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首页> 外文期刊>Forensic science, medicine, and pathology >Validation of ultraviolet, infrared, and narrow band light alternate light sources for detection of bruises in a pigskin model
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Validation of ultraviolet, infrared, and narrow band light alternate light sources for detection of bruises in a pigskin model

机译:验证紫外线,红外线和窄带备用光源是否可检测猪皮模型中的瘀伤

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摘要

Alternate light sources such as ultraviolet, narrow band, and infrared have been used in an attempt to reveal the presence of bruising that is not otherwise apparent (inapparent). The following study evaluates the ability of alternate light sources to enhance visibility of bruises by employing an objective assessment of digital photography images in conjunction with histology. A pigskin model was employed with bruises created by injection of blood to be not visible or barely visible (inapparent) under white light. The pigskin was photographed using alternate light source illumination. Images were assessed using the program Fiji(A (R)) to measure enhancement in terms of bruise length (cm). Photography results were compared with histology to confirm the presence of bruising. Violet and blue light sources produced the greatest enhancement, both with a p < 0.0001. Regions that were not bruises were also enhanced with light sources in this study, indicating that light sources are not specific, and that their use to enhance the visibility of bruising should be undertaken with caution.
机译:已经尝试使用诸如紫外线,窄带和红外线之类的替代光源来试图发现原本不明显的(看不见的)瘀伤。以下研究通过结合数字摄影图像和组织学的客观评估,评估备用光源增强瘀伤可见性的能力。使用猪皮模型,该模型具有在白光下通过注入血液造成的看不见或几乎看不见(看不见)的瘀伤。使用备用光源照明为猪皮拍照。使用程序Fiji(A(R))评估图像,以衡量瘀伤长度(cm)的增强。将摄影结果与组织学进行比较,以确认瘀伤的存在。紫色和蓝色光源产生最大的增强,p均<0.0001。在这项研究中,非瘀伤区域也被光源增强,表明光源不是特定的,应谨慎使用它们来增强瘀伤的可见性。

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