Radiology Essay

Becoming a radiology technologist requires a large amount of research and studying which I have done so myself and will be sharing what I have learned. I will be talking about the education and training needed to become a radiologic technologist. I will also explain job duties and salary for this career. To become a radiologic technologist an associate’s or bachelor’s degree in radiology is needed. Coursework that is required includes anatomy, patient positioning, radiation safety and patient basic

My topic that I am researching is a Radiology Technician. Basically, their job is to help Physicians take x-rays and to help them out with the readings. They also perform cat scans, ultrasounds, and radiation therapy. This article informs the reader of the job duties and occupational specialties. It tells them what they need to be able to do, such as noticing detail and clearly communicating. It also provides them with educational and preparation opportunities. The training is provided and the work

manuscript aims to offer a precis of the clinical and imaging characteristics of transverse myelitis. That is to say; this paper will correlate the appropriateness of an imaging modality for transverse myelitis based on the American College of Radiology criteria (Roth et al., 2015). Overview Transverse myelitis (TM) is an

Introduction In this paper, I will be discussing what the advantages and the disadvantages of Digital Radiography in Diagnostic Radiology. Further more present factors with each subject showing how they are distinguished as an advantage and an disadvantage. Time, money, and radiation dosage to the patient are very important factors these days because of how many different regulations there are and the concerns for the patient as well. Digital Radiography also known as DR is static images produced

negligence within in radiology,

As healthcare professionals, those in the field of radiology work to support sick and injured patients on the road toward diagnosis and recovery. Though many may see radiographers as employees serving a purpose to aid those with a disabling injury, many fail to acknowledge the possibility of radiographers being prone to injury themselves. There are many factors that contribute to the risk of work related injuries, which include heavy physical work, lifting and forceful movements, bending and twisting

trying to do his special trick he tripped and hurt his hand. He was crying hysterically, so we rushed him to the emergency room, and as soon as we saw the doctor he ordered some x-rays. He kept on crying and he only wanted to be with his mother. The radiology technician approached him really nicely, and made a comment about his Lego T-shirt he was wearing. She started talking to him and explained to him that she was going to be taking some different pictures of his hand, so the doctor can see and make

ordering imaging examinations. Furthermore, non-physician health care providers may be granted the authority to order imaging studies, and their ordering patterns are likely to reflect the behavior of their supervising Physicians (American College of Radiology). Examples of non-physician health care providers include Physician Assistants and Nurse Practitioners. Today, radiography is widely used in the operating rooms within hospitals. Physicians, Physician Assistants, and others will use a manually operated

predominant instruments used in health science. So, what exactly is it? “Medical imaging is the visualization of body parts, tissues, or organs, for use in clinical diagnosis, treatment and disease monitoring. Imaging techniques encompass the fields of radiology, nuclear medicine and optical imaging and image-guided intervention” (VUMC). Medical imaging is the technology that allows us to have access to pictures of the inner body through tests such as an ultrasound, CT, x-ray, MRI, PET, etc., without having

Radiologic science is a division of health care that deals with imaging for diagnoses of diseases, broken bones, and other problems. A few examples of radiologic sciences are sonography, X-Ray, mammography, MRI, PET scan, CT scans, radiation therapy, nuclear medicine, and so much more. These tests are completed using large devices that will take scans of your body, sometimes with the help of dyes and gamma rays. All of the machines are different, but have one thing in common: they all use technology