首页> 外文期刊>International journal of infectious diseases: IJID : official publication of the International Society for Infectious Diseases >Diagnosing pneumonia in rural Thailand: Digital cameras versus film digitizers for chest radiograph teleradiology.
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Diagnosing pneumonia in rural Thailand: Digital cameras versus film digitizers for chest radiograph teleradiology.

机译:在泰国农村地区诊断肺炎:用于胸部X线放射线照相的数码相机与胶片数字化仪。

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BACKGROUND: Accurate surveillance for pneumonia requires standardized classification of chest radiographs. Digital imaging permits rapid electronic transfer of data to radiologists, and recent improvements in digital camera technology present high quality, yet cheaper, options. METHODS: We evaluated the comparative utility of digital camera versus film digitizer in capturing chest radiographs in a pneumonia surveillance system in rural Thailand using a panel of radiologists; the gold standard was the hard-copy radiograph. We calculated sensitivity and specificity and conducted a receiver operator characteristics (ROC) analysis. RESULTS: Of the 192 radiographs from patients with clinical pneumonia, 166 (86%) were classified as pneumonia on the hard copies. Sensitivity and specificity for identifying pneumonia were 89% and 73% for the camera and 90% and 65% for the digitizer. In the ROC analysis, there was no statistically significant difference in the area under the curve (camera, 0.86; film digitizer, 0.91, p=0.29). The digital camera set cost Dollars 965 compared to Dollars 3000 for the film digitizer. CONCLUSION: Detection of pneumonia was not measurably compromised by using digital cameras compared with film digitizers. The 3-fold lower cost of the digital camera makes this technology an affordable and widely accessible alternative for surveillance systems, vaccine trials, and perhaps clinical use.
机译:背景:对肺炎的准确监测需要对胸部X光片进行标准化分类。数字成像技术可以快速地将电子数据传输给放射线医生,而数码相机技术的最新改进为您提供了高质量,但便宜的选择。方法:我们使用放射线专家小组评估了数码相机与胶片数字化仪在捕获泰国农村地区肺炎监测系统中的胸部X光片方面的比较实用性;黄金标准是硬拷贝射线照相。我们计算了灵敏度和特异性,并进行了接收者操作者特征(ROC)分析。结果:在来自临床肺炎患者的192张X光片中,有166份(占86%)在硬拷贝上被分类为肺炎。相机识别肺炎的敏感性和特异性分别为89%和73%,数字化仪为90%和65%。在ROC分析中,曲线下面积没有统计学上的显着差异(相机为0.86;胶片数字化仪为0.91,p = 0.29)。数码相机的价格为965美元,而胶片数字化仪的价格为3000美元。结论:与胶片数字化仪相比,使用数码相机并没有明显降低肺炎的检出率。数码相机的成本降低了3倍,从而使该技术成为监视系统,疫苗试验以及临床用途的价格合理且易于获得的替代方案。

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