Cat. No. |
Software Module & Description |
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BA-04871 |
Incucyte¢ç AI Cell Health Analysis Software Module |
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Simplify the complexity of classifying live versus dead cells using artificial intelligence (AI)-driven
image analysis without the use of labels. Requires a GPU co-processor installed as a drop-in
hardware upgrade to the controller and Incucyte¢ç Software v2022B or newer software version. |
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Incucyte¢ç AI Confluence Analysis (update for Incucyte¢ç Base Analysis Software) |
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AI-driven analysis provides a simple workflow for highly accurate segmentation of cells in
phase-contrast images, adapting to a wide range of cell types and morphologies with minimal
user input. Incucyte¢ç AI Confluence Analysis is available with Incucyte¢ç Software v2022A or newer software version |
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BA-04867 |
Incucyte¢ç Advanced Label-Free Classification Analysis Software Module |
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Perform counts and track changes in adherent cell morphology via label-free image
segmentation and multivariate analysis of cell shape. Classifier is trained using control wells.
The Incucyte¢ç Advanced Label-Free Classification Software Module is an add-on and requires
Incucyte¢ç Cell-by-Cell Analysis Software Module (Cat. No. 9600-0031). |
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9600-0031 |
Incucyte¢ç Cell-by-Cell Analysis Software Module |
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Perform label-free cell counts and subsequent cell-by-cell classification based on shape, size
or fluorescence intensity to quantify dynamic changes in cell subsets within heterogeneous living cell cultures. |
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9600-0034 |
Incucyte¢ç Organoid Analysis Software Module |
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Characterize the differentiation and maturation of organoid cultures in 24- or 48-well plates
and assess treatment effects on organoid growth in 96-well microplates. |
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9600-0019 |
Incucyte¢ç Spheroid Analysis Software Module |
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Analyze growth, viability and invasion of single spheroids in round-bottom multi-well formats
or measure multiple spheroids in flat-bottom plates to detect changes in growth and viability. |
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9600-0032 |
Incucyte¢ç Neuronal Activity Analysis Software Module |
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Purpose-built acquisition and analysis software for the detection of calcium oscillations in
96-well plates. For use with the Incucyte¢ç SX5 configured with the Green/Orange/NIR
Optical Module. |
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9600-0010 |
Incucyte¢ç Neurotrack Analysis Software Module |
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Enables label-free or fluorescent analysis of neurite outgrowth, maturation and disruption in each well of a 96- or 384-well plate. |
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9600-0015 |
Incucyte¢ç Chemotaxis Analysis Software Module |
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Track and quantify label-free and fluorescently-labeled chemotactic cell migration and invasion in microplate format. |
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9600-0012 |
Incucyte¢ç Scratch Wound Analysis Software Module |
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Automated detection and quantification of wounds from each well of a 96-well plate in order
to analyze cell migration and invasion with or without labels. |
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9600-0033 |
Incucyte¢ç ATP Analysis Software Module |
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Enables analysis of ATP dynamics by capturing fluorescent images while qualitatively monitoring
associated changes in cell morphology in each well of a 96- or 384-well plate. For use with the
Incucyte¢ç SX5 configured with the Incucyte¢ç SX5 Metabolism Optical Module. |
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9600-0011 |
Incucyte¢ç Angiogenesis Analysis Software Module |
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Identify and analyze the formation and disruption of endothelial vascular networks over time in each well of a 96-well plate. |
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