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Laser capture microdissection for the investigative pathologist. (Special Focus: Investigative techniques.)

机译:激光捕获显微解剖,供研究病理学家使用。 (特别关注:调查技术。)

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摘要

An important step in translational research is the validation of molecular findings from in vitro experiments using tissue specimens. However, tissue specimens are complex and contain a multitude of diverse cell populations that interfere with the molecular profiling data of a specific cell type. Laser capture microdissection (LCM) alleviates this issue by providing a valuable tool for the enrichment of a specific cell type within complex tissue samples. However, LCM and molecular analysis from tissue specimens can be complex and challenging due to numerous issues related with the tissue processing and its impact on the integrity of biomolecules in the specimen. The intricate nature of this application highlights the essential role a pathologist plays in translational research by contributing an expertise in histopathology, tissue handling, tissue analysis techniques, and clinical correlation of biological findings. The present review examines key practical aspects in tissue handling, specimen selection, quality control, and sample preparation for LCM and downstream molecular analyses that are a primary objective of the investigative pathologist.
机译:转化研究中的重要一步是验证使用组织样本进行的体外实验中的分子发现。但是,组织标本很复杂,并且包含许多不同的细胞种群,这些种群会干扰特定细胞类型的分子谱数据。激光捕获显微切割(LCM)通过提供一种在复杂组织样品中富集特定细胞类型的有价值的工具来缓解此问题。然而,由于与组织处理及其对样本中生物分子的完整性有关的众多问题,来自组织样本的LCM和分子分析可能是复杂且具有挑战性的。该应用程序的复杂性质突出了病理学家在组织病理学,组织处理,组织分析技术以及生物学发现的临床相关性方面的专业知识,从而在转化研究中发挥了至关重要的作用。本文对LCM和下游分子分析的组织处理,标本选择,质量控制和样品制备等关键实践方面进行了研究,这是研究病理学家的主要目标。

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