MP-SPR Sensor Slides
High-quality replaceable sensor slides designed for use with MP-SPR Navi™ instruments in real-time, label-free surface interaction and thin-film studies.
-Compatible with all MP-SPR Navi™ instruments—easy integration for diverse research needs.
-Wide variety of surfaces available—metal, oxide/inorganic coatings, polymer coatings, and specialized functionalized surfaces.
-Ex situ functionalization—sensor slides can be modified outside of the instrument using techniques like spin coating, Langmuir-Blodgett, self-assembly, CVD, or ALD.
-Functionalized options for biomolecular analysis, including dextran coatings and biotin/avidin chemistries.
-Human-friendly format—standardized slide size fits BioNavis sensor holders for swift exchange and analysis.
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Description
BioNavis MP-SPR Sensor Slides are precision-manufactured substrates used in Multi-Parametric Surface Plasmon Resonance (MP-SPR) instruments to support real-time, label-free analysis of surface interactions, adsorption, and thin-film characterization. The slides typically consist of a glass substrate with a plasmonic metal layer (such as gold), and a broad selection of coating and functionalization options allows researchers to tailor the surface chemistry to specific applications — from biosensing of proteins and small molecules to advanced thin-film and material science studies.
Specifications
Basic substrate : Glass with plasmonic metal layer (e.g., gold)
Metal sensor slides : Au, Al, Ag, Pt, Cu, Ni, Cr options
Oxide/inorganic coatings : SiO₂, TiO₂, Al₂O₃, ITO, HfO₂ on metal
Polymer-coated surfaces : Nanocellulose, PMMA, PS-PMMA, others
Biomolecular functional surfaces : CMD-3D, CMD-2D, BND, Biotin, Streptavidin, NID sensors
Regenerable surface options : Regenerable avidin kit included slide sets
Application
BioNavis MP-SPR sensor slides are used in a wide range of applications including:
Biosensor and biomolecular interaction studies (e.g., protein–ligand, antibody–antigen).
Thin-film thickness and refractive index characterization.
Coatings and material surface science.
Cell adhesion and cell-based interaction measurements.
Surface functionalization trials and optimization.