We’re pleased to introduce the inQuiQ™.

Welcome to the forefront of diagnostic innovation. inQuiQ™, our first product, is designed with the scientific community in mind, offering unmatched speed, precision and versatility.

Built on a foundation of reliability and high performance, inQuiQ™ will deliver on our promise for researchers and industry professionals alike.

16-Plex Measurements
With the inQuiQ™ you can obtain more data points from a small sample on a reusable sensor.

Complex Matrices
The inQuiQ™ provides improved measurements in serum, plasma, and supernatant due to the combination of a silicon chip and polycarboxylate hydrogel.

Compact Design
The use of NES technology enables sophisticated analyses taking up limited space (30 x 40 cm) on your lab bench.

Real-Time Data
The inQuiQ™ provides immediate results through label-free biosensing.

    Wide Range of Sample Volumes
    The inQuiQ™ supports sample volumes from 25 µL to 2 ml for diverse experimental needs.

    Cost-Effective Solution
    The inQuiQ™ is a premium instrument at an affordable price without compromising results.

    inQuiQ™ – Tomorrow’s Promise, Today’s Reality

    Join the community of innovators leveraging inQuiQ™ for accelerated research and assay development. Experience the future of diagnostics now. Interested in exploring what inQuiQ™ can do for you?

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    Download the DNA-Protein Interactions’ frameborder whitepaper

    This white paper demonstrated capture of a biotinylated oligonucleotide using a streptavidin modified surface. Subsequently, kinetic measurements were performed demonstrating that the oligonucleotide can bind DNA-binding proteins. The streptavidin modification highlights the platform as a cost-effective and sensitive option for biomolecular interactions, benefiting the life science research community.

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    Download the Small Molecule Kinetics whitepaper

    The inQuiQ™ instrument uses a unique optical technology with ring-resonators to achieve precise molecular binding measurements. This facilitates real-time, label-free analysis of biomolecular interactions. This white paper displays effectiveness of the instrument in kinetic analysis of biomolecule interactions using Carbonic Anhydrase II (CAII), Acetazolamide and Sulpiride interaction as a model system.

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    Download the Instrument for Kinetic Analysis whitepaper

    The inQuiQ™ instrument uses unique optical technology with ring-resonators for precise molecular binding measurements that facilitate real-time, label-free analysis of biomolecular interactions. This application note displays effectiveness of the instrument in multiple single-cycle kinetic analyses of biomolecule interactions on the same chip. It features the instrument as a cost effective and sensitive option for kinetic analysis, making advanced research on biomolecular interactions accessible for all.

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    Download the High-Throughput Analysis whitepaper

    The inQuiQ™ instrument uses unique optical technology with ring-resonators for precise molecular binding measurements, facilitating real-time, label-free analysis of biomolecular interactions. This white paper demonstrates the instrument’s effectiveness in high-throughput analysis of the association of biomolecules. This highlights the instrument as a cost-effective and sensitive option for rapid quantitation, making advanced research on biomolecular interactions more accessible to the life science research community.

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    Download the Chip Reusability and Stability whitepaper

    The inQuiQ™ instrument using unique optical technology with ring-resonators for precise molecular binding measurements facilitates real-time, label-free analysis of biomolecular interactions. This white paper demonstrates the reusability and stability of the sensor chips. Effectiveness in repetitive analysis of biomolecule interactions is shown using rabbit IgG as ligand and anti-rabbit IgG as analyte. It highlights the instrument as a cost-effective and sensitive option for analysis of biomolecules, making advanced research on biomolecular interactions accessible for all.

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