Content by Canopy Biosciences

Dive deeper into tissue samples with high resolution, high-plex spatial phenotyping.

Scientists developed a standardized multiplex immunohistochemistry and RNA in situ hybridization protocol using ChipCytometry^TM.

From histopathology to multiplex immunohistochemistry and spatial transcriptomics, learn how to obtain the appropriate profiling depth to match cancer classification needs.

A visual guide to streamlining high-plex, high-throughput workflows

Researchers have an exclusive opportunity to test their samples using a next-generation spatial -omics instrument.

Highly multiplexed tissue immunohistochemistry combined with an automated, high resolution imaging pipeline resolves unlimited protein targets in intact tissue.  

New CellScape™ System Provides Exceptional Quantitative Performance for High-Plex and High-Throughput Targeted Spatial Proteomics

Six key questions help researchers determine the right approach for a given gene expression study.

J. Spencer Schwarz discusses how ChipCytometry™ Spatial Multiplexing Technology advances spatial biology research

Scientists use multiplexed immunofluorescent imaging to identify and phenotype rare cell populations in their native environments.

Laboratory certifications are essential for exploratory, preclinical, and clinical studies.

Reliably detect rare variants with unique molecular identifiers.

Explore the importance of histology and biomarker evaluation for oncology clinical trials.

Using High-Plex Spatial Proteomics to Examine Immune Response