The First Invention Of Radiology

of the day. Whether the challenges are mental or purely physical. We have found more

- Even though the X-ray expose patient to harmful radiation it is used to see inside the human body and diagnose broken bones, gallstones and later tuberculosis.

1. In 1895 the discovery of X-rays by the German scientist of physics, Wilhelm Roentgen, created an amazing step forward in the history of medicine. For the first time ever, the inner workings of the body could be made visible without having to operate.

1895 – X-rays were discovered accidentally by physicist Wilhelm Conrad Rontgen. Rontgen was working on a experiment and testing whether cathode rays could pass through glass. He noticed that a nearby tube emitted fluorescent glow of crystals. The air in the tube was released, high voltage applied, the same tube emitted a fluorescent glow. When Rontgen covered the tube in a heavy black paper, a green light could be seen. He concluded that a new light ray was being broadcast. Rontgen discovered that the light was very powerful and the same ray could pass through human tissue, but not through bones and metal objects. Medical applications were soon to follow. ("History of radiography," )

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

When it comes to medical imaging, there are several different options to choose from for different testing. There are similarities and differences; pros and cons to each. This paper will discuss MRI, CT, and ultrasound. They each have important things to know regarding radiation dose, cost, and reasons to use one over another.

If you have thought about becoming a Radiologic Technologist, someone who performs imaging examinations, but do not know if it is the right choice for you. This paper will inform the reader as to how to become a Radiologic Technologist, their job description, ranging from the work settings to the kind of patients they deal with, some of the challenges and rewards, including their salary as well. At the end of this paper you should be able to make up your mind on becoming one or not.

It embodies those qualities that geared me to become a physician. Ought most importantly, Radiology is intellectually challenging. The radiologist must coalesce his complete clinical knowledge across the different organ systems of human body, combined with all available patient history and findings to transmute pictures into a reasonable meaningful diagnosis. Secondly, I believe the radiologist must possess highest communication skills and team work. The radiologist has become a fulcrum point to the modern team based medicine, working closely with the internists, surgeons and other specialists to precisely diagnose and treat patients. The radiologist is also about trust. As the modern technologies have provided the specialists with an unparalleled power to image the human body, at the same time it has become increasingly complex and difficult for most of the experienced clinicians to interpret the finding in a useful manner from what is otherwise just an unfathomable collection of pictures. Radiologists are trusted to use the potentially lethal radiation to precisely localize areas of anatomical anomaly and abnormalities, and provide differential diagnosis. Finally, in radiology the boundaries of modern medicine ate protracted with the applications of modern technologies in diagnostic modalities and progressively in therapeutic ones. It is truly exciting to witness and be a part of this modern medicine

X-rays may be invisible waves found on the electromagnetic spectrum which can almost make their known danger seem of little importance because our five senses cannot measure their activity, however x-rays must not be taken lightly. Radiologic Technologist must keep in mind the dangers and gravity of the force that they are working with on a daily basis. Patients should have the right to their own safety when undergoing a medical procedure that requires the use of x-rays. Radiologic Technologist are the ones responsible for upholding this safety. They can and must do this in variety of ways that include, making sure the patient is knowledgeable about the procedure, using correct collimation to the part under examination, and by shielding the

If you have thought about becoming a Radiologic Technologist, someone who performs imaging examinations, but do not know if it is the right choice for you. This paper will inform the reader as to how to become a Radiologic Technologist, their job description, ranging from the work settings to the kind of patients they deal with, some of the challenges and rewards, including their salary as well. At the end of this paper you should be able to make up your mind on becoming one or not.

"So why get registered? Let 's take for an example of Cedars-Sinai Medical Center in Los Angeles. They were not fully aware of how much radiation their brain scans were giving off and doctor 's were astonished by what they discovered. "The overdose was discovered when a patient reported lost patches of hair following a CT scan. The error remained unchecked for 18 months, involved more than 200 people, and exacerbated existing concerns that patients nationwide are being exposed to excess radiation during medical testing. Diagnostic imaging tests have increased Americans ' average radiation exposure seven times since 1980. Increased exposure leads to increased cancer risk although they claim that no one suffered any long-term damage from their overexposure at Cedars-Sinai, there’s no guarantee that this is the case. Some of the more than 200 patients affected received twice as much radiation as the average cancer patient would receive in one treatment, and these people did not have cancer cells to eradicate. And it’s already known that increased exposure to radiation increases your cancer risk. In fact, according to John Gofman, MD, PhD, there is strong evidence that 50 percent of the death rate from cancer, and 60 percent of the death rate from ischemic heart disease today are induced by ionizing radiation treatments. The concept of x-ray-induced cases means “cases that would not exist were it not for exposure to x-rays.”

So Good, It Hertz Heinrich Hertz was a German Physicist who was able to contribute many discoveries and contributions to the world of Radiology. Hertz was known to have “paved the way for numerous advances in communication technology” through the discovery of radio waves and also confirming the Electromagnetic Theory made by James Clerk Maxwell. Though many people do not know who Heinrich Hertz was, many know the word “hertz (Hz)” as a unit of measure of frequency that was established in Heinrich Hertz honor during 1930.

It is considered prudent for public safety to assume that every exposure to ionizing radiation, no matter how small, carries some small risk of unwanted health effects. The reason for nuclear medicine is to help heal the unwanted diseases in someone’s body. CT scans are very helpful because they avoid invasive surgery that take hours and have risks with being under anesthesia (medicine & scientific research, n.d.). These scans help guide the treatment for many different diseases and injuries like car accidents, cancer, blood clots in the lungs and many more. According to the NCRP “Approximately 68 million CT scans were performed in the United States in 2006”(Medicine & scientific research, n.d.). Bone scans can detect the spread of cancer 6 to 18 months earlier than X-rays, kidney scans are much more sensitive than X-rays or ultrasounds in fully evaluating kidney function, and imaging with radioactive technetium-99 can help diagnose bone infections at the earliest possible stage (Medicine & scientific research,

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

With this stability and mass production, x-rays machines became very common everywhere. From large factories, to doctors offices, all the way to the corner store of small towns, where children and adults alike could insert a coin into a machine and view the bones in their feet. (3.) Because of their relative adolescences in the world, not much was known about x-rays or their effects on the human body. The first theories about the rays’ effects on the human body were that they had beneficial applications. With this being the only theory about their effect, widespread use went on, unmonitored, and unregulated. This unregulated use led to injuries but because of their slow onset the injuries were never attributed to x-rays. While some scientists tied certain skin burns to over exposure of x-rays it wasn’t until popular minds of the world like Thomas Edison, Nikola Tesla and William J. Morton expressed that they experienced eye pain when dealing with the rays for extended periods of time that people began to connect the dots and understand the negative