Interventional radiology Essays

Radiology is a tool frequently used in medicine. Almost everyone will have an X-ray, ultrasound, MRI, or one of any of the many other imaging techniques at some point. The use and development of various radiologic techniques have reduced the need of exploratory surgeries and given us a better idea of what is going on inside our bodies. Radiology as we know it today was was invented over a century ago by a German physicist and Professor named Wilhelm Conrad Roentgen 1. In 1895 he discovered electromagnetic

"Radiology is a medical specialty that uses imaging to diagnose and treat diseases seen within the body. Radiologists use many imaging techniques including: X-ray radiography, ultrasound, computed tomography, nuclear medicine including positron emission tomography, and magnetic resonance imaging to diagnose and treat diseases." Some of the experiments they do include testing X-ray dark-field radiography on a living organism for the first time. They test the organism for lung disease. X-Ray dark-field

Brain imaging technologies allow neuroscientists and neurologists the ability to see inside the brain through the use of different technology and techniques such as CAT, MRI, fMRI & EEG scans (Nigel Holt et al., 2012). With the information obtained neurologists/scientists to locate and determine areas of the brain and their relationship with the functions in the human body. Brain imaging technology also allows neurologists to locate possible areas in the brain that may be affected by neurological/psychiatric

Magnetic resonance imaging (MRI) or Nuclear magnetic resonance imaging (NMR) is a non-ionizing imaging modality used for clinical imaging over the past 25-30 years. This imaging modality provides excellent soft tissue imaging with good contrast resolution in different parts of the body like brain, muscles etc compared to other ionizing modalities like CT (Computed tomography) and conventional radiography. The most important advantage of MRI compared to other imaging modalities is the fact it uses

In the world of medical diagnostic imaging, several modalities have been developed that allow health care professionals to look inside a person’s body through the development of detailed pictures or scans. Computed Tomography (CT) technology is one such modality that takes detailed cross-sectional images using computer controlled X-ray technology (Davis, 2016). Other modalities include standard X-ray and Magnetic Resonance Imaging both of which can also create pictures of inside the body. Since

various careers I finally found radiology therapy.

My interest in technology and curiosity of the human anatomy perfectly binds together in Radiography, especially in the treatment aspect, which is what really caught my attention about this course. I was highly fascinated by the scientific aspect of the course, and look forward to studying the technological approach to medicine – learning to use advance imaging techniques, such as X-rays and MRI Scans. Inspired by my parent’s hard work in healthcare, I was determined to develop an empathetic approach

DICOM is a communication standard which was originally defined for data exchange in radiology information systems. It is maintained and expanded by working groups (WG) in order to follow new development in radiology but also to extend its usage into other clinical domains (Treichel, Gessat, Prietzel, & Burgert, 2011). DICOM is a global information-technology standard that is used in virtually all hospitals worldwide. Its current structure, which was developed in 1993, is designed to ensure the interoperability

I like to be involved with the learning process by using all of my five senses and through hands-on activities. For many years, I have had the strong urge and desire to study in the field of radiology. Because I obtain information best by learning visually and through hands-on experience - I am blessed with the opportunity to shadow fellow intelligent radiologic technicians at the Uvalde Memorial Hospital. During my time there, I obtained very

CT- pros and cons of CT versus plain x-ray and MRI In the world of medical diagnostic imaging, modern advances in imaging technology allow Health Care Providers (HCPs) to look inside a person’s body through the development of detailed pictures or scans to diagnose disease, trauma, or abnormalities within a patient. Computed Tomography (CT), Plain X-rays (Radiographs) and Magnetic Resonance Imaging (MRI) are three of the exams used by HCPs today. These three diagnostic techniques are used for similar

The main subject of this course is how to become medical professional. Medical professional is something that is practiced or obligated on a daily basis by the individual who is following the ethical standard of medical profession. A professional individuals should have a good judgement, polite behavior and skills and ability to do well in the medical fields. Also medical professions should have the courteous and good manner in the workplace. For instance, a good health practitioner can correctly

The chunking theory has a place in second language acquisition, albeit limited in certain instances that will not assure desirable learning outcomes when applied exclusively. Chunking plays a crucial role in mastering grammar for the second language. The essence of chunks offers an explanation on how human beings are able to cope with cognitive limitations associated with memory, learning rates and attention to meet the demands of the environment. This follows that it is challenging for the second

Nearly all ancient societies practiced body modification through either piercings or tattoos. These ancient practices are becoming ever more present in our modern Canadian society, especially tattoos. One writer says, “Permanent tattooing is the process of body modification by deposition of a pigment into the dermis” (Simunovic and Shinohara 525). Due to skin damage associated with tattoos and magnetic resonance imaging (MRI), tattooing should not be practiced in our modern Canadian society. Tattoos

MRI stands for magnetic resonance imaging. The MRI scan allows doctors to see soft tissues in the body such as organs and muscles without the bones hindering the view. In the pelvis scan, the MRI allows he doctor to see the bones and the blood vessels and some other soft tissues in the area between your hips where the reproductive organs are held and numerous critical muscles; pelvis. MRI is considered a safe way for screening because it does not use radiation unlike other methods of screening. Moreover

MRI is the latest technological advancement of medicine for the accurate diagnosis of many diseases, even in early stages. It consists of a complex set of transmission apparatus of electromagnetism, receiving antennas radio frequencies and computers to analyze data to produce detailed images of two or three dimensions with a level of precision never before achieved to detect, or rule, changes in the organs and tissues of the human body, avoiding annoying and aggressive procedures such as myelography

Magnetic Resonance Imaging (MRI) is a medical exam used to image the body to help screen, diagnose, measure the success of medical treatments, and view the function of some organs. MRI uses a magnetic field, radio waves, and hydrogen nuclei within the human body to produce images. MRI does not use radiation to acquire images as many of the other imaging modalities do. Not using radiation is a benefit of MRI since radiation is cumulative, and there are always concerns of radiation induced cancers

What is a radiologic technologist? This was a question that I had when I first heard about the career. According to the Bureau of Labor Statistics (2015), “Radiologic technologists, also known as radiographers, perform diagnostic imaging examinations, such as x-rays, on patients.” This description became the first piece of knowledge that I received about radiologic technologists before doing more research and eventually applying for college to become one. As a student, there is a large amount of

Due to the ageing population more medical professionals are in demand to meet the needs of each individual, I believe that by studying a radiography course I can be part of the professionals who are making a difference in someone's life. Diagnostic and therapeutic radiography can transform a person’s life by getting the correct diagnosis and then treatment as quickly as possible to get the individual back on their feet. By becoming a radiographer I can be a part of the modern advancements in this

potentially overlapping parts such as WM, GM and CSF.MRI is one of the common ways to visualize brain structure. Automatic segmentation of MR images is very useful for research and clinical study of much neurological pathology. The MRI scan is more reliable than CT scan for diagnosis because it does not affect the human body as it does not use any kind of radiation. MRI shares a common advantage with CT of high spatial resolution images but without ionizing radiation exposure. It possesses good contrast

2.5 Intravascular ultrasound: Intravascular ultrasound (IVUS) is an imaging modality that uses ultrasound to generate realtime imaging of vascular structures. Images of the vascular lumen are obtained by placing a catheter with a miniature transducer on its distal end into a vessel. Vascular endothelium is assessed. IVUS makes use of capacitive micromachined ultrasound transducers (CMUT), which is based on energy transferal by a change in capacitance. Apte, Chang, Khuri-Yakub, Mioni, Nikoozadeh,