Answer:
Operates a high-powered magnet that takes images of internal bodily structures.
Explanation:
To obtain the finest pictures for you, they will control the MRI console as you sit in front of it.
They will first get a localizer picture for planning, coverage, signal, and artifact screening.
Following the acquisition of these low-resolution pictures, they propose to acquire several weighted images, including T1, T2, PD, and STIR images depending on hospital protocol.
Each sequence serves a different diagnostic function or advantage.
Remember not to move throughout the scan since the MRI scan is particularly sensitive to motion. When you hear the loud sound coming from the machine during the scan, it is the gradient coil creating the RF pulse for your scan.
To get the best pictures for a doctor to diagnose, the MRI technician will fine-tune the parameter. Each parameter depends on the patient's health and how long they can remain motionless, as well as the scan time and image quality.
<em>How the images were generated?</em>
Our bodies are 80 percent water (H2O), and each proton in water has one charge. We created a signal by employing the hydrogen proton and an RF pulse. (It's difficult to express in a few words, and it takes a long time to be able to completely grasp by a simple explanation.) Nevertheless, once we have the signal and its location, we can now determine where the signal originated and validate which organ has an irregular signal.
Thank you,
Eddie
