A Career As A Radiology Techniologist Essay

A Career as a Radiology Techniologist Essay
Radiology Technologist have been around for almost a century. "Radiology Technologist works in
various places taking diagnostic imaging examinations for patients, which are x–rays, magnetic
resonance imaging, and mammography." (eHow) This job is one of the few in the world that can
give the risk of cancer to the rad–techs. And is stilled one of the most needed in the medical field.
Radiology Technologist needs to understand computers and what the x–rays show, and how to set up
a patient for and x–ray to be taken. Radiology Technologist are one of the highest paid in the
medical field. This is because the job has more risk than any other job in the medical field. The
radiology technologists have used x–rays for what has almost been in use ... Show more content on
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Sadly, this means that the more taxes will be taken out of your check. The amount a tech gets paid is
determined on their degree and the amount of experience that the individual knows. The way an x–
ray tech gets paid, is just like any other job, can differ from one hospital or medical center to the
next. The time between the time periods could be weekly, every other week, or monthly. This all
depends on the employers' view of the work place.
Although there have been signs of leukemia, there is still uncertainty if that long hours of radiation
exposure has any effect on x–ray techs. (RSNA) Although I first believed that as an x–ray tech I
would be diagnosed with cancer or some other disease, I now know that there is only a slight
possibility that I will even be diagnosed. Even though getting zapped by some kind of radiation
would turn the x–ray tech into a powerful beast would be cool, it is impossible... for now anyways.
An x–ray tech receives many benefits if their employer sees that certain insurances and coverage
should be covered:
Radiology Techs get the opportunity to receive benefits provided by their employer. The first of
many benefits is that techs get a good health insurance. The second benefit is that techs get good
dental insurance.
The third
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Radiology Research Paper
In the medical field, imaging modalities are constantly being updated and improved with the
advancing technology of today's society. Radiology is a technology–driven field and requires for
knowledgeable radiologic technologists to be able to use this technology to people's benefits.
Technologists also have to be knowledgeable in other concepts such as procedures, radiation dose,
patient positioning, pathology, radiation safety, and patient care. This is an important field in the
medical world that many people believe is just as simple as pushing a button, when in reality, there
is a lot to it.
A radiologic technologists (radiographers) mission is to produce good–quality diagnostic images for
the radiologist to read and give ... Show more content on Helpwriting.net ...
In order to understand the positioning of a part, a radiographer must be able to identify all the bones
and be familiar with where the anatomy lays. The different projections (PA/AP, oblique, lateral, etc.)
help to demonstrate different structures of the bones. For all the projections in radiology, there are
certain positioning and centering guidelines for each one. There is angulation of a part or x–ray tube
in order to see a certain structure or to project a structure above or below the part of interest. There
are also certain degrees of rotation to open the joints of a bony structure or to prevent
superimposition of the anatomy of interest. Positioning is important in order to correctly see the
anatomy and to identify what is normal and what is not. If the positioning is not correct, it could
throw the anatomy off and what could potentially be there would not be in sight (like a fracture or
cyst for example), leading to the patient being undiagnosed and not getting the proper treatment. The
centering also varies for all of these projections as well. The proper centering of a part results in a
better–quality image with a good exposure index (how much radiation the patient received.) If a
technologist were to center off of the part and penetrate through just tissue and no bone, then the
image will appear

Radiology Essay
Introduction
In Radiology, they use different imaging modalities to see within the human body. These modalities
are used to diagnose abnormalities and diseases. Some of these techniques include Magnetic
Resonance Imaging (MRI), Ultrasound, X–Ray, Mammography, Nuclear Medicine, Interventional,
and Radiation Therapy. Each of these uses a different purpose and technology to achieve its goals.
Magnetic Resonance Imaging (MRI) An MRI is a medical imaging technology that uses radio waves
and a magnetic field to create detailed images of organs and tissues. MRI is often used to evaluate
blood vessels, abnormal tissue, and organs in the pelvis, chest, and abdomen. It also sees use for
bones, joints, and spinal injuries.
Ultrasound
Ultrasound, also called sonography or ultrasonography. Ultrasound machines send high frequency
sound waves into the body and measures the returning sound echoes. It then converts the received
pattern into an image, ... Show more content on Helpwriting.net ...
This information is sent to the display console, which is the processing and display program that
controls the digital image production processes. This includes the series of mathematical formulas
that compile the image and the display parameters, such as window level and width, reconstruction
and enhancement. Richard R. Carlton. Arlene M. Adler. Principles radiograph imaging. Fifth edition
Advantages
CT scans are not only accurate, they are very quick. The imaging provided by the exams may
eliminate the need for surgery, saving money and resources. The flexibility of the CT exam allows it
to evaluate symptoms and diagnose issues in both adults and children. ''Decreased amount of
contrast medium, improved image quality, improves spatial resolution. It also makes possible
procedures that require shorter exposure times.'' Quinn B. Carroll, M. ED., R.T. Radiography in the
Digital Age. Second

Radiology Technician Research Paper
A radiology technician is a medical person who specializes in taking pictures of injuries through the
use of medical imaging techniques like x–rays, CT scans, MRI's, and Ultrasounds.(Becoming) To
become a radiology technician, you must have graduated from an accredited college with at least an
associate's degree and passes a licensing examination. To be a radiology technician, there are many
skills required to be in contact with a lot of people everyday. You must have good thinking skills, so
you can solve complex problems and answer diagnostic questions, and make sure your thinking is
within logic and you have good reasoning behind your choice. One of the biggest things in any
profession is to be a team player. It important for you to be ... Show more content on
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The minimum education requirement for radiology technician is an associate's degree, you can get
the associates degree at a community college instead of attending a four year university. The
maximum education requirement is a bachelor's degree. (Radiologic) To obtain the associates
degree, it requires at least two years of education at $4.000 – $12,000 annually. (Explore) To obtain
the bachelor's degree, it requires three to four years of education at $15,000– $43,000 annually.
(Explore) To receive the degree you can go to a community college, or some four–year universities
have the program, in which you could receive your bachelor's degree. Once you get your degree,
you are required to take a certification exam, which will make you an officially licensed radiologist
technician. The starting salary in North Carolina is $52,490 and the starting salary on average is
$44,500. The maximum salary in North Carolina is $57,319 and the maximum salary on average is
$58,488. (North Carolina) The salary will be different depending on how much experience you
have, what type of degree you have, and where you are employed at. If you wanted to go farther in
your education, and go higher in your position you could go to school to be a radiologist. To be a
radiologist it requires more schooling, and it will cost a lot more for the schooling since you are
going longer, but you the salary and benefits will be even

