Omicscouts

SurfaceScout™

Profiling of cell surface proteomes

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Cell surface proteins represent an important class of drug targets and biomarkers but have been historically challenging to interrogate due to their low abundance and poor solubility. SurfaceScout™ is a chemoproteomic technology for the enrichment and quantification of cell surface proteins that enables these valuable targets to be systemically analyzed. In this approach, cell surface proteins are first labeled via their glyco-structures, then enriched and subjected to quantitative LC-MS/MS, followed by bioinformatic analysis. By using SurfaceScout™ to understand the composition and dynamics of cell surface proteomes, researchers can effectively target drug delivery to specific tissues or cell types, develop therapeutic antibodies and immunotherapies acting in the extracellular space, and optimize uptake of ASOs, siRNAs, and other macromolecules.

Explore Other Technologies

Our technologies provide insight into protein abundance, activity, interactions, and more.

  • ProteomeScout™

    Deep and rapid proteome profiling

  • PlasmaScout™

    Clinical proteomics of plasma and serum proteins

  • QuantScout™

    Targeted quantification of relevant proteoforms with maximum accuracy

  • TurnoverScout™

    Global profiling of protein synthesis and degradation

  • Protein Turnover Atlas™

    On-demand access to protein turnover data

  • SignalingScout™

    Proteome-wide phosphorylation profiling

  • UbiScout™

    Profiling of ubiquitination sites

  • DecryptM

    Concentration-resolved PTM profiling

  • TargetScout™

    Versatile, robust, and scalable platform for compound pulldowns

  • PhotoTargetScout™

    Photo-affinity labeling and identification of compound-binding proteins

  • KinomeScout™

    Target profiling for kinases and other ATP-binding proteins

  • CysScout™

    Profiling of reactive cysteines

  • SideScout™

    Label-free target profiling with biophysical proteomics

  • NucleoBeads™

    Identifying and characterizing functional inhibitors of DNA-binding proteins and transcription factors

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To connect with our scientific team, submit a project inquiry. Our team will be in touch shortly to schedule an introductory meeting.

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