低成本冷光源半共聚焦分子成像

R. Das, A. Barui, C. Chakraborty, A. Ray, J. Chatterjee, M. Pal, R. Paul
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引用次数: 0

摘要

成像生物分子,特别是在组织、细胞甚至在体外活的条件下,不仅需要染色和标记感兴趣的特定分子的专业知识,还需要成像的专业知识,以便对所获得的图像进行有意义的分析和量化。这就需要一种显微设备,它可以在最小程度上漂白染料的情况下捕获荧光图像,并提供清晰清晰的图像,而不会因失焦而产生模糊。在这种情况下,ApoTome提供了金属卤化物光源和网格结构照明的替代方案,以及集成的图像处理方式,以生成带有数字接口的图像。在目前的研究中,ApoTome被用于在口腔粘膜下纤维化和口腔癌前病变的组织学切片上获取p63和E-cadherin的图像。所获得的图像可以准确定位p63和E-cadherin的表达,区分癌前病变的早期和晚期,没有光漂白的影响。这证明了ApoTome的适用性及其对诊断的潜在影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low cost semi-confocal molecular imaging with cold light source
Imaging bio-molecules especially in tissues, cells and even in in-vitro live conditions require expertise not only in staining and tagging of the particular molecules of interest but also their imaging so as to make any meaningful analysis and quantification of the obtained images. This necessitates a microscopic facility which can grab fluorescent images with minimum bleaching of the dyes and gives clear and crisp images without the blur caused by out of focus light. In this context ApoTome provides an alternative with metal halide light source and structural illumination with the help of grids, along with integrated image processing modality to generate images with digital interface. In the current study ApoTome was used to grab images of p63 and E-cadherin on histological sections of Oral Submucous Firosis an oral pre-cancer. The obtained images could aptly localize the expression of p63 and E-cadherin and distinguish the early and advanced stages of the precancer and did not show any effect of photo-bleaching. This demonstrated the applicability of ApoTome and its potential impact on diagnostics.
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