Radiology Research Papers
Radiology research paper
Cone beam computed tomography
Theodore Bennett #4
Dental Assisting 125
Cone beam computed tomography (CBCT) is a specialized type of x–ray examination used to create
3–dimensional images of the head and neck structure. After attending a lecture on this technology I
was greatly interested to learn more. For this research paper I wanted to compare and contrast cone
beam CT with other more traditional types of radiographic exam equipment.
Since their first discovery and usage in the 1890's, X–ray machines have seen many developments
and improvements. One of the biggest advances has been the creation of machines which can
produce a fully three–dimensional image. When most people think of dental x–rays, ... Show more
content on Helpwriting.net ...
This mode of examination allows the healthcare provider to obtain a much greater amount of
information then is available with more traditional forms of x–ray examination. Because most x–
rays are a 2–dimensional representation of a 3–dimensional object, many important details and
subtle differences are lost in the translation. With cone beam CT you are able to see different
structures from multiple vantage points. These characteristics make it the choice of many speciality
dental practices, in particular oral surgery. While it's cost does make it a major investment, cone
beam CT is an excellent technology which is able to do things which other x–ray units cannot. I look
forward to hopefully getting some more hands on experience with this fascinating

Radiology Personal Statement
Radiology offers diagnostic puzzles and I am fascinated by the idea of identifying and fitting the
pieces of images to see the bigger picture. The bigger picture is essential for proper medical
management of the patient and thus, the role of a radiologist is knitted closely to optimal patient
care. Personally, I believe I will enjoy collaborating with other specialists and working towards
successful patient outcomes. The visual and detail–oriented nature resonates with my skills and will
contribute greatly to the job satisfaction I expect from this role. Furthermore, radiology
encompasses all areas of medicine and will provide for a career characterized by life–long learning
and intellectual stimulation. Radiology is where the frontiers of

Radiology Technician Essay
Owing to the increasing need of healthcare specialists, the radiology technician field is growing by
leaps and bounds. Education and training in this field is both crucial and mandatory because of the
fact that technology is in flux. Radiology technician schools train students in order to prepare them
to step into the world of radiology by acquainting them with the knowledge required to use the
machines in their line of work. Some of the machines that they will be required to operate through
the course of their study are CT scanners, MRIs and X–ray machines.
If you have your eyes set on this career, you will want to select radiology technician school that
suites your needs. You are going to devote some time in researching and familiarizing yourself with
different schools and the courses that they offer before you ... Show more content on
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It is recommended that you choose a school which is accredited by the Joint Review Committee on
Education in Radiologic Technology if you wish to land a good job in the field of radiology. Most
physician offices and hospitals prefer individuals who have completed their schooling from
accredited institutions as they highly value these accreditations. The school should also be able to
assist you in getting an understanding of the process of receiving a certification from the American
Registry of Radiologic Technologist (ARRT). Although this certification is not mandatory, it carries
a considerable influence. Therefore, it should not be ruled out. Besides, it is quite crucial for you to
have this certification if you want to get a job. In other words, qualified prospects who hold this
certification will outperform qualified prospects who do not. Choosing a radiology technician school
that is determined to shape your future and help you acquire proficiency in the field is the way to

Specialties within Radiology
Modern medicine is capable of treating a tremendous range of human disease and injuries, but the
usefulness of all medical specialties depends on accurate diagnosis. Virtually every conceivable
medical specialty relies on radiological technologies to provide formal diagnoses, making radiology
one of the most important of all medical specialties. Radiologists enjoy some of the best working
conditions in modern medicine and typically experience very positive employment conditions.
Consequently, their services are generally in very high demand, with many starting out with six–
figure annual incomes immediately after completion of their professional training. Within the field
of radiology, there are: (1) radiologists who are physicians ... Show more content on Helpwriting.net
...
In the words of my Radiology professor, Warren Hejny, "Radiology can take you anywhere; it can
be used as a starting block or stepping stone." Because of its tremendously wide applications within
modern medicine, radiology offers more than a dozen distinct areas of even greater specialization
within the field. Some of those specialty areas involve direct medical intervention, such as in the
case of radiation oncology and interventional radiology. Others focus more on diagnostics rather
than on direct medical treatment.
In that regard, breast imaging involves diagnosing diseases of the breast through mammography,
ultrasound, magnetic resonance imaging (MRI), and tissue biopsies. Cardiovascular radiology is the
radiology specialty that uses X–rays, computer axial tomography (CAT scans), MRIs, and
ultrasound to diagnose problems with the heart and circulatory system. Chest radiology employs
many of the same technologies and tools to diagnose and treat medical conditions of the heart and
lungs. Other radiology specialty practice areas include: gastrointestinal radiology, emergency
radiology, head and neck radiology, musculoskeletal radiology, and reproductive radiology. Finally,
radiology specialties can also intersect directly with other specialty areas of interest such as

Forensic Radiology
The scope of diagnostic radiology can include a basic radiograph or X–ray to more advanced
imaging technologies such as ultrasound and magnetic resonance imaging (MRI). These
advancements in medical imaging have led to early detection and improvements in the diagnosis of
many medical conditions across the life span. However, the film/screen radiograph is considered the
gold standard against which all the newer imaging technologies are measured (McKinnis, 2014).
Additionally, each imaging procedure will differ in tissue–specific sensitivity, pathology, structural
clarity, radiation exposure, invasiveness, and the cost–risk benefit (Smith, n.d.). For over a century, a
radiograph has been defined as an X–ray film containing an image of an

Radiology Vs Accounting
When I was younger I didn't really know what I wanted to be. I knew some things that I liked to do,
like help people or anything that has to do with money, but I wasn't really sure what I wanted to
major in. Entering into college I was trying to figure out what major I would like to pursue in. I was
looking in radiology and accounting. Finding more information about radiology and accountancy
will help me to narrow down or confirm what major I will choose.
To me I define radiology to be when you basically take x–ray image of people who are sick or
injured. Dr. Mestrovic defines radiology as, "Radiology represents a branch of medicine that deals
with radiant energy in the diagnosis and treatment of diseases." Radiology has just recently become
... Show more content on Helpwriting.net ...
They both make a good amount of money. In my psychology of success class I learned about a
growth and fixed mindset. A growth mindset is were even though a person might fail at something
they don't give up. With people in the fixed mindset they would prefer to give upon something if
they failed at it. So in order to succeed in one of these field that person needs to develop a growth
mindset. If anyone choses to go into any one of these field my advice for them is to not be afraid of
taking chances and challenge yourself to do something out side of your comfort zone. You are the
only person that stands in your way, so if you fail get right back up and try

