The MERSCOPE Protein Stain Reagent Kit offers high quality protein staining, equivalent to that of protein immunofluorescence staining, and its oligo conjugated antibodies enable heightened detection of primary antibodies targeting proteins
Vizgen announced the launch of the MERSCOPE Protein Co-detection Kit. (Credit: Konstantin Kolosov from Pixabay)
Vizgen, the life science company dedicated to improving human health by visualizing single-cell spatial genomics information, today announced the launch of the MERSCOPE Protein Co-detection Kit, enabling subcellular spatial multi-omics measurement with the simultaneous detection of RNA and proteins during a standard MERFISH experiment.
“The release of this kit underscores Vizgen’s growing momentum and commitment to our product roadmap, allowing for simultaneous RNA and protein detection in one run while offering the flexibility for users to continue working with their primary antibodies,” said Terry Lo, President and CEO of Vizgen. “We are excited to provide the scientific community with access to subcellular spatial multi-omics measurements, and to continue developing tools that have the potential to benefit human health.”
While RNA imaging can resolve the gene expression at a single cell level and help annotate the cell state in complex tissue, information such as cell morphology and pathological features can only be imaged by proteins. The MERSCOPE Protein Stain Reagent Kit offers high quality protein staining, equivalent to that of protein immunofluorescence staining, and its oligo conjugated antibodies enable heightened detection of primary antibodies targeting proteins. With the ability to help reveal how different RNA transcripts are localized in intracellular organelles, the kit enables next-level transcript staining with its MERFISH technology, and provides multiplexed, error robust, transcript detection, and an impressive correlation with bulk RNA-seq data for high, medium and low expressing genes.
“Mapping complex proteins and genomic interactions at the cellular, intracellular and subcellular levels is fundamental to understanding human disease and health, and the need for technologies that enable scientists to track these interactions is urgent,”said David Walt, professor of pathology at Harvard Medical School, Core Faculty member of the Wyss Institute and Co-founder and member of Scientific Advisory Board of Vizgen.
Source: Company Press Release