Explore the Scientific R&D Software
Scientific intelligence platform for AI-powered data management and workflow automation
Statistical analysis and graphing software for scientists
Bioinformatics, cloning, and antibody discovery software
Plan, visualize, & document core molecular biology procedures
Proteomics software for analysis of mass spec data
Electronic Lab Notebook to organize, search and share data
Modern cytometry analysis platform
Analysis, statistics, graphing and reporting of flow cytometry data
Intelligent panel design & inventory management for flow cytometry
In This Video
In this webinar, we cover how to work with the Multicycle AV Cell Cycle modeling tools in FCS Express. We cover the basics of cell cycle analysis and how to use the sophisticated tools Multicycle offers to perform automatic debris removal and apply different models to your data sets.
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In This Video
Explore how kinetics experiments are particularly useful for examining changes in DNA content, antibody binding, and calcium flux over time. By adding a compound (usually a drug) to a sample and monitoring influx, efflux, or binding of your probe over time, unique information can be gathered. FCS Express allows you to create derived parameters and to display and analyze your kinetics data in an easy and user-friendly manner.
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In This Video
In this webinar we will cover how to work with Proliferation modeling tools in FCS Express. In the webinar we will cover the powerful Proliferation modeling tools in FCS Express that may be used to automatically resolve cell divisions and extract the required statistics for you. This section of the webinar will show you how to set up a proliferation analysis in FCS Express, format plots for publication quality results, and use tokens to automatically calculate and subtract background noise from your data.
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In This Video
Explore the use of subtraction plots, FCS Express allows you to designate which file is the sample and which file is the control. You can automatically calculate the percentage positive via channel by channel subtraction or by using the Overton subtraction technique.
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