I am also drawn to radiology because of the many areas to work with sophisticated technologies and techniques. There is an appeal to being at the cutting edge of medicine, and working in a field noted for its rapid pace of change.
Moreover, because radiologists consult on many different situations, the exposure to a wide range of subspecialties gives me the chance to learn more than if I chose another discipline. To be able to study a field that allows me to deal with diverse issues like oncology, endovascular and more in a single day is an attraction.
A expect a radiology training program to incorporate intensive study of the equipment used. The field is rich with diverse subspecialties and I would expect that an enormous amount of time goes into learning the equipment for each. In addition, extensive experience must be gained in interpreting the different images for each of these subspecialties.
One essential aspect of radiology training is to be kept abreast of the technological changes in the field during the time spent in residency. This challenge is not unique to radiology but certainly the field is more prone to rapid changes than some other specialties.
In addition to the study of equipment and images, I expect to rotate through the different departments of a hospital (pediatrics, nuclear medicine, etc.), learning how radiology applies to each. I expect to see a tremendous variety of cases, to hone my skills at interpreting the images.
This hands-on learning will be supplemented with additional readings, lectures and seminars to help keep me up-to-date on developments in the field and to help enrich my study. There will be focus on both general medical issues and issues pertaining to the radiology equipment with which I will be working.
While different, the two fields of anesthesiology and radiology both appeal to me. Both are broad-based in nature and allow me to work with a wide range of cases. I love that anesthesiology...
Once the image is procured, the radiologist sets the diagnostic. In addition, a surgical technologist assists radiographers in conducting inter-operative imaging. Finally, a radiology nurse would help provide patient care during radiological investigations or procedures by using their skills to identify and meet a patient's individual needs. In my view, a professional medical team member is essentially empathetic. Given that the healthcare sector is the only working space that concerns
Radiology and Cyberspace The creation of 'cyberspace,' or the sharing of information through email, on the Internet and on websites, has had a profound impact on nearly every field of human endeavor. Medical science, and particularly Radiology, has been particularly affected and enhanced by new technology. Radiology, by its very nature, has always been a leader in the use of emerging technology in the medical field. Now, new technology developed during
Radiology and Ethics In the contemporary world of today, radiologists face a number of ethical challenges that are rather different as compared to the issues faced by other physicians in the healthcare field. This is due to the fact that the interaction between the physicians and patients is not like one that is in other fields. The issues that radiologists are challenged with on a daily basis include speeding up of
He proposed this technique as the solution to the problem of why some people do better than others in certain tasks, He likewise suggested cataloguing the differences in the size of the functional areas among individuals and correlating these with different talents and skills (Krotz 2001). Van Essen believed that his technique would ultimately lead to what makes people human or unique. Brain mapping charts and determines specific areas, such
Under conventional radiology, excessive exposure outputs a "black" film. In case of digital systems, good images are got from a large range of doses. With the help of digital fluoroscopy systems, it is extremely simple to get as well as delete images. There might be an inclination to get more images than what is required. In case of digital radiology, higher patient dosage implies improved image quality and therefore
Very near the beginning of World War II, Karl Dussik began exploring ultrasound technology for diagnostic purposes by "attempted to locate brain tumors and the cerebral ventricles by measuring the transmission of ultrasound beam through the skull" (Woo 7). This experiment produced disappointing results, and the development of this apparatus was not pursued further because of the elaborate set-up, and lack of clear visual representations of the brain. However, at about
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