>It is pivotal for medical applications, such as noninvasive histopathologic characterization of tissue, to realize label‐free and molecule‐specific repre'/> Perspectives, potentials and trends of ex vivo and in vivo optical molecular pathology
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Perspectives, potentials and trends of ex vivo and in vivo optical molecular pathology

机译:前体内和体内光学分子病理的观点,潜在和趋势

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>It is pivotal for medical applications, such as noninvasive histopathologic characterization of tissue, to realize label‐free and molecule‐specific representation of morphologic and biochemical composition in real‐time with subcellular spatial resolution. This unmet clinical need requires new approaches for rapid and reliable real‐time assessment of pathologies to complement established diagnostic tools. Photonic imaging combined with digitalization offers the potential to provide the clinician the requested information both under in vivo and ex vivo conditions. This report summarizes photonic approaches and their use in combination with image processing, machine learning and augmented virtual reality that might solve current challenges in modern medicine. Details are given for pathology, intraoperative diagnosis in head and neck cancer and endoscopic diagnosis in gastroenterology.
机译: 它是用于医学应用的关键,例如非侵入性组织病理学表征组织,以亚细胞空间分辨率实时地实现形态学和生物化学组合物的无标记和分子特异性表示。 这种未满足的临床需求需要新方法,以便快速可靠的实时评估病理学,以补充既定的诊断工具。 光子成像结合数字化提供了在体内和离体条件下提供临床医生的潜力。 本报告总结了光子方法及其与图像处理,机器学习和增强虚拟现实的使用,这些方法可能会解决现代医学中的当前挑战。 给出了病理学,头部癌症和胃肠内科内窥镜诊断的细节。

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