Travelled internationally or have been in contact with an affected person within the last 14 days or have had a new onset/worsening cough, shortness of breath, fever or a current positive COVID-19 test. To protect patients and staff from COVID -19, we ask that patients NOT come to the clinic who have: Give us a call today at (561) 795-5558 to schedule an appointment with one of our board-certified and fellowship-trained radiologists.Midland-Ellesmere X-ray and Ultrasound is currently open during the COVID-19 pandemic to service selected patients. (Clinic hours are subject to change due to the evolving nature of COVID-19) Our board-certified and fellowship-trained radiologists are dedicated to improving your health and quality of life through the benefits of digital imaging, including early and accurate diagnosis of your condition. X-rays are also being used in non-medical areas, like airport security and by NASA in outer space.Īt Independent Imaging, we provide X-rays and other digital imaging services in Palm Beach County. This modality uses multiple X-rays during one scan, to give a layer-by-layer image. X-rays are also used in a CT scanner, or computed tomography. Some of the more common X-rays are done for broken bones and fractures, swallowed items, damage to bones from arthritis, and lung infections. X-rays are primarily used in the medical and dental field. This is how an X-ray image is created! Not Just for Broken Bones This area appears light or white on the film. However, bone absorbs X-ray energy and does not expose the film. This appears dark on the film as it is now exposed. As the X-ray enters your body, it passes through your skin, muscles, and organs, as this type of soft tissue cannot absorb the energy of the X-ray. This cassette holds the film that will be exposed by the X-ray. When you go to get an X-ray, a cassette is placed behind or under the area of concern. That energy is directed toward a metal plate, or anode, at high velocity and an X-ray is produced when the energy collides with the atoms in the metal plate. Remember photons and electrons – atoms and molecules and nuclei? An X-ray is produced when a negatively charged electrode is heated by electricity and electrons are released, thereby producing energy. To be able to see the structure inside a person without blood loss from an incision was revolutionary.īut how does an X-ray work? Well, think back to your grade school science class. This one discovery advanced the field of medicine in a very big way. Soon, X-ray machines were being used for many things, such as diagnosing fractures in the bones and to locate bullets during WWI. In 1896, the first radiology department was established at the Glasgow Royal Infirmary. The X-ray was accidentally discovered by Wilhelm Roentgen, a professor of physics in Wurzburg, Bavaria in 1895 during an experiment. But let’s find out how X-rays produce a picture of our bones. It is these invisible waves of electromagnetic energy that give us the use of X-rays. The ones we are most familiar with are radio waves, ultraviolet rays, and microwaves. There are different types of electromagnetic waves, and some are visible and some are not. Light comes from the sun in the form of electromagnetic waves. Warmth and light are forms of energy, and from this energy, many wonderful things can happen.
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