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Assessment of biological leaf tissue using biospeckle laser imaging technique

机译:使用BioSCeckle激光成像技术评估生物叶组织

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摘要

We report on the application of an optical imaging technique, the biospeckle laser, as a potential tool to assess biological and medicinal plant leaves. The biospeckle laser technique is a non-invasive and non-destructive optical technique used to investigate biological objects. Just after their removal from plants, the torn leaves were used for biospeckle laser imaging. Quantitative evaluation of the biospeckle data using the inertia moment (IM) of the time history speckle pattern, showed that the IM can be utilized to provide a biospeckle signature to the plant leaves. It showed that leaves from different plants can have their own characteristic IM values. We further investigated the infected regions of the leaves that display a relatively lower biospeckle activity than the healthy tissue. It was easy to discriminate between the infected and healthy regions of the leaf tissue. The biospeckle technique can successfully be implemented as a potential tool for the taxonomy of quality leaves. Furthermore, the technique can help boost the quality of ayurvedic medicines.
机译:我们报告了光学成像技术,生物成像激光作为评估生物和药用植物叶子的潜在工具的应用。 BIOSCECHLE激光技术是一种用于研究生物物体的非侵入性和非破坏性的光学技术。正好在从植物中移除后,撕裂的叶片用于生物光谱激光成像。使用时间历史散斑图案的惯性时刻(IM)的惯性时刻(IM)的定量评估,表明IM可以用于向植物叶提供生物孢子签名。它表明,来自不同植物的叶子可以具有自己的特征IM值。我们进一步研究了显示比健康组织相对较低的生物球菌活性的叶子的受感染的区域。易于区分叶组织的感染和健康区域之间。生物光线技术可以成功实现为质量叶子分类的潜在工具。此外,该技术可以帮助提高阿育吠陀药物的质量。

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