Radiology is the innovative side of pharmaceutical in charge of the imaging of the body's inner
organs. Radiology has grown as of late to likewise incorporate treatment of some life undermining
infections.
Radiology is a territory of therapeutic science that includes the finding and assessment of conditions
in the body by means of the utilization of electronic imaging. This is an incredible path for us to
have the capacity to see what is going ahead inside the body in extraordinary point of interest
without needing to slice open the patient to see within his/her body, which can be conceivably
extremely perilous and hazardous. It is far less complex and faster to utilize imaging and frequently
more exact also in light of the fact that, you ... Show more content on Helpwriting.net ...
These distinctive structures incorporate things, for example, X–beams, radiography, ultrasound
filters, MRI checks (attractive reverberation imaging) and numerous others. They all contrast by
they way they are done, what they are utilized for furthermore how exact each of them is. Case in
point x–beams are utilized when specialists or researchers need to have the capacity to analyze
bones in light of the fact that they are best for seeing strong and thick protests and bone possesses all
the necessary qualities. X–beams are useful for taking a gander at the human skeleton in light of the
fact that they don't recognize whatever else which could obtrude on the picture toward the end of the
sweep and make it simple for the specialists to look at the bones in point of interest. Ultrasound
outputs are utilized to take a gander at children while they are still in the wombs of their moms by
sending sound waves through the stomach of the mother and by recognizing the adjustment in
recurrence, we can create a picture. This kind of sweep is useful for infiltrating layers, yet doesn't
give an unmistakable picture toward the end of it which is the reason it is utilized for infant outputs
where the item being assessed is huge, rather than a tumor for instance. X–ray sweeps are
inconceivably exact and can be sued to take a gander at little protests in the human body; however
the gear required for it is significantly more costly than a x–beam

Radiology technician schools provide training and education opportunities to students who aspire to
become radiology technicians. The job of a radiology technician is to operate ultrasound and x–ray
machines in order to carry out a visual examination of the internal areas of the patient's body. Their
job also involves performing routine maintenance checks on the machines in order to ensure that the
machines are functioning effectively. You will need to carry out some research in order to find out
the best radiology technician school by looking at the level of their credibility and the one that suites
your needs. You can also search for online courses that will help you save some bucks and also the
hassle of travelling to a school every day. Read on to know more about the benefits of getting
training at radiology technician schools to become a radiology technician.
Job Security ... Show more content on Helpwriting.net ...
Many people were destitute of any source of income in order to meet their ends meet. There were
thousands of people that were pink–slipped because the major business and companies had no
choice but close down their operations and let their employees go. In the middle of all this financial
juncture, when people were being dismissed from their jobs and businesses ceasing their operations,
there was only one industry that was not affected by the crisis and remained in a stable position and
that was the health care industry. The jobs of employees working in clinics, hospitals and other
health care institutions were secure. Since the stability of jobs in this industry is quite well–known,
many people are considering opting for a profession of radio technology to build a stable

Personal Narrative: A Career In Radiology
When previously confronted with the question, "why radiology," my first response was,
"because they are not accepting any applicants for the sonography program right now, too full!"
Although initially true, that's not exactly how my enthusiasm for this area of science began. In fact,
it was actually sonography that sparked my curiosity of the human body; and the human body that
ultimately opened the door to opportunity for my education.
I was twenty–five and pregnant with my son when I received my first sonogram. Over the next four
months, I became more acquainted with the sonography world, receiving one to two sonographs
each month. It was magical! It felt like I was getting a VIP sneak peak behind the red curtain at the
Academy Awards! This ... Show more content on Helpwriting.net ...
Each experience has left an impression, helping me realize the type of technologist I will aim to be.
For me, this is a semester of exploration. I hope to clarify each aspect in the field of radiology. I
hope to discover all that the title Radiology Technologist entitles me to engage in, including
departments and duties I will be assisting in. Knowing obligations while on and off shift would be
beneficial to understanding what to expect, and will help me prepare in regards to obligations to
family members. I am eager to explore equipment I will be working with first hand, and learn about
others that are required in the future. I hope to survey other specialties that may branch from
radiology, and explore other types of technologies being introduced to our area of study. Ultimately,
I am hoping this class prepares me for what I will be engaging in the next few years, and prepare me
with knowledge and strategies to help my efforts end in success.
The greatest obstacle I am facing at the moment would be the financial assistance that I have
received since I have started my education. I am currently working with the Department

Interventional Radiology: A Case Study
Hello everyone, In 1964, interventional radiology (IR) was first introduced by Dr. Charles Dotter
when he percutaneously dilated a superficial femoral artery stenosis in an 82 year–old woman,
avoiding an amputation (Ahn & Jayaraman, 2009). Ahmed et al. (2010) referred to IR as an image–
guided surgery without a scalpel. The intention of IR is to diagnose and treat patients using the least
invasive techniques currently available while minimizing the risk of harming the patient and
improving the health outcomes (Kara & Akkurt, 2016). IR procedures are either diagnostic or
therapeutic and may be further subdivided into vascular and non–vascular (Kara & Akkurt, 2016).
IR using X–rays, such a fluoroscopy, is beneficial in guiding different kinds ... Show more content
on Helpwriting.net ...
(2010). What does competence entail in interventional radiology?. Cardiovascular & Interventional
Radiology, 33(1), 3–10. doi:10.1007/s00270–009–9732–2
Ahn, S. H., & Jayaraman, M. V. (2009). What is interventional radiology?. Medicine & Health
Rhode Island, 92(12), 388. http://www.rimed.org/
Cheng, K., & Chair, S. (2010). Prolonged bed rest duration after percutaneous coronary
intervention. Connect: The World of Critical Care Nursing, 7(2), 111–114.
http://www.connectpublishing.com
Gibson, F., & Bodenham, A. (2013). Misplaced central venous catheters: Applied anatomy and
practical management. The British Journal of Anaesthesia, 110(3), 333–346.
https://doi.org/10.1093/bja/aes497
National Heart, Lung, and Blood Institute. (2016). Percutaneous coronary intervention. Retrieved
from https://www.nhlbi.nih.gov/health/health–topics/topics/angioplasty
Kara, U., & Akkurt, I. (2016). Radiation exposure of medical staff in interventional radiology. Acta
Physica Polonica, A, 130(1), 404–406. doi:10.12693/APhysPolA.130.404
Society of Interventional Radiology. (2017). Ground breaking medicine. Retrieved from

How has Technology Changed the field of Radiology? Essay
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.
To begin with, how has technology changed the field of radiology? Since the discovery of X–
radiation there has been a need and desire for studying the human body and the diseases without
actually any intervention. Over the past fifty years there has been a revolution in the field of
radiology affecting medicine profoundly. "The ability to ... Show more content on Helpwriting.net ...
This permitted continuous rotation of the X–ray tube around the patient as the couch slides the
patient through the gantry. This advancement enables the radiographer to acquire entire anatomic
regions in twenty to thirty seconds. The reason for the speed of image acquisition is because the
computers can acquire sixteen, thirty–two, or 126 slices at a time. Spiral computed tomography is
now the primary choice of testing for chest, lungs, and abdomen because of its quick acquisition
reducing respiratory motion. The advancements of spiral computed tomography has led to a broader
range of non–invasive imaging where acquisition is less with greater patient comfort. Such
technique as virtual reality and advanced 3D computed tomography has brought non–invasive
medicine into the twenty–first century. The 3D technology has helped develop a technique known as
virtual endoscopy to assist the physician in diagnosing colon abnormalities. Conventionally,
endoscopy uses a thin tube with a camera at the end to visualize the inside of certain organs, such as
the colon. Virtual endoscopy using spiral computed tomography allows the visualization of the
colon without placing a tube into the body. Magnetic resonance imaging is based on the physics of
radio frequency, atoms and magnetic fields. Felix Bloch and Edward Purcell discovered (NMR)
nuclear magnetic resonance. Their scientific investigation

