What are the different types of radiological equipment?
Individuals working in radiology are operated by different types of radiological equipment to see and acquire the interior of the human body. X -ray, computer axial tomography (CAT) and magnetic resonance (MRI) machines are machines used in radiology. This equipment can be important in the diagnosis and treatment of a wide range of injuries and conditions. For example, X -rays can be used to diagnose bone fractures and certain lung problems.
One of the most famous types of radiological equipment is an X -ray machine. The X -ray machine uses X -rays, which are a type of electromagnetic radiation, to produce images of human body. X -ray machines send photons that are particles of X -rays, through the body of man, and a special film captures images. During routine dentures, people often have X -rays, but this technology is also used to give doctors a look at many different parts of the body.
scanER Cat is an another type of radiological equipment that allows doctors to see the interior of a human body. CAT Scanning devices creates cross -sectional images of an explored area that can be displayed on a special computer monitor or printed for later use and analysis. Instead of X -rays, cat scanning is often used when a medical professional needs to get brighter images of the patient's organs, bones and even blood vessels. These tests provide more detailed images than X -rays can.
cat scan works similarly to X -rays. With this procedure, many X -rays rotate around the patient along with special electronic detectors. While these detectors measure how much radiation is absorbed by the person's body, the Examination table moves inside the scanner to ensure that the required images are obtained. The computer takes the data created by the scanner and creates a crossbarezal images of interior points.
MRI The machine is another important piece of radiological equipment. This type of machine uses a magnetic field instead of radiation to obtain images of the inside of the human body. With this machine, electric current and wire coils are used to produce magnetic current. The magnetic field then stimulates the water molecules to compensate, and the radio waves cause signals. These radio waves are sent to a computer that processes images that create signals.
high -resolution images created by this machine are views of the thin slice of the explored area. This machine is often used to view parts of the body, which is harder to evaluate with other types of display. For example, the MRI machine is better to capture the backbone chord images than the X -ray and cats.