Color coding of radiographic changes over time by means of image addition

Ulf Welander DDS, PhD (Professor and Head) , Inger Eklund DDS (Assistant Professor) , Gunilla Tronje DDS, PhD (Professor) , William D. McDavid PhD, ODhc (Professor) , S.Brent Dove DDS, MS (Assistant Professor) , Roger Mähler BS (Consultant Programmer) , C.Donald Wilcox MS (Consultant Programmer) , Ann-Catherine Mörner DDS (Assistant Professor) , Afsoun Uddhammar DDS (Assistant Professor)
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引用次数: 9

Abstract

Differences between sequential radiographs may be displayed in color if the individual radiographs are transformed into monochromatic images and then added. Information in regions where the radiographs are identical is retained whereas differences are emphasized by the color coding that comes about in a quantitative manner from the gray level values in the sequence of radiographs. By using the three additive primary colors, red, blue, and green, two or three radiographs from a sequence may be added. Every possible state of a bone disease, progression, regression, or any combination, will produce a different and specific color code. Different development cycles are described, and the color coding that appears when color image addition is performed is analyzed. The color addition technique should constitute a useful substitute or alternative to subtraction.

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射线照相的颜色编码是通过图像相加而随时间变化的
如果将单个x光片转换成单色图像,然后再添加,则顺序x光片之间的差异可能会以彩色显示。x光片相同区域的信息被保留,而差异则通过颜色编码来强调,这种编码以定量的方式从x光片序列的灰度值中产生。通过使用三种可加的原色,红、蓝、绿,可以从一个序列中添加两张或三张射线照片。骨病的每一种可能的状态,进展、消退或任何组合,都会产生不同的特定颜色代码。描述了不同的开发周期,并分析了彩色图像添加时出现的颜色编码。颜色加法技术应该构成减法的有用替代或替代。
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