Difference between revisions of "MRI"

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==Physics==
 
==Physics==
As a radiologist, necessary MRI physics is that the patient is exposed to particular magnetic fields, making different types of organs and tissues return different amounts of electromagnetic signals. Different settings, or [[MRI sequences]], give various amounts of electromagnetic signals in return, and can be chosen in each case to optimally depict the condition of interest.
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As a radiologist, the necessary MRI physics is that the patient is exposed to particular magnetic fields, making different types of organs and tissues return different amounts of electromagnetic signals. Different settings, or [[MRI sequences]], give various amounts of electromagnetic signals in return, and can be chosen in each case to optimally depict the condition of interest.
  
 
{{Further|MRI sequences}}
 
{{Further|MRI sequences}}
  
 
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Revision as of 13:01, 16 April 2019

Author: Mikael Häggström [notes 1]

Physics

As a radiologist, the necessary MRI physics is that the patient is exposed to particular magnetic fields, making different types of organs and tissues return different amounts of electromagnetic signals. Different settings, or MRI sequences, give various amounts of electromagnetic signals in return, and can be chosen in each case to optimally depict the condition of interest.

Further information: MRI sequences

Notes

  1. For a full list of contributors, see article history. Creators of images are attributed at the image description pages, seen by clicking on the images. See Radlines:Authorship for details.

References