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Wilhelm Rontgen is generally accepted as the person responsible for having discovered X-rays in 1895 in spite of the fact that a series of individuals had been involved in researching the phenomena in years preceding his studies. Even with this, Rontgen is provided with more consideration because he was the first to actually play an active role in studying this concept. The first X-ray picture illuminated the bones in Mrs. Rontgen's hand, practically creating a precedent for what was going to become the medical X-ray machine. These rays have apparently been called X as a result of their strange nature, as Rontgen was practically astonished as a result of seeing them. The German physicist received the Nobel Prize in Physics in 1901 as a result of his important contribution to the world of medicine.
While...
Many of his predecessors failed to understand the complex nature of X-ray technology and thus did not attempt to study them even further.
Nicola Tesla used electron tubes with the purpose of creating high voltage systems that accelerated electrons to very high speeds. "TESLA has produced many photographs with his powerful electron tubes but despite of some sharp shadows on his photo plates he did not recognize the new kind of X-rays, which later has been reported by ROENTGEN" (Waser 4). Many individuals actually believe that Tesla would have received the Nobel Prize for inventing X-rays if he were to concentrate more on the concept. This is but one of the many experiments that Tesla was involved in and eventually came to…
Works cited:
Waser, Andre, "Nikola TESLA's Radiations and the Cosmic Rays," Retrieved March 31, 2013, from the Andre Waser Website: http://www.andre-waser.ch/Publications/NikolaTeslasRadiationsAndCosmicRays.pdf
"History of the X-ray Technician Career," Retrieved March 31, 2013, from the Anthem Education Website: http://anthem.edu/x-ray-technician-school/history/
Some sources also offer a different insight for the emergent increase in need of this technology. Bernike Pasveer follows the idea that it was because there was a need for efficient diagnosis methods (Pasveer, 1993, p89). It was only after the introduction of X-rays that there was a determination of the nature of tuberculosis. The need for an efficient method that disputed the myths was necessary, and that was achieved
Conversely, Paris and Rome were inspiring both aesthetically and spiritually. As a result, Adams spent many summers in Paris. Chiefly, London was the stimulus that shaped Adams' education and his historical viewpoints. Ironically, Adams shared his negative English stereotypes, starting in Chapter 12. "The English mind was one-sided, eccentric, systematically unsystematic and logically illogical. The less one knew of it the better."7 Surprisingly, Adams carried residue of a family
History of Magnetic Resonance Imaging (MRI) Getting an MRI scan may someday become as common as getting an X-ray. - Davis Meltzer, 1987 According to Gould (2004), on July 3, 1977, an event took place that would forever alter the landscape of modern medicine, although outside the scientific research community, this event hardly attracted any notice at all. The event in question was the first MRI exam ever performed on a human
[MSIT] the fact that X-rays are not used in MRI make it much safer for the patients as the radiation hazard is not there. Also, MRI provides greater contrast between the different tissues in comparison to a CT scanner offering more detailed anatomical review, better diagnostics, and improved interventional radiology. By adjusting the contrast mechanisms and other imaging parameters, the MRI allows the radiologist to obtain a highly detailed
U.S. technology in Thai hospitals will have a positive, negative or neutral effect on the mortality rate of patients in Thailand. U.S. hospitals currently offer patients some of the most modern and complex technology available. Patients whether at private or public facilities are very often afforded modern urgent care that reduces the likelihood of mortality from common and less common illness. The mortality ratio, or comparison of patients admitted
" (Doukas, Maglogiannis and Kormentzas, 2006) The following illustration shows the evaluation Platform Architecture. Figure 3 The Evaluation Platform Architecture Doukas, Maglogiannis and Kormentzas (2006) state that the patient state vital signs are monitored through a PDA device attached to the patient and transmitted to a computer for evaluation through wireless access or Bluetooth. Additionally the patient site is monitored through use of a camera. The software that has been developed is used