"Radiography Trauma and Mobile" is a great example of a paper on radiology. Radiography is a technique of imaging that uses electromagnetic radiation when it comes to the viewing of the internal organs or structures of an object that is not visible to the eye (opaque) i. e. the human body. The expert that deals with this field are called the radiographer. When it comes to dealing with an elbow injury, the radiographer should consider and take into account the mechanism of injury and age of the patient, doing this in an accurate and prompt manner.
To acquire the best information, the radiographer should ensure the correct positioning of the patient and radiation exposure that is at its optimum (Frank, et al, 2007). He should also ensure that he gets the best projections of the elbow for the correct diagnosis to be employed. During the radiographic procedure, patient movement can be minimized with the additional safeguards in the designs of the machines, increasing awareness to the patient on the need to minimize movement s and using of technologies that are safe.
This is important as it not only minimizes the patient’ s movement but also prevents the fracture from worsening. Therefore, radiographers not only have to be vigilant while carrying out their procedures but also employ the necessary technologies that will ensure minimal negative effects of radiation to the patient, minimal movements, and the best diagnosis (Greathouse, 2006) A Mobile x-ray image serves the purpose of bringing the x-ray to a stationary patient. It looks at the bones and areas of close proximity to them. This is convenient due to its compact nature and portability.
In this case, there is no need to move the patient as the technology is brought to them. Frederick McKinley Jones, an African American entrepreneur, and inventor in the one responsible for the invention of the mobile or portable x-ray machine in 1919 (Snopek, 2006). Artifacts are the errors that occur when it comes to radiography, which may include abnormal shadows and poor image quality. They may be due to operator error, hardware failure, or software processing. If an x-ray has to be repeated in case of artifacts, the following precautions should be taken.
The professional should first ensure that there is a minimal movement with the patient to increase the sharpness of the image. He should then recheck the machine to ensure that it is functioning properly (Frank, et al, 2011). He should also asses his handling of the films to ensure that he is doing so in the proper manner. Managing the artifacts entails the proper handling of the machine i. e. proper maintenance, proper operation of the machines, and handling of the films. There is also a need for the creation of awareness to the patient on the purpose of being still during the procedure. Companion image in mobile Xrays is important as it suppresses and reduces the way in which clavicles and posterior ribs appear and in this, enhancing and increasing the clarity and visualization of the chest’ s soft tissues.
This companion view or image serves the purpose of complementing the already processed radiographic image which serves to improve the interpretability of it for the best diagnosis and clinical purpose. Carestream announced this innovation on November 21st, 2013.
1. Snopek, M 2006, “Fundamentals of Special Radiographic Procedures,” Saunders Elsevier: 4-16
2. Frank, E Long, B Smith, B Ballinger, P Merrill, V 2007,” Merrill’s Atlas of radiographic positioning & procedures,” Mosby Elsevier :19-22
3. Greathouse, J 2006 ,”Radiographic positioning & comprehensive approach,” Thomson Delmar learning: 5 – 12
4. Frank,E Long, B Smith, B Ballinger, P Merrill ,V 2011 ,”Merrill’s Atlas of radiographic positioning & procedures, “ Mosby Vol 1 19 – 32
5. Frank, E Long, B Smith, B Ballinger, P Merrill ,V 2011,” Merrill’s Atlas of radiographic positioning & procedures, “Mosby vol 2 17 - 25