Diagnostic Radiology
All kinds of ionizing radiation that used in health care centers in medical diagnosis and therapy
processes, as well the radiation used in diagnostic radiology is the field of medicine that uses
radiation to make an imaging exams and procedures to diagnose a patient. In another hand it's used
to treatment for many kind of disease especially to cure from cancer. In any form of medical care,
diagnostic radiology plays a significant role in the diagnosis and treatment of disease or injury. The
exams often use radiation, at many levels that have been determined and adjusted to be safe as
possible, to create detailed anatomical images. (Bekas M, et al, 2016)
Ionizing radiation is used daily in hospitals and radiology clinics to perform and offer

How To Write A Radiology Essay
Radiology
Radiology is a procedure that images to treat and diagnose diseases and problems seen with the
body. Radiologists usually work behind the scenes and analyzing studies, they help make diagnoses
and consul with physicians Radiologists are doctors who performs x–rays, CT scans, nuclear
medicine, MRI, and ultrasounds. In some cases, they help in the procedure in order to help prepare
the patient or outline further instructions for what the technicians need to do.
Radiology is a procedure that images to help treat and diagnose diseases and problems seen with the
body. The most common forms of imaging are Computed Tomography or a CAT scan (computerized
axial tomography), Fluoroscopy which is like an X–ray "movie." An X–ray beam is passed through
the part of the body being examined. ... Show more content on Helpwriting.net ...
In fact, some go weeks without a face–to–face consultation. Instead, they spend their time analyzing
results and forming diagnoses.
Radiologists who work in the hospital work long, irregular shifts that include nights, weekends and
holidays. Those employed by outpatient centers usually work regular business hours. Although,
depending on the requirements of a given radiologist's contract, hours worked and lengths of
vacations are often balanced against the amount of work.
Radiologists are very educated people. A career as a radiologist usually begins with getting a
bachelor's degree. Medical courses that are required include biology, chemistry and physics. A
number of undergraduate students work and or volunteer in medical places to get experience. They
continue with four years of medical school to become a physician. Medical school is two years of
education in the science, such as anatomy, pathology, pharmacology and biochemistry, followed by
two years of clinicals in different areas of medicine, such as pediatrics, surgery and internal

Smoother Transition In Radiology
The opportunity to work together with physicians from every field, care for patients of all ages and
be at the forefront of diagnosing a wide range of pathology from acute to chronic make radiology
the right fit for me.
Early in my third year I had the opportunity to spend a half day per week with a local radiologists in
a small hospital while on my Family Medicine clerkship. Among many interesting cases, I
remember one in particular. Mrs. P was in her second trimester and had undergone an ultrasound
revealing a low lying placenta. The radiologist met with the Family medicine physician to inform
them of the finding and discuss further management. Later that week I met the patient in clinic
where she expressed gratitude that her diagnosis was made but uneasiness with what this meant for
her pregnancy. Together, the three decided it would be best to deliver at a larger outside hospital.
In the remainder of my third year I came to further appreciate just how integral radiology is to
patient care. Whether it was quickly diagnosing appendicitis in the middle of the night, helping an
oncologist determine staging to guide therapy, or draining an abdominal abscess; radiology was
often central to determining the management plan.
Smoother transition ... Show more content on Helpwriting.net ...
These discussions demonstrated how important it is to be an approachable consultant. I believe that
a simple smile and greeting in the hallway can go along way and my friendly nature will encourage
this atmosphere. I watched It was often attention that determined the outcome of these cases. I was
amazed at the ability of my attending to solve these cases from the slightest detail. Working as an
undergraduate anatomy TA and tutor helped lay a foundation for appreciating and communicating
these subtle

Ultrasound: A Radiology Technician
Ultrasound technicians make more money than a Radiology Technician even though they are very
similar in the job requirements. The median salary per hour is 28 dollars and 67 cents("Diagnostic
Medical Sonographer Salary" 1). Ultrasound detects a woman's ovulation and it can diagnose a
pregnancy(Lewis 2). Sonography is harmless and it when you use a small probe and special
ultrasound gel that is applied to the skin(Radiological Society of North America and American
College Of Radiology 1). Common uses of,"Ultrasound is a useful way of examining many of the
body's internal organs"(Radiological Society of North America and American College Of Radiology
1). The main issue of sonography is remaining emotionless while performing the ultrasound because
To provide a patient with good quality healthcare and follow the requirements, the technician must
keep a constant emotion no matter what the diagnosis of the ultrasound(Marcum 505). Marcum is
saying that in order to give your patient good quality healthcare you have stick with your
requirements given for your job. It's very important to not tell a patient wrong information. If you do
tell a patient wrong information then you get in trouble for it because you didn't follow the
company's protocol. According to the British Medical Ultrasound Society, the Clinical protocols in
general are cleaning and disinfecting tools, clinical governance in ultrasound, pause and check
information, then go on with the examination and to make sure emotions are in check. It is
important to make sure that the patient is comfortable and is calm. You also need to make sure that
all patient information is correct that is crucial when performing an ultrasound("Clinical
Protocols"1). The British Medical Ultrasound Society is stating all the requirements that must go on
before and during the examination. If a technician doesn't follow these protocols that are generally
important and very specific then they could possibly get fired. It's very important that the patient
doesn't get upset because of they way you looked at a sonogram and gave away that it was bad or
good.

Pediatric Implications of Diagnostic, Interventional, and...
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 ... Show more content on Helpwriting.net ...
Diagnostic radiology has evolved into being the foundation of medical institutions across the nation;
yet, with more and more pediatric patients needing a radiographic image, there are greater risks of
calamities. Shortly after the 20th century X–ray scare was resolved, hospitals nation–wide used the
state–of–the–art machine to diagnose broken bones, teeth snags, infections, and even certain
cancers. Along with new medical standards and safety measures, followers of Wilhelm Röntgen (the
inventor of the X–ray) discovered the properties of X–radiation (Hart 48–50). Being close to gamma
rays on the electromagnetic spectrum, X–radiation fully penetrates the human body, and since they
are produced from a changing nucleus, they are able to affect and change the nucleus (cells) of the
absorbing matter (Cancer 1–4; Burrill (2) 59–62). Oftentimes, the radiographer will not line up the
machine correctly with the organ, tissue, or bone in question and, therefore, will tell the patient they
must retake the image. One X–ray of the midsection is equal to three full days of background
radiation (Hart 50). Radiologic technologists do not keep records of patients' prior radiation
exposure so it is up to them to discuss (with a general practitioner) and know their limits (Choy 88).
A

