Fcap Array Software 🎯

Large-scale studies (e.g., biomarker discovery with n=1000 patients) generate data across multiple 96-well plates. FCAP software can merge data from dozens of plates, apply a consistent standard curve (or plate-specific curves), and export a single, unified data matrix ready for statistical analysis (SPSS, GraphPad Prism, R).

Once the standard curve is defined, the software back-calculates the concentration of each unknown sample. For each bead population (each analyte), the median fluorescence intensity (MFI) of the unknown sample is plotted against the standard curve. The result is a precise concentration (e.g., 245.3 pg/mL of IL-6). FCAP software handles thousands of samples per plate, making high-throughput screening feasible. fcap array software

Quantification is impossible without a standard curve. The software ingests data from a series of standards with known analyte concentrations (typically 7-10 points, serially diluted). FCAP software applies either a or 5-Parameter Logistic (5-PL) regression model. These models are superior to linear regression because they account for the sigmoidal shape of immunoassay response—asymptotic at low and high concentrations. The software automatically flags outliers, calculates R² values, and provides confidence intervals. A well-constructed standard curve (R² > 0.99) is the hallmark of a valid run. Large-scale studies (e

In a modern laboratory running hundreds of plates per month, re-gating each plate is a waste of time. Modern FCAP software allows users to create an . Once a template (gates, standard curve model, QC thresholds) is saved, it can be applied to all subsequent plates automatically. The software aligns the new data to the template using pattern recognition algorithms, drastically reducing inter-operator variability. For each bead population (each analyte), the median