Dr. Isador Lieberman Talks About EOS Xray Technology

For more info visit www.texasback.com/blog Low Radiation and 3-D Images: Two Reasons Your Next X-Ray Should be Taken with the IOS Machine (Stock photo of an x-ray of the spine) When Professor Wilhelm Conrad Roentgen (http://www.nobelprize.org/nobel_prizes/physics/laureates/1901/rontgen-bio.html) discovered the x-ray while working with a cathode –ray tube in his laboratory in 1895, medical journals of the day immediately understood the significance of this discovery. This ray could pass through most substances, casting shadows of solid objects. What most excited the physicians and dentists about Roentgen’s discovery was that the ray could pass through the tissue of humans, but not bones and metal objects. According to an article (https://www.nde-ed.org/EducationResources/CommunityCollege/Radiography/Introduction/history.htm) on the history of radiography, “Public fancy was caught by this invisible ray with the ability to pass through solid matter, and, in conjunction with a photographic plate, provide a picture of bones and interior body parts. “Scientific fancy was captured by the demonstration of a wavelength shorter than light. This generated new possibilities in physics, and for investigating the structure of matter. Much enthusiasm was generated about potential applications of rays as an aid in medicine and surgery. Within a month after the announcement of the discovery, several medical radiographs had been made in Europe and the United States, which were used by surgeons to guide them in their work. In June 1896, only 6 months after Roentgen announced his discovery, X-rays were being used by battlefield physicians to locate bullets in wounded soldiers.” Unfortunately, with most advances in medicine, there are unintended consequences which are discovered later. Such is the case with effect x-rays can have on the body. For more info visit www.texasback.com/blog