Essay on Communication in Radiology
In a recent patient review study, one patient answered, "Are the doctors communicating amongst
themselves here? It would be so much better for the patient if they were collaborating as a team."
This statement goes for every health care professional in this hospital. Employee actions are not
going unnoticed by patients. It's essential for doctors to have a general understanding of radiology
procedures in order to treat patients appropriately. Mandatory training for physician assistants on
understanding radiology exams will enhance communication between P.A's and technologists,
clarify communication between P.A's and patients, and eliminate unnecessary radiation exposure by
ordering radiology exams appropriately. Communication between ... Show more content on
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Better communication would improve knowledge of others' roles and responsibilities in the hospital.
Poor communication also has cost implications. It's estimated that 10% of hospital budgets could be
wasted due to poor information management and that improvements could result in an estimated
savings of 30 million per year (280). The benefits of mandatory training far outweigh any financial
troubles the hospital could face. The lack of access to the required information will delay progress.
An overall lack of time is another main barrier to high–quality communication that interferes with
patient care (283). The following research perfectly describes why doctors and physician assistants
should have mandatory training in radiology. Strong communication between P.A's and
technologists will increase hospital savings, decrease patient wait times, and thus will increase
patient satisfaction. A general knowledge of radiology protocol will help doctors better
communicate orders with their patients. If doctors recognize what takes place in the radiology
department along with protocols and rules, we can improve patient care. Patients expect doctors to
communicate orders and explanations as to why they are ordering any radiology exam.
Understanding radiation and its effect on the human body are imperative. For example, there is no
need for a duplicate study to be performed on a child. In turn,

Forensic Radiology
Radiology, a medical specialty that uses imaging to diagnose or treat disease within the body, tends
to play a significant role in Forensic Medicine and is often used to assist in medicolegal matters.1
Radiologic examinations are performed in order to obtain information needed to aid in a criminal or
civil investigation. When diagnostic imaging is used in a court of law, it is known as forensic
radiography.2 Forensic radiography was first used in 1896 in Montreal, Canada. "A man named
Tolson Cunning was shot and radiography was used to locate the bullet and ultimately help convict
George Holder for attempted murder".2 Since this time, radiological techniques have developed
tremendously becoming more elaborate. Conventional radiography was the ... Show more content
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When caring for a child, abuse is a concern for all physicians including the radiologist.5 If a non–
accidental injury is suspected, a complete radiographic skeletal examination is required. This
examination should include both the axial and appendicular skeleton.1 "The symptoms and signs of
abuse range from neglect and/or deprivation, through sexual abuse to the physically "battered child"
or "non–accidental head injury" (NAHI) also called "shaken baby syndrome" (SBS)".5 Shaken baby
syndrome is a common form of child abuse which often occurs when an adult violently shakes an
infant or child.2 "Skeletal injuries are often the strongest radiological indicators of abuse".5
However, it can be difficult to diagnose child abuse because many children and infants do not
exhibit outward signs of abuse. Some clinical clues include presence of bruises and rapid
unexplained increase in the head circumference of an infant showing nonspecific symptoms.5
Shaken baby syndrome typically exhibits symptoms of retinal hemorrhage, subdural hemorrhage,
and/or hematoma. "CT and MR imaging often are used along with radiography to study suspected
cases of shaken baby syndrome".2 If radiographic images provide evidence of fractures, CT and MR
imaging may be used for the detection of present

Radiology Application Essay
I am thrilled to be choosing Radiology as the path to becoming the kind of doctor I've always
envisioned: intelligent, collaborative, and compassionate.
Radiologists serve as cornerstones in the practice of medicine. Time and again, I've seen diagnosis
and treatment dependent on proper understanding of imaging. As a Physics nerd, I am intrigued by
the cutting edge of technology. My fondest memories of the OR include being swept away by the
miracle of image–guided surgery. Our patient had been diagnosed with brain cancer, and the tumor
was scheduled for resection. Rather than make an incision and expose the operative area as I'd seen
many times in general surgery, the neurosurgeon was able to utilize an instrument that transmitted its
position and trajectory to a computer and projected this information onto pre–operative MRI. In this
way, the surgeon was able to follow in real time the precise location of his surgical instruments for a
minimally invasive tumor resection. This was my first real ... Show more content on Helpwriting.net
...
Radiologist enable doctors to perform even better. One evening on surgery call, my surgeon
requested that I visit with a patient who had just come into the ED after a motor vehicle accident. I
was asked to assess the patient and report any surgical concerns. Analyzing the images, I could
make out a signal density in the region of the spleen but was unsure exactly what I was looking at. A
very patient radiologist introduced me to the principles of splenic injury grading and how to utilize a
systematic approach in the reading of films. This really opened my eyes to a new level of reasoning
and sparked my interest in becoming a radiologist. In learning how to translate shadows into
pathology, I began to understand what I previously saw as a mystery in medicine. I am excited to
utilize this knowledge and skillset to consult with other physicians and work as part of a

Naimah Somji
Radiology technicians play an important role in society and have the ability to make a positive
impact on people's lives. They have the ability to make a difference in a patient's live by employing
their communication and patient care skills. Working as a radiology technician would allow me to
fulfill my passion for helping others and making an impact while working in a career that I know I
would love. I have been fortunate enough to work alongside many radiology technicians for over 4
years and have come to realize the vital role they play in Healthcare. The fast–paced work
environment and major responsibility is something that I am intrigued by. I find radiologic imaging
such a fascinating technology and am extremely passionate to make a career out of it. ... Show more
content on Helpwriting.net ...
I have observed how Radiologic technologist comfort patients and provide their support at a time
where the patient is overwhelmed and anxious about what the results will show. For example, we
had a young kid come into the Emergency Department with his parents complaining of severe
abdominal pain. The doctor had ordered a CT scan and I accompanied the patient and his parents to
the CT scan room. The kid and parents were terrified to get the scan, as they were unsure what to
expect. A Radiologic technician explained the process and risk/benefits of the scan to them very
clearly and in a consolable manner. He answered all questions that the parents or the child had and
put their minds at ease. I envision myself being in the shoes of the technician directly contributing to
society. I inspire to be in a field that allows me to assist and console people when they are at a rough
point in their

