The Back Bones Connected to the Neck Bone, and The X-rays Connected to Liberal Arts Education

Patients who do not know much will ask a lot of questions that technicians must understand. As new colleagues who are not familiar with new jobs or new machines, they need someone else's help. One of the respondents mentioned in the Eriksson article said that they learned a lot from people working together, so as a colleague they will help each other. Therefore, you can become a better team by teaching each other colleagues. If they are successful workers, especially if they have good communication skills with each other, they can finish the work as quickly as possible.

If you are breaking a bone or doing a thorough dental checkup, you will definitely be affected by the X - ray device. X-ray photography is a method of photographing internal organs and bones through clothes and skin. This technique reduces the need for exploratory surgery and makes diagnosis and treatment of injuries and diseases faster and safer faster. X-ray itself was discovered by German physicist Wilhelm Röntgen in 1896. Like many other scientists, X - ray studies cathode lines. Since the mid-nineteenth century scientists have discovered that they can flow from a charged conductor (called an electrode) to another conductor through a vacuum (usually a glass vessel from which almost all air has been removed). did. . When charge flows, the radiation appears to be released from the negatively charged electrode (called the cathode) to the anode, which is the positively charged electrode. This is a cathode line

In 1895, German scientist Wilhelm Conrad Röntgen first observed and recorded X-rays. He discovered that radiating X - rays through his arms and hands created a detailed image of the bones. When you take X-rays, X-ray sensitive films are placed on one side of the body and X-rays pass through you. Bones are denser than the skin and absorb more X-rays, so the bone shadow remains on the X-ray film and the skin looks transparent. Our solar radiation peaks in the visible range, but the sun's sun is hotter, mainly radiating X-rays. In order to study the sundial, scientists used data collected by X - ray detectors made on earth orbit satellites. The sunrise spacecraft in Japan created these x - ray images of the sun, allowing scientists to view and record the flow of sundial energy

Various parts of the body absorb X-rays to varying degrees. Dense bones absorb most of the radiation, but soft tissues such as muscle, fat, organs transmit more X-rays. As a result, bone appears white with X-rays, soft tissue is gray shadow, and air appears black. Until recently, the X-ray image was still stored on a large film (it is like a big photographic negative). Today, most images are electronically stored digital files. These saved images are easy to access and are often compared to current X-ray images for diagnosis and disease management.