TINFE

This advanced computational solution automatically detects and corrects inner filter effects in fluorescence measurement data to restore linearity, quantitative accuracy, and dynamic range without altering standard laboratory workflows or requiring additional sample handling. Key features include physics-based modeling for empirical correction, compatibility with existing microplate readers, high-throughput scalability, validation with statistical metrics, traceability of results, and ease of integration into diverse research, industrial, and clinical laboratory environments. It addresses problems such as signal distortion, non-linear calibration curves, reduced assay reproducibility, and resource-intensive re-runs, making it ideal for scientists, researchers, diagnostics laboratories, pharmaceutical development teams, and quality control professionals seeking reliable, high-quality fluorescence data.

TINFE kan findes i Laboratory Information Management Systems (LIMS) kategorier.