Radiation Therapist Research Paper

One of the things that does make radiation tech one of the greatest jobs in the medical field is that you can start a career with only two years of education, helping others and having multiple pathways for advancement. The security in the health care field is excellent and interesting and also have good work settings. Job benefits beyond salary include health, life and disability insurance. Since radiation techs are needed pretty much everywhere around the world they have the ability to travel, which also includes the option of military

Radiation Therapy does not just take a strong mind, or someone with compassion; it is also is a very technical field. I have grown up loving technology and always trying to understand different ways to utilize and understand new technology. I believe this skill will help me as a Radiation Therapist as technology is always evolving. Having an aptitude and appreciation towards this, will be an asset.

The next part of my research I am discussing will be the salary. Radiation Technologists make plenty of money, believe me on that one. In some states,you may earn up to the range of $50,000 to $60,000 on salary! But, in order to get that much, you need to take certain classes, courses, optional career paths, and other voluntary options. In some states, like California, you can take time to get training from your employer’s company and that can earn really high money.

In order to fulfill my dream to work in the medical field, I plan to become a radiation therapist. Radiation therapist treat cancer and other diseases in patients by administering radiation treatments. In order to be successful at this they damage cells by destroying the genetic material that controls how cells grow and divide. Healthy and cancerous cells are damaged, but the goal is to destroy as few healthy cells as possible. Their work environment is mostly in hospitals, physician offices, and outpatient centers. They work full time and receive an estimate of $38.00 an hour and around $77,560 per year according to the records of 2012. In order to become a radiation therapist you will have to complete a program that leads to an associate’s degree or further your education with a bachelor’s degree in radiation therapy. You must be licensed in most states to work with such technology. The benefits of becoming a radiation therapist are the pay is excellent, they usually work day shift, and the fact

One can also pursue a four-year bachelor's degree program that is provided by universities and other community colleges. Technicians generally prefer a bachelor's degree if they would want to diversify into other fields in their career later. Radiology Technician Schools and

As healthcare professionals, those in the field of radiology work to support sick and injured patients on the road toward diagnosis and recovery. Though many may see radiographers as employees serving a purpose to aid those with a disabling injury, many fail to acknowledge the possibility of radiographers being prone to injury themselves. There are many factors that contribute to the risk of work related injuries, which include heavy physical work, lifting and forceful movements, bending and twisting, sustained poor postures, and repetitive or frequent movement patterns. As a radiographer, job requirements entail repetitive movements involving lifting and positioning patients, some of which fail to cooperate or are unable to follow verbal direction. Also, some patients who are unable to assist in moving and position create added stress to multiple joints and muscles for the technologist. When patients are maneuvered incorrectly, radiographers are prone to physical stress and musculoskeletal disorders in many different areas of the body. Additionally, the use of heavy lead aprons and the image archiving systems that are used to collect

All programs offer a Doctor of Physical Therapy (DPT) degree. (Bureau of Labor Statistics, 2015) Normally without my G.I Bill I would have been looking at around 4-6 years to get my degree and progress forward, but thankfully I have the assistance from my military service. A lot of the requirements to get the Bachelor’s degree consist of having education in classes providing knowledge of the body. I am looking at having a vast knowledge base between Human anatomy and Physiology, all the way to a bit of physics. There are places that will allow you to apply for a clinical residency program, they generally last for 1 year and provide a hands on learning environment in your specialty area of care. This may be a good idea for me considering it is easier for me to learn when I have my hands on. I do best getting my hands a bit dirty. From what I have read, it would seem that all states would require you to get a license to be listed as a Physical Therapist. According to The Bureau of Labor Statistics, not all states will have the same requirements, but the will require you to pass the Physical Therapy Examination that is administered by the Federation of State Boards of Physical Therapy (Bureau of Labor Statistics, 2015). You have your choice between a few different areas when it comes to working this career path actually. There

In addition, Interventional radiologists may sub-specialize further so that they only treat abnormalities of the brain. And the Radiation oncology uses radiation to treat diseases such as cancer, using radiation therapy. These specialists are not called radiologists, but radiation oncologists, even though they belong to the Royal Australian and New Zealand College of Radiologists. These three fields are alike in that they all use a form of imaging device in order to help them to treat and interpret treatment for the patient. The biggest contrast between the fields of Diagnostic Radiologist, Interventional Radiologist, and Radiation Radiologist is how they use the tools of their trade. Each of the fields will use the imaging devices in a different manner for their treatment of the

According to the researchers of mayoclinic.org, Radiation Oncology is the practice of regulating high dosages of radiation to kill cancerous cells. In this job several small tasks accumulate into a complex system. A radiation oncologist can expect to: place radioactive material into the body to locate and pinpoint tumors, keep detailed records of treatment proficiency, examine and create machinery to diminish harmful exposure to radiation, and to console other oncologists about methods such as chemotherapy and stem-cell treatment. As a young child, I decided to delve into the study of cancer based on watching my mother battle the disease (mayoclinic.org).

Inspirational speaker, Iyala Vanzant once said “Don’t get hung up on the hard times, the challenges. Tell your story by highlighting the victories. Because it’s your victories that will inspire, motivate, encourage other people to live their stories in grander ways”. (Vanzant, I. (n.d.). Hopeful Quotes). This proves to be true when patients have the right support systems to stand by them every step of the way. With cancer being an awful experience for anyone, survival ratings are beginning to rise because of advancing technology and medicine.

It takes a lot of time and effort to successfully become a radiation oncologist. In fact, it takes about thirteen years of schooling. First, a bachelor’s degree is needed. Then, after finishing college, people usually volunteer at hospitals to get a feel for what they would be doing. A Medical Degree is also needed from an accredited medical school.

You will need to obtain a Medical Degree or Doctor of Osteopathic Medicine, a state licenses, Advanced undergraduate courses in organic and inorganic chemistry, biology, biochemistry, physics and math. Some key skills you will need to have are detailed oriented, physical stamina, communication, and organizational skills. A pre-med bachelor’s degree is helpful, but it is not needed to be a radiologist.

Radiologic technology encompasses a wide spectrum of specialties, from radiographers (who produce 3-D and 2-D images of bones, organs and vessels) to radiation therapists (who administer customized forms of radiation to treat cancer and other diseases).

Bloodless Gamma Knife Radiosurgery is a very precise form of computerized therapeutic radiology recognized worldwide for treating many types of malignant or benign brain tumors, vascular malformations, and functional disorders like trigeminal neuralgia using specialized equipment (Mayo Clinic). It helps locate and irradiate small targets within the head and brain with very high precision and either controls the tumors so that they disappear, shrink, or stop growing. Gamma Knife Radiosurgery is called “surgery” because a result similar to a surgical procedure is created by radiation therapy treatment generally for one session. Patients arrive in the morning and are able to return home later in the day. Gamma Knife Radiosurgery can also be used in situations where the brain lesions cannot be reached by conventional surgical techniques and it is not used for people whose condition required more immediate therapy (Colombia Neurosurgeons).

In contrast, internal radiation therapy uses a radioactive material that is is placed inside the tumor. Internal radiotherapy can be performed in several ways. Brachytherapy is a type of internal radiation treatment in which a solid radioactive source in placed in the tumor. This involves the patient staying in hospital for a few days or until the radioactive source has been removed from their body. Another form of internal radiotherapy is radionuclide, which uses a liquid source of radiation. This can either be taken through the patient's mouth or by an injection placed into a vein. For radionuclide, the patient would need to stay in hospital until the radioactivity has left the body. Internal radiation therapy allows a higher dosage of radiation