图像解释和人工制品

Rachel C. Murray MA, VetMB, MS, PhD, Sue Dyson MA, VetMB, PhD
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引用次数: 32

摘要

磁共振成像是一种复杂的成像方式,可以产生大量的信息。该信息显示为由信号强度变化产生的灰度对比度。正常组织具有特征性的信号强度模式和轮廓。组织生化组成、结构、形状和大小的改变可以通过磁共振成像检测到,并被视为正在评估的解剖结构的信号强度和轮廓的改变。然而,磁共振图像的外观受到采集时使用的脉冲序列、成像选项和感兴趣区域的定位的极大影响。磁共振成像也容易出现各种伪影。因此,口译员了解MR成像的局限性以及如何最好地优化和解释收集到的信息是很重要的。同样重要的是,根据每匹马的临床表现和其他诊断信息来解释这些信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Image Interpretation and Artifacts

Magnetic resonance (MR) imaging is a complex modality that produces vast amounts of information. This information is shown as gray scale contrast derived from variations in signal intensity. Normal tissues have characteristic signal intensity patterns and contours. Alterations in tissue biochemical composition, structure, shape, and size can be detected using MR imaging and are seen as alterations in signal intensity and contour of the anatomical structures being evaluated. However, the appearance of MR images are affected greatly by the pulse sequences used in acquisition, the imaging options, and positioning of the region of interest. MR imaging is also prone to a variety of artifacts. It is therefore important that the interpreter has an understanding of the limitations of MR imaging and how best to optimize and interpret the information collected. It is also important that this information is interpreted in the light of the clinical findings and other diagnostic information for each horse.

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