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It is constructed of a thin rubber exterior and an interior of lead in the shape of a hospital apron. The purpose of the lead apron is to reduce exposure of a hospital patient to x-rays to vital organs that are potentially exposed to ionizing radiation during medical imaging that uses x-rays (radiography, fluoroscopy, computed tomography).
Following Rollins' discovery in 1920 that lead aprons protected against X-rays, lead aprons with a lead thickness of 0.5 mm were introduced. Due to their weight, lead-free and lead-reduced aprons were subsequently developed. In 2005, it was recognized that in some cases the protection was significantly less than wearing lead aprons. [46]
It became standard protective equipment. The apron is made of cloth. With the lead, it weighs around five kilos. It is seen with a pair of protective gloves (A606876). These are also lead lined. X-rays were discovered in 1895 by Wilhelm Conrad Röntgen (1845-1923). X-rays were so-called because the nature of the newly discovered rays was unknown.
X-ray beams are now more focused, so there is less concern about radiation hitting other parts of the body. Also, the aprons and collars can sometimes block dentists from getting the images they need.
The post You can skip the lead apron for dental x-rays, new recs say appeared first on TheGrio. Skip to main content. Sign in. Mail. 24/7 Help. For premium support please call: 800-290 ...
In x-ray facilities, walls surrounding the room with the x-ray generator may contain lead shielding such as lead sheets, or the plaster may contain barium sulfate. Operators view the target through a leaded glass screen, or if they must remain in the same room as the target, wear lead aprons .
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