Radiology: X-ray and Body Essay
Humanity, constantly learning, growing, and facing more challenges each second of the day.
Whether the challenges are mental or purely physical, we have found more efficient, safer, and
easier ways of doing the tasks we may face. From moving cargo to sending information via the
Internet. Probably the greatest accomplishments we have made, are in the studies of
medicine/treatment; to be specific, the study of radiology. Radiology is the process of working and
viewing inside the human body without breaking the skin. By using radiant energy, which may take
the form of x–rays or other types of radiation, we are able to diagnose and treat many diseases and
injuries. Both diagnostic and therapeutic radiology involve the use of ... Show more content on
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Last of the diagnostic imaging tools is the MRI. MRI, which stands for Magnetic Resonance
Imaging, was a technique developed in the 1950?s by Felix Bloch, and is the most versatile,
powerful, and sensitive tool in use. The process of MRI was originally called NRI, Nuclear
Resonance Imaging, but was found to be to confusing due to the fact that MRI?s don?t use
radioactivity and ionizing radiation. The MRI generates a very powerful electromagnetic field,
which allows the radiologist to generate thin–section images of any part of the body. Also it can take
these images from any direction or angle, and is done without and surgical invasion. Another plus
side to the MRI is the time it takes to perform, where as a CAT scan may take 30–60 min. A MRI
may only take 15 minutes max. The MRI also creates ?maps? of biochemical compounds within a
cross–section of the body. These maps give basic biomedical and anatomical information that
provides new knowledge and may allow early diagnosis of many diseases. The MRI is possible in
the human body because our bodies are filled with small biological ?magnets?, the most abundant
and responsive of these are the protons. The principal of the MRI is that it utilizes the random
distribution of protons, which have basic magnetic properties. Once the patient is placed in the
cylindrical magnet, the diagnosis process follows 3 steps. First, MRI

Janet Travis
English 1123 JKAA
M–F 7:30–9:45 A.M.
June 18, 2015
Dr. Marla Wiley
Radiology is the field of medicine concerned with imaging patients for the purposes of diagnosing
and treating diseases and other medical conditions. Since technological advances have improved,
medical imaging has helped modernize the current practice of medicine. Through medical imaging,
doctors are able to obtain a detailed view of the inside of the human body and obtain relevant
qualitative and quantitative information regarding body tissues. "Nearly all physicians examine
patients, obtain medical histories, diagnose illnesses, or prescribe and administer treatment for
people suffering from injury or disease. According to American Medical Association statistics, ...
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The type of radiation used in magnetic resonance imaging lies in the radio frequency (RF) range of
the electromagnetic spectrum. RF waves have frequencies ranging from 3 hertz to 300 billion hertz
and are widely used in many broadcasting and electronic devices. In MRI, magnets with field
strengths ranging from 3,000 to 30,000 times the Earth's magnetic field are used. RF waves and
strong magnetic fields produce a specific RF frequency, termed the resonance frequency, which
causes a change in the alignment of specific atoms within the specified magnetic field. The resonant
frequency for hydrogen atoms–which are abundant in the human body–at a magnetic field strength
of 1.0 by–prod is 42.6 megahertz. (By–prod is a unit of magnetic flux density, equal to one weber
per square meter.) The Earth's magnetic field strength is 0.00005 by–prod. Most clinical MRI
scanners have field strengths of 1.5 by–prod. Magnetic fields and RF signals are manipulated in
many ways using computer algorithms. A specific set of signal manipulations is called a pulse
sequence. Different pulse sequences can provide images with varying contrast, resolution, and
intensity, depending on the type of information

Radiology Career Research Paper
I have chosen Radiology as a career. Radiology is a specialty that uses imaging techniques to treat
diseases and diagnose medical issues. A few examples include: x–rays, CT scans, MRI's, sonograms,
ultrasounds and many more. I am very intrigued by radiology because the human body fascinates
me and I enjoy learning about how the body works. I also like radiology because of the amount of
technology that is required for this career, radiology is basically dependent on technology. I have
always like technology and there's always something to learn in the medical field and with
technology so the learning opportunities are endless. The medical field is a broad field and there are
so many career options in the medical field and radiology especially ... Show more content on
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First of all, I think dedication and having a passion for this career is very important. If you aren't
willing to go through the necessary schooling and training for this career then you will never make it
because it is not going to be easy and it requires a lot of attention, time and studying. As for passion,
if you do not enjoy the career you have chosen then you will not live a happy life. If you chose
radiology just primarily for the money, you will definitely struggle and again, not be content with
your job. This is kind of like the quote that says "if you love your job, you will never have to work a
day in your life." I believe that this is true. Communication is key! Communication is basically their
job, they have to relay information from nurses to doctors to patients, and they do a lot of the
communicating. When communicating with other doctors and patients, you have to know what you
are saying and know how to say it. An example would be, if you are "breaking bad news" to a
patient in regards to their x–ray, it is recommended that you are professional yet empathetic when
communicating. Also, we have talked about this in class as well but with today's technology, it is
very important to know how to compose a professional email because that is a big part of
communication especially in a large

The First Invention Of Radiology
The first invention of radiology began with the creation of X–rays in 1895 when Wilhelm Roentgen,
a 50–year–old professor of physics at Germany's University of Wurzburg, made a discovery that
would in a very short time change medical and human history. Though, discovered by accident,
Roentgen's discovery would help detect tumors, broken bones and bullets buried within bodies,
never before seen with the naked eye. Since the invention of X–rays, there had been numerous
discoveries of similar inventions, from image intensifier to ultrasound to magnetic resonance
imaging. Without these inventions, humans would not have been able to see the inner workings of
the body or detect key information in modern times that allow us to prevent serious illnesses where
other inventions proved useless since imaging plays a huge role in diagnosis. In current society,
radiology's first creation has been exposed to most citizens, whether it is to detect a broken bone at
the doctor's or to determine a person's risk of getting cavities at the dentist's. Although, inventions
from radiology does hold risks of radiation exposure amongst its patients, the benefits of them
greatly outweighs its risks.
Before the development and research of radiology, life was simplistic with little knowledge of
observing the internal organs of a person. If a patient was shot, doctors had to, literally, poke around
their patient's organs with their fingers or use electrical induction machine to send sound waves

What Is Interventional Radiology And Image-Guided Medicine?
Frequently Asked Questions What is interventional radiology and image–guided medicine?
Interventional radiology and image–guided medicine is a specialty of radiology in which
radiologists diagnose and treat diseases without surgery by placing tiny tubes through the body's
arteries and organs using X–rays and other imaging methods to guide them. This allows radiologists
to deliver medications directly to a disease site, open blocked blood vessels, obtain biopsies, and
perform a range of other procedures. Interventional radiologists specialize in the use of fluoroscopy,
computed tomography (CT), and ultrasound to guide passage of catheters and wires to various parts
of the body through small incisions in the skin. The instruments are used

