufficient. However, MRI contrast dye (Gadolinium) is usually avoided. Always inform our staff if you are or might be pregnant.

Contrast media (commonly called "dye") is a specialized liquid given intravenously (or orally) to highlight blood vessels, tumors, infections, and specific organs on the scan. For CT scans, iodine-based contrast is used; for MRI, gadolinium-based contrast is used. While highly safe for the vast majority of patients, we strictly evaluate your kidney function (via a serum creatinine blood test) and medical history (allergies, asthma) before administering any contrast to ensure your absolute safety.

Our advanced 1.5 Tesla MRI machine is designed with a patient-friendly, wide bore that comfortably accommodates a variety of body types. The table has a safe operating weight limit of approximately 150-180 kg depending on the specific scan requirements. If you have concerns about weight limits or severe claustrophobia, please contact our team in advance so we can assist you.

It is natural to feel a bit anxious, but our modern 1.5T MRI features a shorter, wider tube (bore) and excellent ventilation compared to older models, significantly reducing feelings of claustrophobia. Our compassionate technicians will keep you informed, you will have a two-way intercom to speak with them at any time, and you will be given an emergency squeeze ball to halt the scan instantly if you feel overwhelmed.

Preparing children requires patience. For a CT scan, the extreme speed of our 64-slice machine usually means children can hold still for the few seconds required without sedation. For an MRI, which takes longer, we take extra care to explain the "loud spaceship" noises. Depending on the child's age and the scan's complexity, mild sedation prescribed by a pediatrician might be necessary to ensure they remain perfectly still for clear images.

We prioritize fast turnaround times because we know medical decisions depend on our results. For the vast majority of routine CT and MRI scans, reports are available the very same day. Emergency scans (trauma, stroke) are processed immediately with STAT reporting. Highly complex specialized studies may take 24-48 hours for our senior radiologists to perform a detailed, multi-parametric analysis.

Yes, our 1.5 Tesla MRI is equipped with the advanced coils and software necessary to perform Whole Body MRI. This comprehensive, radiation-free scan is increasingly used for proactive health screening, cancer metastasis staging, and evaluating widespread systemic diseases. It is a powerful tool for early detection.