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Since the beginning of the propitious world, the core aspect that keeps it thriving is the propensity for people to discover innovations; however, progress of the past is, systematically, detrimental to the future. Not long after the revolutionary invention of the X-ray in the late 19th Century, an unprecedented number of medical examiners noticed (unknown to the time) radiation burns all over their body; decades later, an extraordinary surge in cancer cases had arisen. Perhaps, during the course of these years, scientists and researchers desired to further progress the x-ray (into the immense subsidiaries that are here today), and disregarded any flaws in the apparatus. This systematic inclination continues into the present time as Gary Marshall and Shane Keene notes in their 2007 article, “New technologies allow for patients to be overexposed routinely, and also allow for repeats to be taken quickly, making it easier for a technologist to multiply the patients dose without considering the implications” (5). The gaffes of radiology are present not only in the diagnostic setting, but also in the surgical and therapeutic areas. Working with radiation, it is imperative that the staff is aware of mistakes that are potentially fatal not only for patients, but themselves. It is especially important for medical radiologists to be cognizant of pediatric patients. The standard practice of pediatric radiology in the United States is to follow the step-by step formula from which adult patients are treated and diagnosed. There are copious consequences for following this technique since a child naturally has less body mass and a weaker immune and lymphatic system to manage radiation and its adverse effects. Medical radiology, being a... ... middle of paper ... ...ing Standard 20.47 (2006): 47-57. Academic Search Premier. Web. 23 Nov. 2013. Marshall, Gary W., and Shane Keene. "Radiation Safety in the Modern Radiology Department: A Growing Concern." Internet Journal of Radiology 5.2 (2007): 4. Academic Search Premier. Web. 23 Nov. 2013. Oswal, Nilesh, et al. "Cardiac Magnetic Resonance Imaging Predicts Cardiac Catheter Findings For Great Artery Stenosis in Children with Congenital Cardiac Disease." Cardiology in the Young 22.2 (2012): 178-183. Academic Search Premier. Web. 17 Nov. 2013. Shenoy-Bhangle, A., K. Nimkin, and M. S. Gee. "Pediatric Imaging: Current and Emerging Techniques." Journal of Postgraduate Medicine 56.2 (2010): 98-102. Academic Search Premier. Web. 19 Nov. 2013. United States Department of Health and Human Services. “Radiation Therapy for Cancer” National Cancer Institute (2010): 1-12. Web. 19 Nov. 2013.
Apart of becoming a new patient at a dental office is taking an x-ray and some may have question along with taking an x-ray, like “will I be affected by the x-ray?” or “will I get cancer?”, “how long will it take” “are x-ray’s safe?”, the list goes on and on. So in this paper we will talk about different types of radiation affects such as affects on children and pregnant women as well as some things that may help reduce some of the radiation that may harm the human body.
The conversation around the rising costs of health care continues to be a high priority topic of discussion from consumer all the way up to the government. There are many products and services that contribute to the rising costs, as well as some responsibility left to practicing providers who choose to use high dollar radiology services for patient care. Ionizing radiation has been used for more than a century, however, this evolution or radiology services into widespread diagnostic and therapeutic uses has resulted in a significant increase in the population’s overall exposure to radiation with the potential to increase the risk of cancer (Amis & Butler, 2010). Examples of high dollar radiology services are services like Magnetic Resonance Imaging (MRI), Computer Tomography (CT) scans, and Echocardiograms. These services allow physicians t...
Potter, J. E., White, K., Hopkins, K., Amastae, J., & Grossman, D. (2010). Clinic Versus Over-
Davidson, L., Tondora, J., Staeheli, M., O’Connell, M., & Rowe, M. (2009). A practical guide to
Computed tomography (CT) and Radionuclide imaging (RNI) are both a form of diagnostic imaging. Since they have been first introduced in medical imaging they both suffered a huge development over the years in terms of image acquisition and also patient radiation protection. The following essay it is going to focus on just a few important things that make CT and RNI similar and different in the same time. However this subject can be discussed in much depth, the focus is going to be on the similarities and differences of the physics imaging methods and also a small awareness of biological effects and radiation protection.
