Ultrasound cost in Hyderabad

What is the Cost of an Ultrasound in Hyderabad?

The cost of an ultrasound evaluation in Hyderabad generally ranges between Rs. 500 and Rs. 6,000, depending on factors such as the type of ultrasound, the body part being examined, the diagnostic centre or hospital, and whether specialised techniques are used. The approximate costs of common ultrasound examinations in Hyderabad are listed below.

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What is the Cost of an Ultrasound in India?

Ultrasound tests are available in many forms, and each type is used to examine different parts of the body for various medical conditions. The cost of an ultrasound in India depends on the type of scan, body part examined, diagnostic centre, and technology used. The table below shows the approximate cost range of common ultrasound tests in India.

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What are the Different Imaging Techniques Used?

Medical imaging techniques are methods by which doctors observe inside the human body without using any surgical methods. This is to diagnose diseases and guide medical treatments. Different physical principles are utilised, like sound waves, magnetic fields, or radiation. This creates images of body organs and their functions in real time. The choice of technique depends on which part is being evaluated and what the physician’s needs are.

Primary imaging techniques used in addition to ultrasound are:

• X-rays (Radiography and fluoroscopy) utilise electromagnetic radiation to create 2D images for observing teeth, bones, and some lung conditions. Fluoroscopy is a real-time X-ray that shows movement.
• A Computed Tomography scan uses a series of X-ray beams from various angles, which are then combined by a computer to create cross-sectional 3D images of the body. It is excellent for viewing bones, lungs, and the abdomen, especially in emergencies.
• Magnetic resonance imaging is a technique where strong magnetic waves and radio waves are used to form detailed images of soft tissues such as muscles, tendons, brain, and spinal cord without the use of ionizing radiation.
• The nuclear medical imaging technique uses positron emission tomography and single-photon-emission computed tomography, which involves inhaling, swallowing, or injecting a small amount of radioactive tracer to show the functioning of organs and tissues at the molecular level. These are used to diagnose heart diseases, cancer diseases, and diseases related to the nervous system.
• Mammography, a low-dose X-ray, is used to screen for breast cancer.
• Bone densitometry (DEXA scan) uses X-ray technology to measure bone mineral density and evaluate the risk of osteoporosis.
• Optical imaging and photoacoustic imaging are modern technologies that utilize light to identify conditions. Especially in ophthalmological and dermatological cases.

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How is an Ultrasound done?

Ultrasound is a completely non-invasive procedure, and involves –

• Preparation, where, depending on the body part being evaluated, the patient may be asked to avoid eating and drinking beforehand.
• The patient lies down on the table, exposing the area to be scanned.
• A clear, water-based gel is applied to ensure continuous contact and eliminate any air pockets.
• A sonographer then holds a transducer against the skin and makes sure all the air pockets are eliminated.
• The transducer sends sound waves into the body, captures real-time echoes, and the computer then converts them into images on the monitor.
• The sonographer then asks the patient either to hold their breath or to move position to obtain clear images.
• When sufficient images are captured, the gel is wiped off. A radiologist then interprets the images and sends the results to the physician.

Types of Ultrasound

Ultrasound is classified based on its application as diagnostic and therapeutic ultrasound. The imaging methods (2D, 3D, 4D, and Doppler), and the specific area of the body being evaluated.

Diagnostic ultrasound creates images of internal structures to diagnose medical conditions.

• A mode – stands for amplitude mode, used for accurate measurement of depth, like in ophthalmology or focusing therapeutic beams.
• B mode – stands for brightness mode is a standard 2D grayscale imaging that shows cross cross-sectional view of tissues and organs
• M-mode – is used to capture motion over time, primarily for examining the heart’s movements and function.
• Doppler ultrasound – uses the Doppler effect to measure blood flow speed and direction, helping to diagnose clots, blockages, and aneurysms. Subtypes include colour Doppler and power Doppler.
• 3D ultrasound – creates 3D images, often utilized in obstetrics and gynecology to visualize uterine and fetal conditions.
• 4D ultrasound – creates a moving 3D image, essentially a moving image of internal organs and structures.
• Contrast-enhanced ultrasound – uses injected microbubbles to improve the visibility of blood flow to specific tissues.
• Therapeutic ultrasound – uses high-intensity sound waves to modify or destroy tissues. Thermal ultrasound uses heat to offer treatment to soft tissue injuries, decrease pain, and decrease stiffness
• Mechanical ultrasound – Also known as cavitation, uses shockwaves to break up hard masses like stones.
• High-intensity focused ultrasound (HIFU) is a non-invasive technique to accurately target and destroy abnormal tissue such as tumors or uterine fibroids.
• Ultrasound guidance – Real-time imaging to guide minimally invasive procedures such as needle biopsies, injections into joints, or placing nerve blocks.

The types of ultrasound evaluations based on body area examined are the abdominal ultrasound, pelvic ultrasound, obstetric/fetal ultrasound, echocardiogram, vascular ultrasound, and breast ultrasound. Musculoskeletal ultrasound, thyroid ultrasound, transrectal ultrasound, ophthalmic ultrasound, and endoscopic ultrasound, etc.

Benefits of ultrasound

• Safety
• Non-invasive
• Real-time imaging
• Cost-effective
• Detailed soft tissue visualization
• Pregnancy monitoring
• Organ evaluation
• Blood flow examination
• Image guidance
• Physical therapy

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Insurance Assistance for Ultrasound treatment

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