The dangers of radiation exposure had been speculated on since shortly after Wilhelm Roentgen’s discovery. In 1916, the public was forced to realize the true dangers of radiation exposure because of Dr. Emilio Tiraboschi’s autopsy, which showed that exposure had damaged is internal organs and shrunk his
1.) Victims of radiation exposure can get the proper treatment they need, 2.) Proper techniques will develop to condition the victims that received bone marrow radiation damage (because they will need a bone marrow transplant in the near future), and 3.) therapies
Intensity Modulated Radiation Therapy (IMRT) and Stereotactic radiation therapy. The IMRT method is usually used with tumors that cannot easily be reached with surgery and are located near highly important locations in the brain. The radiation delivery system
Intensity-Modulated Radiation Therapy (IMRT) Intensity modulated radiation therapy (IMRT) is a computer-guided radiation delivery system used to treat tumors that are difficult to reach or resect. Using Technology to Target Mesothelioma IMRT uses advanced software to target a tumor with an exact radiation dose based on the tumor’s size, shape and location in the body. IMRT enables physicians to focus higher radiation doses directly to the tumor while minimizing doses to surrounding normal tissue. Benefits of IMRT · More radiation where it is needed With IMRT a radiation oncologist can precisely target a tumor with higher radiation doses than traditional radiation therapy delivery methods. IMRT minimizes radiation exposure to healthy tissues, leading to fewer side effects like treatment toxicity.
Radiation is also not confined to a specific area. It can be taken where ever the wind does. Humans can get radiation sickness from total body exposure of 1 gray (Radiation Sickness). To put this into a more medical perspective, various types of cancers are targeted with radiation. The smaller portions used to help prevent certain cancers use a targeted amount of radiation at 10-20 grays (Nuclear Radiation).
It is also electronic, which takes much less time to turn on and off lowering the amount of time a patient is exposed to radiation. Since the system will be much smaller is could be used out side the medical field
Radiation is high-energy particles that travel at very high speeds that if come in contact with human, disrupt and damage the molecular composition of our bodies. Radiation is even more dangerous in space because Earth’s natural shield is not protecting you anymore. For us to even contemplate traveling further into space, colonizing Mars, or simply conducting more space travel in general, we are going to have to find a way to deal with the radiation. To even start to find solutions to prevent radiation, we have to understand it. We have to know the basics about it, what a lethal dose is, and how we can prevent it.
There are also other vital various tasks that require the radiology therapist to be cautious and
Despite the low radiation exposure, there is still a slight chance of cancer development such as leukemia in some patients, if they are not careful. In radioactive iodine therapy, some patients are required to be hospitalized and isolated because radiation continues to emit from the patient’s body for a while after the therapy. Additionally, the patient may suffer from short-term side effects such as nausea and vomiting, neck tenderness and swelling, salivary gland problems. Large doses may also affect the reproductive systems; reducing sperm count or infertility in men, and irregular periods in women. While nuclear medicine can treat a certain area of the body, the radiation also causes collateral damage to surrounding tissues—though the risk is slight and the severity depends on the level of treatment.
R.J. Uitterhoeve (2004) identified that the intervention pertaining to relieving distress among patients with cancer undergoing radiation therapy was to help patients acquire strategies to better manage by increasing skills such as reinterpreting pain and other symptoms by diverting attention away from pain or other distressing symptoms through counseling sessions with the health care
“I was very afraid,” he said. “We stayed at home for a week. A man came into our house dressed in protective gear. My mother sealed the windows against the dust.” It is estimated that 100,000 people still suffer from radiation related diseases because of the testing.
It is my deepest interest to receive admission into the Virginia Commonwealth University's, College of Health Professions, Clinical Radiation Sciences Program. I have been working towards this goal for two years and have gained knowledge and insight into the many complexities and challenges that the radiation sciences offer. I have been and continue to look forward to the hands-on training that comes with getting into the program. By being admitted into this program, I will be able to bring a unique perspective to both academic and professional settings by utilizing the knowledge and experience gained thus far.
Since radiation is one of the most difficult challenges we face today when it comes to space exploration. The uncertainty of the differences of space radiation and radiation on earth which creates uncertainty to possible health risks. Because of differences in radiation types it makes shielding very difficult. (Durante and Cucinotta 1245)
Radiation therapy hasn't always been something everyone found to be safe,usable, or effective. It has been cosidered dangerous and sometimes fatal, some also believe radiation therapy will cause the patient to not to get better but to make get worse and very ill. Some people with open minds ponder the question does radiation therapy really cause you to get worse?Radiation therapy can do the patient good because it kills of cancer cells which could save your life depending on the severity of it. Radiation therapy doesn’t cause harm. How is radiation therapy being improved some might ask,"Doctors and other scientists are conducting research studies called clinical trials to learn how to use radiation therapy to treat cancer more safely and effectively."("Radiation
After reading a few articles and doing some research on my own I have reached a valid argument to explain a few reasons why preventative measures need to be taken. In this essay I will first explain how radiation is bad for you skin and why we need to take these measures to fight for our lives. Then I will help educate you on how we can add a few things to our daily routines so we can stay healthier and happier in our everyday life.
