Radiologist Career Research Paper

Radiology is a unit to where patients will get different scans such as x-rays, computed tomography (CT), magnetic resonance imaging (MRI), positron emission tomography (PET), fusion imaging, and ultrasound. Radiologist, on the other hand, is a doctor who is specialized in treating disease and injury through the use of medical imaging. This unit diagnosed hidden injuries, internal bleedings and etc, by doing a scan thoroughly with his body, focusing in his organs and abdomen. Contrast is used to improve the visibility of internal bodily structures. Jamey injected a contrast in the patient’s body that will travel through his bloodstream and lighten up tissue in the body.

The radiologic technician’s code of ethics number 1, states that they will act in a professional manner, and respond to patient needs and will support colleagues and associates by providing quality patient care. (“ARRT STANDARDS OF ETHICS”, 2016) Under the ARRT standards of ethics number 2, states how the principal objective is to provide services to humanity with respect and dignity to all mankind. The ARRT standards of ethics number 3, states that they will deliver patient care regardless of the patient’s disease or illness, and without discrimination based on sex, race, creed, religion, or so she’ll economic status. (“ARRT STANDARDS OF ETHICS”,

This system is cheaper and more effective when it comes to identifying diseases, making the need for radiologists minimal (Kessler

MRI Techs always need to pay attention to detail such as physicians instructions. If they don’t they can risk the lives of others. The need to obtain every bit of information the doctors give

They did cleanings, record keeping, and various tasks. Including taking x-rays of the teeth, putting the utensils in a sterilizing machine, prepping the exam room, and cleaning the room before and after the appointment. From my many observations, I believe I will enjoy taking x-rays as a dental assistant the most. I feel this way because I have an interest in radiology. Before I fully committed to dentistry, I was aiming to be a radiologist technologist.

Radiomics lies at the juncture of what I believe to be extremely exciting science in the coming future of personalized medicine. This is what prompted me to approach Dr. Rivka Colen (desired mentor), of the Department of Diagnostic Radiology, to conduct research in her lab. An interplay between research and clinical treatment such as the way Dr. Colen implements will be one of the grounds that I intend to structure my own practice around. The MD Anderson 1st Year Medical Student Program would help me achieve the first steps towards conducting research in my career as a physician-scientist.

Nurses act as the messengers between patients and doctors. They also act as messengers for physicians when they can not be present. The nurses are the ones caring for patients, and taking all that information to the doctor, then if the doctor orders an ultrasound, the nurse then takes that information to the patient. After consulting the patient, the nurse would put in the order and ensure that the ultrasound was scheduled (and took place if within a hospital). Physicians and radiologists are diagnostic sonographers’ supervisors.

I am preparing for a career as a Medical Sonographer. In order to reach this goal, I have several steps that I have to complete to get there. In the below paragraphs I will discuss these steps. Along with how I think technological advances will affect my career and educational goals in both the near and distant future. The first step in my goal to becoming a Medical Sonographer, is completing an Associate’s Degree.

The first benefit is pay, on average a radiologist will make around $280k (pay scale). The next benefit in the potential to work from home, a radiologist can remote into a hospital network from home to read exams and give reports for stat exams for other doctors in an emergency situation. The next benefit comes from my interview with Dr. Ludka and when asking him about the benefits he told me “a benefit in my opinion is that there is no routine exam, meaning there is no two test are exactly the same and that makes so work doesn’t get boring” (Ludka). A fourth benefit is they have a direct impact in the patient’s wellbeing if they had diagnostic test done then the radiologist must read it in order to discover the patient’s condition and without accuracy a patient could potentially die depending on their condition. A final benefit is some of the extra perk that a radiologist get, with my interview with Dr. Wong I asked him about benefits and his answer was “working as a radiologist, we typically get more vacation time than any other doctor”

Many new medical and military technologies were developed during World War I by both the Allies and Central Powers, such as mobile X-ray machines. The idea was originally thought of by Marie Cure who as well as others, saw the need for X-ray machines in the war. As the war went on, and the number of causalities rose, people realized that masses of lives could have been saved with a quick X-ray diagnosis. By October 1914, Curie had installed X-ray machines in several trucks and vehicles which toured smaller areas around the western front.

The first picture taken by an X-ray rocket-borne telescope was taken in 1963 and it was of the sun. This telescope was built two centuries after the reflector telescope. In the early 1970s the first ever orbiting X-ray telescope was created. The way X-ray telescopes work is that they collect the X-rays that are emitted by the stars, sun and super nova’s in space. This is done through the use of curved lenses and an electronic eye.

Though in 1899 two physicians by the names of Pierre Curie and Marie Curie were studying Radon and discovered that the gases emitted by this element lasted for about 30 days. As Robert B. Owens and Ernest Rutherford were studying thorium oxide they saw variations is radiation when trying to measure the radiation from thorium oxide. While studying the element once again Rutherford noticed that the compounds of thorium constantly emit a radioactive gas that absorb the radioactive powers for a short amount of time, Ernest Rutherford called this gas emanation. In 1910 Ramsay Gray and Robert Gray isolated radon figured out its density, and found out that it was the heaviest known gas in the

X-Rays discovered in 1895 by Wilhelm Conrad Rцntgen quickly changed that. Before it was know how x-rays worked fully they were actually used by Wilhelm Conrad Rцntgen to treat a woman's breast cancer just a year after their discovery. In 1898, Maria Sklodowska-Curie and her husband Pierre Curie discovered radium as a source of radiation, 3 years later Maria Sklodowska- Curie reported on the physiologic effects of radium rays.

As it has already been discussed in this paper, physicians are responsible for any clinical negligence that may cause harm or injury to the patient. In many journal studies researching radiology, various field cases have been identified and studied. They have shown that radiologists who have not been very often accused of clinical negligence have become in trouble. The errors committed while conducting their radiological work are sometimes caused by their lack of experience or out of their care. But in both cases, they are held to be liable and patients may file lawsuits against

In medical school they take the same classes and learn the same things, but DOs have to learn and practice 200 hours of osteopathic manipulative techniques. At the end of medical school, both types of physicians take a board exam to become licensed. M. Ds take the United States Medical Licensing Examination (USMLE) and DOs take the Comprehensive Osteopathic Medical Licensing Examination (COMLEX). After passing their exams they complete