Nicoya Lifesciences Inc. software

Nicosystem software is a central hub for real-time binding data acquisition and analysis, designed to eliminate complexity in surface plasmon resonance (SPR) processes. The software features an intuitive user interface compatible with various skill levels and integrates smoothly with research workflows. Its one-click analysis capability allows for rapid data interpretation, while diverse models enhance the clarity and quality of insights. Researchers can map sample layouts, design assays, and effortlessly construct experiments for comprehensive biomolecular interaction studies, including kinetics, screening, and epitope mapping. Nicosystem offers flexible data export options and connectivity formats, ensuring it meets diverse research needs. With tailored packages such as Nicosystem Pro and Essentials, the software adapts to different budget requirements while providing expansion capabilities. Trusted globally by over 500 research labs, it supports applications in vaccines, antibodies, and protein research, contributing extensively to the rapidly evolving landscape of drug discovery.

The OpenSPR Software Suite is an advanced tool designed for researchers utilizing OpenSPR instruments, enabling precise control and rapid real-time data acquisition. Integrated with OpenSPR Starter Kits, this software features an intuitive interface with guided setup and maintenance procedures. It supports full test automation, ligand immobilization, and the ability to create and manage test templates, enhancing the flexibility and efficiency of experimental setups with OpenSPR-XT. Its compatibility with CSV and TraceDrawer exports allows for diversified data processing and easy analysis of molecular interactions. For a seamless experience, TraceDrawer works with data generated by OpenSPR or any real-time analysis tool in standardized formats. It provides robust post-processing capabilities, including reference subtraction and kinetic constant evaluation, crucial for detailed biomolecular interaction studies. The software offers advanced kinetic analysis models such as 1:1, diffusion correction, two-state analysis, and bivalent interactions, making it an essential asset for researchers in vaccines and antibodies R&D.