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Features
 (green) fluorescence image of nuclei, (blue) nuclei detected from brightfield image by TruAI technology green: You can see that the detection accuracy is low due to unevenness of GFP label. | TruAI –Deep Learning
Experience the benefits of cellSens software’s deep learning technology to improve your image analysis. From automatic segmentation of complex morphologies without hand labeling to segmentation of cells or organelles using a simple transmitted light image, deep-learning technology offers improved speed and efficiency without the phototoxicity of fluorescence. |
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Object Count and Measure
Efficient and precise threshold-based object detection for automated nuclei counting and classification are available. Conveniently export your results to Microsoft Excel for additional analysis.
Expand on the extensive manual measurements already available in cellSens software with the Count & Measure module. Easily perform automatic object measurement and classification in an interactive interface where recognized objects are always linked with their measurements.
Improve your count and measurement by detecting objects with Deep Learning. |
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 | Live Cell Solutions
Olympus’ cell identification algorithm enables you to measure cell count and confluency on phase contrast images, including data averaging and total cell count estimation. A cell growth curve can be output by measuring along with time series.
cellSens software's Object Tracking solution provides a powerful and intuitive tool to quantify dynamic processes such as cell movement and division. Moving objects can be automatically detected, tracked, and analyzed over time. |
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Intensity Measurement
Graphically depict intensity and ratio values defined by regions of interest (ROIs) and adjust ROI placement to compensate for cell movement. Convert intensity variations to hue and brightness using intensity modulated display (IMD) to visually enhance the fine structures often found within ratio or FRET images.
The Ratio/FRET solution is used to display and analyze real-time ratiometric imaging data. FRET analysis of both sensitized emission and acceptor photobleaching is supported in this user-friendly workflow.
The Photo-Manipulation Solution can be used for curve-fitting analysis of FRAP images. |   |
| Simple Macro Experiments
Save time and clicks by using the macro manager to automate typical acquisition and data analysis workflows. Batch Macro commands can be applied to multiple images simultaneously and can reduce the time required to complete complex image acquisition and analysis. |
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