Radiation Safety In Medical Imaging

Radiation use in the area of medical imaging has significantly increased over the years. Radiation has several fantastic advantages, allowing physicians to see the internal parts of the body without having to perform invasive surgery. Nevertheless, radiation use has its own dangers. Gamma rays and x-rays are among the most injurious kinds of radioactive substances. X-rays, utilized by physicians around the globe, are essentially absorbed by the body. The absorption leads to the destruction of body cells. Depending upon the intensity of the source of radiation, the length of time that an individual is exposed, plus the distance the individual is from the radiation source, the radiation might be able to get into the inner parts of the body.

As soon as the radiation gets into the body, it might cause serious damage to body cells and that can result in death. The body typically sheds radiation at an extremely slow rate; at times not at all. What this means is that an individual might develop radiation ailment and possibly die. X-rays are widely utilized in medical imaging because the particles can pass directly via the soft tissues of the body, whilst less of the particles pass through the denser bone structure. This creates the well-known image on a responsive or sensitive slide.

Happily, extremely dense substances can function as shields or screens against the injurious rays. Lead is one of the commonest elements utilized. Lead is extremely dense, and is capable of stopping practically all radioactive particles from going through, at a particular thickness. Because of this, technologists, patients, and healthcare professionals always put on a lead apron while working with devices that produce radioactive particles. When fitted properly, the x-ray aprons will shield the individual wearing it from any injurious effects.

Patients who are receiving the x-rays should also wear the aprons. These aprons are available in a wide variety of types for several different circumstances. The patient must shield body parts that do not require to be exposed. The workers must be shielded because they work with the devices for a longer time period than the patients and thus risk much greater levels of exposure. Sapheneia is a Medtech software firm that specializes in diagnostic plus analytical image processing solutions. Visit their website for more info about radiation safety in medical imaging.

Writen by Bradford Todd