Automated cell imaging system HoloMonitor M4FL
laboratoryfluorescence

Automated cell imaging system - HoloMonitor M4FL - Phase Holographic Imaging PHI Inc - laboratory / fluorescence
Automated cell imaging system - HoloMonitor M4FL - Phase Holographic Imaging PHI Inc - laboratory / fluorescence
Automated cell imaging system - HoloMonitor M4FL - Phase Holographic Imaging PHI Inc - laboratory / fluorescence - image - 2
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Characteristics

Operation
automated
Applications
laboratory
Observation technique
fluorescence

Description

Combining holography and fluorescence data in one experiment Minimal light exposure to reduce photocytotoxicity Small footprint so it fits inside your incubator Long-term, single-cell and cell population data Intuitive and guided workflow from setup to analysis The fluorescence add-on is compatible with the HoloMonitor M4 system. This way, you can tailor the HoloMonitor Live Cell Assays to your needs and add fluorescence to your HoloMonitor system to best fit your research application. App Suite 4.0 software for fluorescence The new Fluorescence Capture in App Suite realizes the full potential of HoloMonitor M4FL. You get to combine label-free holography with fluorescence imaging data. Featured Applications Illuminate, Analyze and Discover CELL DEATH REPORTER GENE EXPRESSION CO-CULTURE TRANSFECTION EFFICIENCY UPTAKE ASSAY LIVE CELL STAINING Assay Output What results do you get with HoloMonitor Fluorescence Capture? In addition to all the label-free holography cell features to study your cells’ behavior, you can analyze your cells’ fluorescence signal in HoloMonitor’s Single Cell Tracking and Cell Morphology Assay. Single Cell Tracking screenshot from App Suite showing a graph and green fluorescent cells Fluorescence Results in the Single Cell Tracking Assay Morphology screenshot from App Suite showing a dotplot and green fluorescent cells Fluorescence Results in the Cell Morphology Assay Technical Specifications Fluorescence Add-on 1-channel fluorescence - Optimized for EGFP (FITC-Cy2) Excitation - 470 nm filtered LED, with bandwidth (FWHM): 40 nm Emission - 525 nm filtered, with bandwidth (FWHM): 50 nm Exposure time - 1 – 1000 ms

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