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首页> 外文期刊>The Veterinary Record >Technical innovation changes standard radiographic protocols in veterinary medicine: is it necessary to obtain two dorsoproximal-palmarodistal oblique views of the equine foot when using computerised radiography systems?
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Technical innovation changes standard radiographic protocols in veterinary medicine: is it necessary to obtain two dorsoproximal-palmarodistal oblique views of the equine foot when using computerised radiography systems?

机译:技术创新改变了兽医的标准放射线照相规程:使用计算机放射线照相系统时,是否有必要获得马足的两个近背-腕骨斜视图?

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摘要

Since the 1950s, veterinary practitioners have included two separate dorsoproximal-palmarodistal oblique (DPr-PaDiO) radiographs as part of a standard series of the equine foot. One image is obtained to visualise the distal phalanx and the other to visualise the navicular bone. However, rapid development of computed radiography and digital radiography and their post-processing capabilities could mean that this practice is no longer required. The aim of this study was to determine differences in perceived image quality between DPr-PaDiO radiographs that were acquired with a computerised radiography system with exposures, centring and collimation recommended for the navicular bone versus images acquired for the distal phalanx but were subsequently manipulated post-acquisition to highlight the navicular bone. Thirty images were presented to four clinicians for quality assessment and graded using a 1-3 scale (1=textbook quality, 2=diagnostic quality, 3=non-diagnostic image). No significant difference in diagnostic quality was found between the original navicular bone images and the manipulated distal phalanx images. This finding suggests that a single DPr-PaDiO image of the distal phalanx is sufficient for an equine foot radiographic series, with appropriate post-processing and manipulation. This change in protocol will result in reduced radiographic study time and decreased patient/personnel radiation exposure.
机译:自1950年代以来,兽医从业人员已包括两张单独的背近侧-腕骨斜位(DPr-PaDiO)射线照相,作为马脚标准系列的一部分。获得一个图像以可视化远端指骨,而另一个图像以可视化舟骨。但是,计算机射线照相和数字射线照相及其后处理能力的快速发展可能意味着不再需要这种做法。这项研究的目的是确定DPr-PaDiO X射线照片之间的感知图像质量差异,该DPr-PaDiO射线照片通过计算机射线照相系统进行采集,建议对舟状骨进行曝光,定心和准直,而对于远端指骨获取图像,但随后进行后处理。采集以突出舟骨。将30张图像提交给四位临床医生进行质量评估,并使用1-3量表进行分级(1 =教科书质量,2 =诊断质量,3 =非诊断图像)。在原始的舟骨图像和经操纵的远端指骨图像之间,在诊断质量上没有发现显着差异。这一发现表明,远端趾骨的单个DPr-PaDiO图像足以通过适当的后处理和操作来进行马脚X线检查。方案的这种更改将导致减少射线照相的研究时间并减少患者/人员的辐射暴露。

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