What is the relationship between radiography and medical imaging?
The relationship between radiography and medical imaging is that radiography is a specific type of medical imaging. It is one of the first imaging techniques of healthcare professionals used with success to diagnose and treat diseases and injuries. Digital technologies have advanced medical imaging and are sometimes preferred because of concern about the increased risk of cancer from the radiation exposure, but because these technologies are not suitable for all situations, doctors maintain radiography in their arsenal of diagnostic instruments.
Connection between radiography and medical display is best understood first in the definition for definition for definitions defined for definitions defined for definition defining for definition defining for definition defining to define for defining for defining for defining for defining for defining for defining for defining for defining for defining for defining for defining for defining for defining for defining for definition definingInitial for definition first with respect to the definition definition. Radiography is a process of creating an image on a surface that is radiosensitive. To do this, X -ray uses an X -ray machine, which is basically a type of camera. Rent rays are just like the light that people see in the form of energy, but have a different wavelength and are therefore invisible to the eye. These rays penetrate substances at different pace based on the density of substances, so when there is something between the X -ray machine and the film, the X -rays eventually exhibit a film in different amounts.
The first person to find that X -rays could make X -ray images or pictures of radiation forms was German physicist Wilhelm Conrad Roentgen. When conducting electron beam experiments, he noticed that the fluorescent screen shone in its work area when the gaseous discharge tube showed on the screen on the screenA certain radiation intervened. When he held his hand between the tube and the screen, he saw the shadow of his bones. When a modern, trained radiograph takes an X -ray image, it simply uses a more sophisticated machine instead of the Roentgen gas discharge tube to produce an X -ray beam in a concentrated way. A patient with whom an X -ray worker will build part of his points between the X -ray machine and the film Radiographher, as well as Roentgen put his hand between the tube and the screen.
Because Roentgen was able to see the inner parts of his own body using X -rays, other scientists quickly saw potential medical use for radiography. The first person to use X-rays specifically with the medical intention was John Hall-Edwards in 1896, just a year after the Roentgen's experiment. Hall-Edwards used X-rays to explore the patient internally for the purpose of performing surgery. Radiography and medical imaging have been interconnected since then, with MarieCurie serves as one of the first major advocates using X -rays for medical purposes.
Early medical specialists have only worked with X -rays on the production of X -ray images for diagnostic purposes. When people learned more about the behavior of atoms and molecules and advanced technology, they developed other techniques of medical imaging, many of which use digital technology. Current workers of medical imaging are often familiar with several of these techniques and do not have to use radiography solely, although they are called "radiological techniques", "radiological technologists" or "radiographs".