Emergency Radiology Research Paper
Do you ever wonder how radiation was discovered? Or when it was discovered? It all started in
1895, when Wilhelm Roentgen discovered x–rays. Six years later, he was honored with the first
Nobel Prize in Physics; by then, doctors were already using primitive x–rays to diagnose
illnesses(Men's Health watch 1). The collaboration between physicians and physicists has continued
ever since, resulting in amazing advances far beyond Roentgen's wildest dreams. Physicists tell us
that ionizing radiation delivers energy in the form of photons that pack enough oomph to strip
electrons away from the nuclei of atoms(1). We are continuously exposed to tiny amounts of
ionizing radiation from cosmic rays and naturally occurring radioactive elements here on earth. We
accept this so–called background radiation without blinking an eye, but we ... Show more content on
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Results often determine if an admission occurs, to which service the patient is admitted, and if there
is any immediate emergency or surgical intervention. Real–time diagnostic imaging of the patient in
the ED can expedite patient care and ultimately reduce costs.The emergency radiology facility has
become the hospital's acute diagnostic imaging centre. The emergency radiology division of today is
unique in its physical design, equipment, staffing, information systems, and operations.Designing
the emergency radiology facility today requires proper planning to optimize workflow, as
summarized in Table 2. For example, radiology should be centrally located for maximal accessibility
to physicians and patients from multiple clinical services. The selection of imaging equipment is
important to best accommodate the expected volume unique to one's ED. At our institution, we have
optimized our imaging equipment to meet volume demands of acute care. Multidetector CT
scanners in the ED enable total body trauma scans, including CT angiograms of the head, neck, and
extremities. The latest technologies for dose

Radiology technicians work in the field of diagnostic medicine. X–ray Technologists have been
trained to do diagnostic tests by using different medical imaging devices such as: x–rays, CT scans
and MRI'S. They are trained to use doctor's orders to get the information to do the correct diagnostic
imaging best for the patient. Using the proper notes from the doctor you can get the correct angle of
the bone or place of origin to get a clear imaging for the proper diagnosis. With increasing
population comes a higher demand in the medical world. In the field of radiologist technologist you
have number of imagines to perform. One type of imaging is x–rays, in order to get a clear picture
you must position the bone in a correct position. You need to get the correct angle the physician
ordered so you can develop and come up with the correct diagnoses. A computer tomography better
known as a CT scans you used by injecting a radioactive solution into a ... Show more content on
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They make median wage according to the US Bureau of Labor Statistics. Salaries range from
$37,570 to $78,440 hospitals and diagnostic laboratories tend to pay higher wages than physicians'
offices because in a hospital setting you have a higher set of demands then being in a doctor's office.
On a normal day as a radiographic technician or technologist you might be asked to perform many
different things such as explaining the procedure to your patient, make sure your patients has
removed jewelry and other accessories that might interfere with the X–rays or other equipment.
Position patients so that the relevant parts of their body can be radiographic, provided protest
patients by surrounding the body parts under the X–ray with radiation protection devices, like a lead
shields. Develop the X–ray film, Adjust and maintain the X–ray equipment, update the patient
records before and after the

The Pros And Cons Of Radiology
Radiology allows physicians to look closely into the interior of the living human body without
cutting it open and has transformed the way patients and physicians view health and disease.
Radiology is the key diagnostic tool for many diseases that can be located in the brain, heart, and
other organs or bone. It has an important role in monitoring treatment and predicting outcome.
Radiologists have been strongly associated with technological developments and have been in
charge of the evaluation of the strengths and weakness of different investigations. Radiologists have
advanced the knowledge of the appropriate unified imaging design to expand clinical effectiveness.
They have also been responsible for the performance of these development into the clinical setting
and provide the best use of asserts and healthcare resources. ... Show more content on
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Did you know that exposure to x–ray radiation builds up over time? Doctors, technicians and
hospital staff is extremely important for them to protect all the areas of the body that is being
espoused to radiation even the smallest exposures. One of the most essential areas of the human
body is the protection from x–ray radiation exposure to the eye. They are very sensitive to exposure
of radiation.
There are numerous risks with leaving the eye unprotected from x–ray radiation exposure. In the
meanwhile of unprotected x–ray radiation exposure, many people do not experience any type of
pain. On the other hand, it is very common to experience a dim pain in exposed tissues including the
eye, within 1 to 3 hours of the x–ray radiation exposure. Also x–ray radiation can cause swelling and
first degree burns due to

Harvir Grewal
Mrs. Harvey
English 12A, Block: 7
10/30/2014
Radiology Radiology is a branch of medicine that uses some forms of radiation (such as X–rays or
MRI's) to diagnose and treat diseases ("Radiology"). Radiology has drastically changed the field of
medicine especially when MRI was discovered. MRI stands for Magnetic Resonance Imaging which
is a technique in which radio waves are used to process detailed pictures of your organs and tissues
within the body ("MRI"). MRI's have changed the field of Radiology due to the discovering's of
Raymond Vahan Damadian and made a lasting global impact on the field of medicine in general.
The invention of the MRI did not only impact a generation but it impacted the medical world as a
whole. I believe that this advancement in technology improved not only the quality of service
provided by physicians but gave them a new perspective and a broader range of ways to treat
patients. The MRI improved the quality of ... Show more content on Helpwriting.net ...
Raymond Vahan Damadian found that different kinds of animal tissues emit different signals ("The
Invention of Magnetic Resonance Imaging (MRI)."). At the age of 16 Damadian went to the
University of Wisconsin and studied mathematics, later on he decided to go to medical school
because he believed it would be better than just having a traditional science education ("How
Products Are Made." ). After he was done with his doctoral education Damadian was investigating
sodium and potassium on living cells he was able to borrow an NMR(Nuclear Magnetic Resonance)
machine, During this research he asked a crucial question How would the nuclear signal change
between normal cells and regular cells("How Products Are Made." )? During the research he was
doing on different cells he found that cells with cancer or other major diseases emit different signals
than regular

Radiology Career Essay
Radiology is a career path that can lead to many places other than diagnostic imaging. Once I finish
the program for Radiology, I have many aspirations for the future. I intend on completing my
bachelors in science and enrolling in courses for CT and MRI certification. My overall goal is to go
into Radiation Therapy or Nuclear Medicine in the next five years. Diagnostic Imaging is the career
that I am currently in school for and is very interesting to me as well as helpful to the patients. X–
Ray has been around since its discovery in November of 1895. It allows people in the medical
profession to see inside the human body without having to perform invasive surgery that could be
harmful to patients without knowing what is wrong with ... Show more content on Helpwriting.net
...
There are also many in betweens that fall in radiology such as magnetic resonance imaging (MRI),
computed tomography (CT), specials, cath lab, mammography, ultrasound, and nuclear medicine.
People can even go into management in the radiology field or expand out into sales of radiology
equipment. This field is also always in the top three annual revenue services in every hospital so it is
not a field that will be disappearing anytime in the future. With scientific advancements always
changing, there are no limits to where radiology can go in the future and may even find new
diagnostic studies that can be performed to help more people in need. Although radiology is a great
career choice, it does come with its down side. Technologists in many portions of the radiologic
sciences are exposed to certain amounts of radiation which has a negative effect on the human body.
There are many safety precautions that technologists have to take like wearing lead shields anytime
they are in the exam room with patients, and they also must record their employee dose, or their
personal radiation intake, by wearing a dosimeter and having the readings checked monthly to
insure that they are not getting over radiated over a certain amount of time. Overall, this is a very
good career choice and also makes me feel better to potentially help