What would Wilhelm Roentgen, the father of X-ray, say about the technological discoveries in radiology today? Since the start of X-rays in 1895 significant advancements have revolutionized the field of radiology. One illustrates how different scanners have improved, in addition how picture archiving communication system can assist doctors, and finally the outlook on the future of radiology.
The role of the radiologist is one that has undergone numerous changes over the years and continues to evolve a rapid pace. Radiologists specialize in the diagnoses of disease through obtaining and interpreting medical images. There are a number of different devices and procedures at the disposal of a radiologist to aid him or her in these diagnoses’. Some images are obtained by using x-ray or other radioactive substances, others through the use of sound waves and the body’s natural magnetism. Another sector of radiology focuses on the treatment of certain diseases using radiation (RSNA). Due to vast clinical work and correlated studies, the radiologist may additionally sub-specialize in various areas. Some of these sub-specialties include breast imaging, cardiovascular, Computed Tomography (CT), diagnostic radiology, emergency, gastrointestinal, genitourinary, Magnetic Resonance Imaging (MRI), musculoskeletal, neuroradiology, nuclear medicine, pediatric radiology, radiobiology, and Ultrasound (Schenter). After spending a vast amount of time on research and going to internship at the hospital, I have come to realize that my passion in science has greatly intensified. Furthermore, both experiences helped to shape up my future goals more prominently than before, which is coupled with the fact that I have now established a profound interest in radiology, or rather nuclear medicine.
colleagues[1], several novel instruments and techniques have emerged which aid in a more reliable construct less tissue destruction and ultimately greater patient satisfaction.
the effective doses from diagnostic CT procedures are typically estimated to be in the range of 1 to 10 mSv. This range is not much less than the lowest doses of 5 to 20 mSv estimated to have been received by some of the Japanese survivors of the atomic bombs. These survivors, who are estimated to have experienced doses slightly larger than those encountered in CT, have demonstrated a small but increased radiation-related excess relative risk for
Due to advancements in scientific knowledge medicine in American society has grown quite rapidly. Vaccinations, antibiotics, transplants, and laboratory testing are all examples of how medicine has progressed up until today. These advancements have extended the human lifespan significantly since the beginning of the 20th century. Lab testing and the development of radiology is a great example because it has changed so many ways lives from when it was first invented. Doctors and nurses use many forms of radiology including CT scans, x-rays, MRI’s, among others, to study a patient and analyze what is wrong inside their body. The use of radiology, more specifically nuclear medicine, is used to help treat cancer patients. Chemo therapy, a form of radiation, has helped saved millions of lives and continues to advance to help fight the stages of cancer. These examples are just a glimpse of the impact these technological advances have in medicine.
"Imaging and radiology." Magill's Medical Guide, 4th Rev. ed.. 2008. eLibrary. Web. 16 Dec. 2013.
In the field of Radiologic Technology it is very imperative that one continues their education. The advantages in doing so include the fact that one is allowing for growth and development during their professional career and another is that one is learning new skills and keeping up with new equipment.
...HS and FTC Workshop. Institute of Medicine, the National Academies,15 Jul. 2005. Web. 14 Feb. 2011.
Radiation protection is a vital topic and when it comes to children, it’s necessity cannot be stressed enough. As a result of the quantity of CT scans on children multiplying 20-fold since 1980, the subject of pediatric radiation protection has expanded into a more public domain (Orth & Goske, 2009). Dr.Orth and Dr.Goske discuss the topic of pediatric radiation protection in regards to computed tomography. They are just a minor part of a great campaign called “Image Gently” that encourages awareness of pediatric radiation protection (Orth & Goske, 2009). Dr,Orth and Dr.Goske do an excellent job of highlighting some of the key topics of this subject from why children are more sensitive to how radiation it affects parents. This essay
Peterson, C. H., Lomas, G. I., Neukrug, E. S., & Bonner, M. W. (2014, January 07). Assessment