TASBE Flow Analytics

TASBE Flow Analytics performs calibrated analysis of flow cytometry data to quantify cell fluorescence and size for synthetic biology applications.

Key Features:

• Calibration and Filtering: Implements multistage calibration and filtering workflows that calibrate experimental samples against controls for accurate quantitative measurement.
• High-Throughput Data Processing: Processes large-scale, high-throughput flow cytometry datasets to support scalable analysis.
• Quantitative Analysis and Comparison: Performs quantitative analyses and statistical comparisons across experimental samples using appropriate statistical methods.
• Automated Reporting: Generates calibrated data outputs, figures, diagnostic information, and machine-readable reports.

Scientific Applications:

• Synthetic Biology: Supports quantitative measurement of cell fluorescence and size in synthetic biology experiments.
• Flow Cytometry Calibration and Comparison: Enables calibrated and reliable comparisons across flow cytometry experiments and controls.
• Research and Biotechnology: Applicable to basic biological research and biotechnological development requiring precise single-cell fluorescence and size measurements.

Methodology:

Data processing includes ingestion of experimental samples and controls; multistage calibration and filtering workflows; quantitative statistical analyses and sample comparisons; and automated generation of calibrated outputs, figures, and diagnostic machine-readable reports.