Interventional Radiology: A Case Study
Thank you Jinky for your very informative post with regards interventional radiology. Diagnostic
imaging is truly valuable to our profession given that we focus on the specificities of the
musculoskeletal system and has been a critical component of clinical decision making.
To answer your query, it would largely depend on the condition of the patient but for the most part, I
prefer magnetic resonance imaging or MRI scan. MRI is auseful imaging modality when I do my
initial assessment and plan of care. However, I am limited only to the records my patients bring
along during the rehabilitation to some extent, I need to request to the referring physician about their
diagnostic results. Regardless of the limitation, it is crucial to read the imaging results in order to
recognize the pathology related to signs and symptoms of the patient and assist in clinical decision
making with an appropriate plan of care. It is imperative that physical therapists should be cognizant
of imaging indications, risk factors, and ... Show more content on Helpwriting.net ...
It has a great ability to display high definition of images in the musculoskeletal system. MRI is also
used to diagnose and stage myopathic conditions such polymyositis, DMD, and polio that will assist
in early detection of the disease and immediate medical care that will help delay the progression.
MRI provides an excellent demonstration of soft tissues and bone marrow. It allows multiplanar
views of anatomy to some extent 3‐D images possible. If it is necessary to look into muscle tissue
characterisitics, with MRI it allows recording of multiple sequences. Hence, it is able to display high
definition images of the musculoskeletal system allowing it to have potential opportunities for
clinical and research purposes which will be favorable for rare medical conditions (Deyle,

Shape Distortion: The Use Of Angulation In Radiology
The term angulation when used in radiology refers to the direction and degree of the x–ray tube
when it is moved from its standard "start" position, which is always perpendicular to the to the IR in
the Bucky tray. There are countless projections that utilize tube angulation for various reasons.
Frequently, projections use angulation to avoid the superimposition of different anatomic structures.
The reason angulation is used is to cause a controlled or expected amount of shape distortion. Shape
distortion is altering the typical anatomic layout of a structure and usually involves the elongation or
foreshortening of a structure. The direction and degree of angulation directly influence the amount
of shape distortion seen on a radiograph. Alignment of the anatomical part can also affect the image.
Shape distortion is when an image appears either longer or shorter based on the way it is positioned
in relation to both the central ray and the image receptor; foreshortening is when the object appears
shorter than it is in reality, while elongation is when the object appears longer than it truly is. When
imaging a part, the long axis is intended to be placed perpendicularly to the central ray and parallel
to the image receptor. Distortion happens when either the part or the central ray/image receptor are
placed incorrectly. In addition, distortion can also occur due to standard divergence of the beam. The
central ... Show more content on Helpwriting.net ...
Although, size and shape distortions are initially sound quite complicated, once a radiographer has a
basic understand of the elements that affect each factor, it can be either minimized or used to
improved image quality. Regardless of the situation, a radiographer must understand distortion, as it
is a component that will be faced every day in the field of

Radiology Essay
Radiology
Humanity, constantly learning, growing, and facing more challenges each second of the day.
Whether the challenges are mental or purely physical. We have found more efficient, safer, and
easier ways of doing the tasks we may face. From moving cargo, to sending information via the
Internet. Probably the greatest accomplishments we have made, are in the studies of
medicine/treatment. And to be specific, the study of radiology.
Radiology, the process of working and viewing inside the human body without breaking the skin.
By using radiant energy, which may take the form of x rays or other types of radiation, we are able
to diagnose and treat many diseases and injuries. Both diagnostic and therapeutic radiology involve
The photons are then tracked by a tomographic scintillation counter, and the information is
processed by a computer to provide both image and data on blood flow and metabolic processes
within bodily tissues. PET scans are particularly useful for diagnosing brain tumor and the effects of
strokes on the brain, along with various mental illnesses. They are also used in brain research and in
mapping of brain functions.
Another form of imaging is ultrasound. Ultrasound, which uses very high frequency sound, is
directed into the body. And because the tissue interference's reflect sound, doctors are able to
produce, by use of a computer, a photograph or moving image on a television. Ultrasound has many
application uses on the body, but is more commonly used in examinations of the fetus during
pregnancy, because use of radiation may affect the outcome of the baby. Some other practices for
ultrasound include examination of the arteries, heart, pancreas, urinary system, ovaries, brain, and
spinal cord. And because sound travels well through fluids it is a very useful technique for
diagnosing cysts( which are filled with fluid), and fluid filled structures such as the bladder. And
since sound is absorbed by air and bone it is impossible to use a ultrasound on bones or lungs.
The sound waves are produced by a random oscillating crystal, and are inaudible to humans. A
instrument called a

Personal Statement: A Career In Radiology
My passion for this field, combined with my respect for the medical discipline, drive my enthusiasm
to be considered for this position as Registered Technologist. I am very interested in this position at
Allenmore Medical Center and believe that my education and employment background are unique,
appropriate, and advantageous for the position.
Prior to beginning my academic career in Radiology I already knew that my passion for imaging
would take me on this path. Having worked at Saint Clare hospital for 8 years. During this time I
have work as a Certified Nursing Assistant (CNA) in Progressive Care Unit (PCU). In addition, I
was cross trained as an Emergency Room Technician. Currently I work in Diagnostic imaging as the
weekend Patient

I Want to Pursuit a Profession in Radiology Essay
The potential profession I am going to pursue is Radiology. Radiology deals with taking x–rays of
the body and diagnosing what you find wrong. How the radiology unit works is getting a patient and
having the radiologist technician take images of the body by using machines. Different types of
machines such as, magnetic resonance imaging (MRI), computed tomography (CT), and positron
emission tomography (PET), identify all the images being taken of the human body (Phillip
Costello, 2014). After the images have been taken they are sent to the radiologist to be interpreted.
After being interpreted the patient is then told their diagnoses. Each of these steps involves writing
in a certain form. Writing is a form of communication in the ... Show more content on
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The radiologist technician takes the x–ray of a certain part of the body needed for the radiologist to
interpret. The technician can write side notes about the patient while taking the x–ray. After it is
taken they are given to the radiologist to interpret. The radiologist will then write a report or
diagnosis of what the x–ray shows of the patient. These can show tumors, blood flow, and
inflammation. The radiologist writes this interpretation for physicians to read. They often give the
patient a diagnosis. After interviewing Dr. Clyde Helms who had worked at Duke Hospital of
Radiology Medicine we discussed how writing is important, what the diagnosis of x–rays are mostly
about and how long they are. "The most common topic is variable – ranging from fractures to
cancer."(Helms, 2014) The writing of the interpretation can be multiple pages but is usually short. It
is important for the radiologist to be specific because the physician will diagnose the patient. During
the day radiologists will have to interpret a lot of scans of different parts of the body. Today
technology helps speed up the process for radiologists so they do not have to write, instead they talk
into a microphone that recognizes their voice and writes the information in the computer for them.
The microphone isn't as efficient as the radiologists want to be but it still helps in the end. The
microphone isn't as efficient because it doesn't pick up exactly what the

A Career As A Radiology Techniologist Essay

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