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9 Common Mistakes in Spatial Imaging Experiments (and How to Avoid Them)

Spatial imaging enables researchers to visualize multiple biomarkers within intact tissue, providing valuable insights into cellular organization, tissue architecture, and biological interactions. However, generating high-quality, reproducible spatial imaging data depends on more than selecting the right instrument. Every stage of the workflow—from experimental design and sample preparation to panel development, image acquisition, and data analysis—can

The post 9 Common Mistakes in Spatial Imaging Experiments (and How to Avoid Them) appeared first on Life in the Lab.

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Source: Thermo Fisher Blog

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