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Allows for highly multiplexed imaging, detecting over 40 metal-labeled antibodies on a single tissue section.

Utilizes DNA-conjugated antibodies for highly multiplexed imaging, enabling the study of cellular interactions within the tissue microenvironment.

A widely used staining method that provides detailed tissue structure information, essential for histopathological analysis.

Masson’s trichrome, Periodic acid-Schiff (PAS), Silver, Sudan, and multiplexed chromogenic staining.

Allows for simultaneous detection of multiple targets within a single tissue section using fluorescently labeled antibodies.

Enables the detection of specific DNA or RNA sequences in tissues, useful for identifying genetic aberrations and subcellular localization of individual RNA transcripts.

Maps whole transcriptome data within tissue sections, preserving spatial context of gene expression to elucidate tissue architecture and function.

Advances spatial transcriptomics to single-cell resolution, providing detailed gene expression patterns within their native tissue context, highlighting cellular heterogeneity.

Utilizes mass spectrometry to map proteins, lipids, and metabolites in tissue sections, offering molecular insights into disease mechanisms and biomarker discovery.

combining insights derived from multiple modalities listed above and integrating this using techniques such as image registration