Cell3iMager NX IMAGER FOR CELLS CULTURED IN 2D/3D
High-throughput Imager for analysis cells cultured in 2D and 3D environment. Cell3iMager NX offers high-speed, high-quality image acquiring and quantitative data analysis with all-in-one software package.
High-definition Stitching Technology
The well is divided into multiple s ots during the scan. The split images are t en stitched together using SCREEN's proprietary high-definition stitching technology to minimize the number of image gaps (see image below) and to clearly image the entire well for accurate analysis.
Focus Composition Technology
Automatic stacked imaging of objects scattered in the Z-axis direction while changing the focus position. SCREEN's proprietary image processing technology is used to construct all-in-focus images.
Options
Deep learning
In the case of high-confluency and non-uniform images, it is difficult to segment by luminance shading and edge thresholding. For example, even in the case of overlapping images such as the one shown below, segmentation may be possible using Deep Learning.
Deep Learning Applications
Deep learning can be used for highly accurate segmentation of the following challenging image examples.
Multi-color Fluorescence
Supports multi-color fluorescence imaging. Up to five fluorescent filters can be mounted simultaneously, enabling automatic bright-field/fluorescent four-color imaging.
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Applications
- Cell Morphology
- Cell Proliferation
- Cell Viability Growth Inhibition
- Cell/Colony Count
- Multiplex assays: LIVE/DEAD Cytotoxicity
- Single Cell Detection
- Routine Quality Monitoring
- Cell Adhesion/Extension
- Single Cell Cloning
- Cell Migration (Scratch Assay)
- 3D Organoid/Spheroid Morphology
- Drug Screening 2D & 3D Cell Based
- Drug Efficacy
- Drug Activity and Profiling (2D & 3D Spheroid)
- Growth Rate Monitoring (2D & 3D Spheroid Assays)
- Colony Formation Assay
- iPS Cell Line Generation
- iPS Cell Characterization
- iPS Cell Differentiation
- Hybridoma Cell culture
- Stem Cell Marker Analysis
- Cell Body/Neurite Analysis
- Evaluation of Anti-Angiogenics
- Apoptosis Assays
- Hepatotoxicity Assay
- Embryoid Body Morphology
- Foci & Plaque Counting
- Fluorescence Titer Quantification
- Transfection/Transduction Efficiency
- CRISPR Fluorescent Reporter Monitoring
- Nuclear Translocation
- Reporter Gene Assay
- Immuno-Cyto Chemistry
- DNA Synthesis
- Biomarker Quantification
- Cell Cycle & Mitosis