Filtered Products

High-Performance Antibodies Optimized for Spatial Biology Super Omics™ mIHC-Validated Antibodies are rigorously optimized for multiplex immunohistochemistry and immunofluorescence workflows. The portfolio supports spatial protein profiling across immune, cancer, neuroscience, and cell biology research with excellent specificity, sensitivity, and reproducibility. Features Validated for FFPE and frozen tissue applications Compatible with TSA multiplex immunofluorescence workflows High specificity and low background staining Suitable for repeated sequential staining cycles Available as unconjugated or fluorescence-compatible antibodies

High-Sensitivity Multiplex Protein Detection Super Omics™ TSA Multiplex Immunofluorescence Kits combine horseradish peroxidase (HRP)-mediated tyramide signal amplification (TSA) with sequential antibody staining, enabling simultaneous detection of multiple protein biomarkers while preserving tissue morphology and spatial context. TSA chemistry is widely used for high-sensitivity multiplex tissue imaging. Features Ultra-sensitive amplification for low-abundance proteins Flexible fluorophore combinations Compatible with antibodies from multiple host species Sequential staining and antibody stripping workflow Designed for quantitative spatial protein analysis

Visualize Gene Expression Where It Happens Super Omics™ RNA FISH Probes enable highly sensitive detection and spatial localization of RNA molecules directly within cells and tissues. The platform supports single RNA targets, multiplex RNA detection, and customizable probe design for diverse species and research applications. RNA FISH is a foundational approach for spatial transcript localization and validation Features Single-cell and subcellular RNA localization High sensitivity and specificity Custom probe design services Compatible with FFPE, frozen tissues, cultured cells, and organoids Multiplex fluorescence detection

Integrated Spatial Multiomics in a Single Tissue Section Super Omics™ RNA & Protein Co-detection Kits combine RNA FISH chemistry with multiplex immunofluorescence to simultaneously detect RNA transcripts and protein biomarkers in one experiment. This enables direct correlation between gene expression and protein localization while maintaining cellular and tissue architecture. RNA–protein co-detection is increasingly used for spatial multiomics workflows. Features RNA and protein colocalization Compatible with multiplex fluorescence panels Single-cell resolution High signal-to-noise ratio Spatial multiomics-ready workflow

Super Omics™ mIHC Workflow Reagents provide all supporting reagents required for multiplex immunofluorescence experiments, ensuring reproducible staining quality from tissue preparation through imaging. Supporting reagents are an essential part of standardized mIHC workflows. Key Benefits Optimized for multiplex fluorescence Low background High reproducibility Compatible across Super Omics™ workflows

Designed for High-Content Imaging and Automation Super Omics™ High-Throughput Fluorescence Consumables are engineered for fluorescence imaging, spatial assays, and automated high-content screening. The portfolio supports applications from single-slide imaging to high-density screening formats.