FCAP array software is far more than a graphing tool—it is the analytical engine that makes multiplex flow cytometry a quantitative, reproducible, and high-throughput science. From drawing the first gate around a bead population to exporting a final clinical report, this software bridges the gap between raw cytometric events and biological insight. As multiplexing panels grow from 6-plex to 50-plex and beyond, the sophistication, speed, and intelligence of FCAP software will continue to determine the quality of our data and, ultimately, our understanding of complex biological systems.
FCAP Array software is a specialized bioinformatics tool designed to streamline the analysis of Cytometric Bead Array (CBA) data. Developed by Soft Flow Kft and frequently distributed through BD Biosciences , this software transforms raw flow cytometry data into quantitative and qualitative biological insights. Core Functionality fcap array software
The FCAP array software has been used in a number of high-profile productions, including movies and video games. For example, the software was used to create the digital characters in the movie "Avatar," which featured a combination of live-action and computer-generated imagery. The software has also been used in video games, such as "The Last of Us," to create realistic character animations. FCAP array software is far more than a
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 is a specialized bioinformatics tool
The flow cytometer generates thousands of events per second. The raw output is a chaotic stream of forward scatter (FSC), side scatter (SSC), and multiple fluorescence channels (e.g., FL-1 for bead identification, FL-2 for PE detection). —it transforms this chaotic cytometric data into a structured, quantitative report.