Artifacts Affecting Musculoskeletal Magnetic Resonance Imaging: Their Origins and Solutions
Eira Roth1, Michael Hoff2, Michael L Richardson2
1Irving Radiological Associates, Irving, TX.
Abstract:
Among articles within the radiology literature, few present the manifestations of magnetic resonance imaging artifacts in a clinically oriented manner. Recognizing such artifacts is imperative given the increasing clinical use of magnetic resonance imaging and the emphasis by the American Board of Radiology on practical physics applications. The purpose of this article is to present magnetic resonance physics principles visually and conceptually in the context of common musculoskeletal radiology artifacts and their solutions, described using nonmathematical explanations.
Insights
Magnetic resonance imaging (MRI) artifacts can be better understood through visual, non-mathematical explanations of physics principles. This approach aids radiologists in recognizing and resolving common musculoskeletal MRI artifacts in clinical practice.
Area of Science:
- Radiology
- Medical Imaging Physics
Background:
- Magnetic resonance imaging (MRI) is increasingly used in clinical settings.
- A gap exists in radiology literature regarding clinically oriented presentations of MRI artifacts.
- The American Board of Radiology emphasizes practical physics applications in radiology.
Purpose of the Study:
- To visually and conceptually present magnetic resonance physics principles.
- To contextualize these principles within common musculoskeletal radiology artifacts.
- To provide non-mathematical explanations for artifact recognition and solutions.
Main Methods:
- Visual presentation of magnetic resonance physics principles.
- Conceptual explanations of artifact manifestations.
- Focus on common musculoskeletal imaging scenarios.
- Non-mathematical approach to physics concepts.
Main Results:
- (Not explicitly stated in the abstract, but implied: a resource for understanding MRI artifacts)
Conclusions:
- Understanding MRI physics principles visually aids in recognizing and managing musculoskeletal artifacts.
- This approach enhances practical application of physics in clinical radiology.
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