OBLIQUE MRI OF NORMAL STRUCTURES

Ghaidaa Hassan Thamer shalal; Abbas Fadhil Muhammad Abdullah; Diaa Mohsen Muhammad Ali Youssef; Sattat jabbar hasan Hadad; Narges Muhammad Jassim Aweez

OBLIQUE MRI OF NORMAL STRUCTURES

Authors

Ghaidaa Hassan Thamer shalal Al-Karkh University of Science, College of Science, department Medical Physics
Abbas Fadhil Muhammad Abdullah al mustaqbel university Department of Medical Physics
Diaa Mohsen Muhammad Ali Youssef Al-Karkh University of Science, College of Science, Medical Physics
Sattat jabbar hasan Hadad Al-Karkh College of Science/ Department of Medical Physics
Narges Muhammad Jassim Aweez Dhi Qar University, College of Science/Department of Medical Physics/

Keywords:

Magnetic resonance, image plane, heart

Abstract

Magnetic resonance (MR) imaging allows freedom in choosing oblique planes of section and rotation of image plane with respect to frequency encoded (F) and phase-encoded (P) dimensions. A general method is described for understanding geometric relationships between the fixed magnetic coordinate system, patient position and the flexible observers coordinate system. Oblique planes of section are clinically useful in studying organs with an axis symmetry that is oblique to magnet coordinate system, such as the heart. Rotation of image plane can be used to move motion artifacts away from anatomic regions of interest, such as the liver and spine. Appropriate use of oblique section and image rotation can improve MR image quality and diagnostic value of the patient study.

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Published

2024-07-06

How to Cite

Ghaidaa Hassan Thamer shalal, Abbas Fadhil Muhammad Abdullah, Diaa Mohsen Muhammad Ali Youssef, Sattat jabbar hasan Hadad, & Narges Muhammad Jassim Aweez. (2024). OBLIQUE MRI OF NORMAL STRUCTURES. Eurasian Journal of Research, Development and Innovation, 34, 380–400. Retrieved from https://geniusjournals.org/index.php/ejrdi/article/view/6221