X-ray

X-Rays are used for taking images of different areas in the body to diagnose different health conditions. The X-Rays are of different types.

• Chest X-Ray
• Abdominal X-Ray
• Mammography
• Dental X-Ray
• Fluoroscopy
• KUB X-Ray
• Joint X-Ray
• Skull X-Ray etc.

X-Ray is recommended for various purposes such as:

• Diagnose and monitor various health conditions
• Examine the area of pain or discomfort
• Detect fractures, bone abnormalities, lung disease, bone cancer, digestive system-related issues, infections, joint-related issues, dental issues, and other health issues.
• Monitor the progression of the disease
• Check the effectiveness of ongoing treatment

X-Ray is considered a valuable tool for diagnosing various medical issues. There are various advantages of an X-Ray such as:

• Non-Invasiveness
• Quick and Convenient
• Cost-effectiveness
• Less exposure to radiation

• Use of Ionizing radiation
• Limited detail compared to advanced imaging techniques such as CT or MRI scans.
• Lack of colour and texture
• Not safe to use during pregnancy

X-rays are used for diagnosis because of their ability to penetrate the body and image the body's internal structures. X-rays can easily show abnormalities, fractures, dislocations, tumors, digestion issues, lung diseases, and infections. They provide valuable information to doctors about the condition of the patients and aid them in effective diagnosis of the problem and appropriate treatment planning for patients.

The cost of an X-Ray depends on various factors such as the type of X-ray, which body part to be imaged, its location, and the reputation of the diagnostic centre. In general, the cost of an X-Ray in Delhi ranges from INR 500 to INR 10000 depending on the purpose of the X-Ray scan. The cost of basic X-rays is usually but the cost may be higher for specialized x rays procedure.  Ganesh Diagnostic and Imaging Centre are offering a discount of 50% on basic as well as specialized X-Ray.

A digital X-ray test(radiography) is a diagnostic imaging technique that uses electromagnetic radiation to image the internal structures of the body. It involves revealing the body part to a controlled dose of X-ray radiation, which penetrates the body and interacts differently with different tissues, and forms an image on a digital detector. This digital technology has largely replaced conventional film-based X-rays, because of numerous advantages such as reduced radiation exposure, faster image acquisition, and enhanced image quality.

The procedure of an X-Ray involves the mentioned below steps:

• Because some x-ray requires sitting or standing position, So the patient will be positioned on an X-ray table accordingly by carefully placing the specific   body part to be X-rayed between the X-ray machine and cassette.
• X-Ray technicians will use protective lead aprons to shield other body parts from radiation.
• X-ray technicians will control the X-ray machine and the X-rays pass through the body and interact with different tissues, creating a pattern of varying intensities.
• The digital detector records the X-ray pattern and converts it into a digital image, which is displayed on a computer monitor.
• The obtained images are reviewed by a radiologist to assess the abnormalities and provide a detailed report to the referring doctor.

Yes, X-Rays can detect and examine some types of tumors, however, the X-rays are highly effective at viewing the skeletal structure. Because tumors are composed of a very dense material like bones and calcium, that's why these can be identified clearly on X-ray images because of their contrasting appearance against the surrounding tissues. But some tumours are soft tissues and they do not show up properly on an x-ray. It's true about x-ray that they can't show the difference between benign and malignant tumors.

No, X-rays don't show muscle damage. Because they are not effective in viewing soft tissues such as ligaments, tendons, muscles, etc. It shows the bone density and is used to detect the dislocation of bones, abnormalities in the joints, fractures as well as joint dislocations.

An X-Ray is a type of radiation that is called electromagnetic.  X-Rays were discovered in 1895 by Wilhelm Conard Roentgen.  An X-Ray has become an invaluable tool in various fields, especially in medicine. Electromagnetic radiation can penetrate different materials, including human tissues, and create pictures of the inside of the body. It allows doctors to view the internal structures in different shades of white and black because soft tissues in the human body absorb different amounts of radiation. The images of the internal structure of the bones and tissues help doctors in diagnosing a wide range of health conditions and plan treatment accordingly.

MRI and X-Ray both are imaging tests a doctor orders to diagnose health issues. The choice between an X-Ray scan and an MRI scan depends on the medical conditions.  If we talk about the cost and time involved in the procedure, then we can say that an X-ray is less expensive and quicker compared to MRI Scan.

X-Ray is used for diagnosing various conditions such:

• Bone fractures
• Joint abnormalities
• Lung conditions

On the other hand, an MRI scan is used for conditions such as:

• Torn ligaments
• Brain disorders
• Spinal cord injuries

The cost of an X-ray scan in Delhi can vary depending on various factors like the type of X-ray required, the facility where it is done, and whether it's done at a government hospital or a private diagnostic center. On average, the cost of a basic X-ray in Delhi can range from INR 500 to INR 2000. However, the cost may be higher for specialized X-rays or if additional services are required. It's advisable to check with the specific diagnostic center for the exact cost and any available discounts or packages.

X-rays work by passing electromagnetic radiation through the body to create images of internal structures. When X-rays pass through the body, they are absorbed in varying amounts by different tissues. Dense tissues like bones absorb more X-rays and appear white on the image, while softer tissues like muscles and organs absorb fewer X-rays and appear darker. This differential absorption creates a contrast that allows radiologists to visualize the internal structures and detect abnormalities. The images produced by X-rays help doctors diagnose a wide range of conditions, from fractures and tumors to infections and lung diseases.