Biosensors
BioNavis instruments are invaluable tools for assay development in fields such as food and feed safety, environmental safety, clinical diagnostics, border control, and process control.
Biosensor Development – MP-SPR
Designed for versatility and precision, our MP-SPR instruments serve as a robust platform for advancing assay development across various applications.
Versatile Platform: MP-SPR instruments offer unparalleled flexibility in assay development. Whether you’re exploring new biomarkers, optimizing sensor surfaces, or refining detection protocols, our instruments provide the tools you need to innovate with confidence.
High Sensitivity: MP-SPR instruments are highly sensitive, capable of detecting small changes in molecular interactions.
Modular Sensor Surfaces: Easily modify SPR sensor surfaces both in-situ and ex-situ to tailor them to your specific assay requirements.
Microfluidic Compatibility: Conduct comprehensive material testing for microfluidic applications directly on our instruments.
Straightforward Validation: Streamline your validation processes with our intuitive interface and robust data analysis capabilities. Validate assay performance efficiently, ensuring accuracy and reliability in every step of your biosensor development.
Custom Assay Development: Empower your research with the freedom to develop any assay type using your choice of sample and sensing material.
Real samples: Determine how your assay works with crude sample such as serum, saliva, sea water or urine.
Concentration analysis MP-SPR measures concentrations of unknown samples with high precision.
Electrochemical Biosensors
Our MP-SPR instruments can be used in conjunction with a variety of electrochemical techniques for gathering both optical and electrochemical real-time data simultaneously from the same sensor surface. Multiple electrochemical methods, such as potentiometric, amperometric or impedance spectroscopy can be applied. A potentiostat can be used both to induce reactions on surface (e.g. electrochemical switching) or to gather information with a technology sensitive to other type of information than optical changes.
Equip your MP-SPR with an easily changeable electrochemistry flow cell or cuvette!
New two channel kinetic EC flow-cell now available!
Choose MP-SPR for electrochemical biosensors to:
- Develop simple electrochemical sensors in one device
- Quantify catalytic bioreactions
- Measure electro-switchable reactions and functional biomaterials
- Perform real-time measurements of conformational changes
Discover the world of MP-SPR
Biosensor Development – QCMD
Label-Free Detection: Label-free measurement of biomolecular interactions, preserving the native structure and function of biomolecules.
Real-Time Monitoring: QCMD allows for real-time monitoring of biomolecular interactions, providing dynamic insights into mass changes, thickness and viscoelastic properties of biomolecular layers.
Viscoeleasticity: BioNavis QCMD is highly sensitive, capable of detecting minute changes in mass and viscoelastic properties on sensor surfaces.
Electrochemistry: Combine QCMD and electrochemistry measurements simultaneously using a dedicated flow cell.
Complementary Techniques: QCMD can be used in conjunction with other analytical techniques, such as MP-SPR, to provide comprehensive insights into biomolecular interactions and structural changes.