Paper
27 June 1988 Comparison Of Conventional Film/Screen To Photo-Stimulable Imaging Plate Radiographs For Intraoperative Arteriography And Cholangiography
Gerald D. Pond M.D., George W. Seeley, Mark T. Yoshino M.D., Mark M. Chernin M.D., Kenneth McIntyre M.D., Hugo V. Villar M.D., Tim B. Hunter M.D., Theron W. Ovitt M.D.
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Abstract
This prospective study compared images obtained using a photo-stimulable imaging plate (IP) to images obtained using a conventional film/screen (FS) combination in a total of 66 patients, 26 of whom were undergoing surgical procedures requiring intra-operative arteriography and 40 of whom were undergoing cholangiography. Exposure factors, number of repeat examinations, and elapsed time for processing each image were recorded. Diagnostic accuracy of the two techniques was assessed objectively and image quality was assessed subjectively. The radiation dose was reduced by 50% using the IP technique. Due to the greater dynamic range of the IP system, no repeat IP examinations were required for either arteriography or cholangiography, while 6 (9%) of the FS studies had to be repeated due to under- or over-exposure. IP studies required very slightly more time for processing than FS studies, an average of 35 seconds per patient. Receiver operating characteristic (ROC) analysis revealed no significant difference in diagnostic accuracy between the two imaging techniques for either the arteriographic or cholangiographic studies. Subjective evaluation also revealed no significant difference in observer preference for IP vs FS studies.
© (1988) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Gerald D. Pond M.D., George W. Seeley, Mark T. Yoshino M.D., Mark M. Chernin M.D., Kenneth McIntyre M.D., Hugo V. Villar M.D., Tim B. Hunter M.D., and Theron W. Ovitt M.D. "Comparison Of Conventional Film/Screen To Photo-Stimulable Imaging Plate Radiographs For Intraoperative Arteriography And Cholangiography", Proc. SPIE 0914, Medical Imaging II, (27 June 1988); https://doi.org/10.1117/12.968625
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KEYWORDS
Radiography

Angiography

Diagnostics

Imaging systems

Image processing

Spatial resolution

Image quality

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