Term Paper on "Radiation Safety in Radiology"

Term Paper 4 pages (1280 words) Sources: 4 Style: MLA

[EXCERPT] . . . .

history of radiation and complications with it through the years, along with the safety precautions developed today. Today, it is difficult to imagine any branch of medicine that does not rely on some form of radiology for diagnosis and ultimate treatment. Early X-rays were dangerous, and doctors quickly discovered repeated exposure could cause radiation poisoning and even death in extreme cases. However, today's safety precautions make X-rays safer, more useful, and even more detailed, which aids in diagnosis and treatment for a wide variety of diseases and conditions. X-rays changed the face of medicine, and they continue to influence it in many vital areas.

Wilhelm Conrad Roentgen discovered X-rays quite by accident in 1895. In his laboratory shortly before Christmas, Roentgen noticed a barium platinocyanide screen fluorescing in his laboratory as he generated cathode rays in a Crookes tube some distance away" (Assmus 10). Leaving his other work, he concentrated on this new discovery, and after perfecting it, he announced it shortly after Christmas. By January 1896, the news had quickly spread around the world that Roentgen's machine could view the bones of the body through the skin and muscles (Assmus 11). At first, because the rays could penetrate wood and metal, and resulted in what looked like a photographic image, they were classified as a type of photography (Assmus 14). However, Roentgen discovered the rays did not refract, and maintained "longitudinal vibrations" caused them (Assmus 14). It was not long that doctors were using X-rays to photography humans for removing everything from bullets to setting broken bones (Assmus 14).

In 1897, the first dangerous side eff
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ects of X-rays began to emerge, which included hair loss and burns on the skin (Assmus 15). After much research, scientists discovered X-rays actually combine the actions of waves and particles to produce their images (Assmus 23). Physicians and others in the medical community comprehended the importance of X-rays almost immediately, and began using them to diagnose broken bones, internal organ diseases, and even treat some forms of cancer. Antoine Beclere, a French physician was the first to introduce lead gloves and aprons to help protect the radiologists producing images with early X-ray machines, soon after their discovery, in fact (Assmus 24). X-rays would become one of the most important tools for doctors around the world, and they have branched into many different forms of imaging of the human body today, including mammography, digital scanning, MRI's and ultrasounds. It was in the 1950s that doctors began to specialize in reading X-rays and using other forms of the technology, such as ultrasounds, and it was really then that the field of radiology began to take shape and become much more popular.

Today, there are two types of radiologists, the diagnostic, and the interventional. Diagnostic radiologists help diagnose a wide variety of diseases and conditions, and often consult with physicians in interpreting the meaning of digital images, while interventional radiologists use radiation to treat patients directly. Diagnostic radiologists seldom interact with patients, while interventional radiologists interact almost exclusively with patients and their families (Stack, Gartland, and Keane). In recent years, many healthcare companies have begun offshoring the reading and diagnostic areas of radiology, because it is much cheaper for foreign radiologists to read and diagnose the images (Stack, Gartland, and Keane).

While X-rays proved to be a major medical breakthrough, they did have complications, especially in the early years, when scientists were discovering the side affects of intense radiation, including radiation poisoning, genetic defects, and other dangerous side affects, such as some forms of cancer, and ultimately, death. In 1928, a committee called the International Commission on Radiological Protection was created to help create guidelines for X-ray safety and decide what the maximum safe doses of X-rays were. Early X-ray users came down with what they called "X-ray dermatitis." One early researcher writes, "It… READ MORE

Quoted Instructions for "Radiation Safety in Radiology" Assignment:

this is for a Technical Writing english class. Im am a Radiology student doing a research paper on radiation safety.My paper has to be related to technology in my field of study.(Doubled-spaced,12pt. font. pages should be formatted according to MLA requirements. 1 1/2 top margin for the first page and 1-inch top, side, and bottom margins for all other pages). if a websight is goiing to be used as a source only one can be used. paper should be organized with an introduction that explains the focus and purpose of the paper. body develop or inform the purpose of the paper, conclusion summarizes findings for the paper. the paper must contain references to sources outside the author's knowledge. Information from these sources may be quoted,paraphrased,or summarized, and these sources must be documented in the body of the paper andin a works cited list at the end of the paper.

In this paper i would like to see the history of radiation and the complications through the years, culminating with the safety precautions that are used today. How are people effected in radiology exams(x-rays,cat-scans,nuclear medcine,and how are they protected ex:led shields. the good and the bad in radiation. radiation in the radiology work place. this whole idea of radiation safety had to deal with radiology. Thank You

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Radiation Safety in Radiology.” A1-TermPaper.com, 2007, https://www.a1-termpaper.com/topics/essay/history-radiation-complications/935848. Accessed 5 Oct 2024.

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1. Radiation Safety in Radiology. A1-TermPaper.com. https://www.a1-termpaper.com/topics/essay/history-radiation-complications/935848. Published 2007. Accessed October 5, 2024.

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