Automated Cell Imaging System

Integrating fluorescence and holography data in a single experimentinput:
output:Minimal exposure to light in order to mitigate photocytotoxicityinput:
output:It is compact enough to fit within your incubator.input:
output:Cell population, single-cell, and long-term datainput:
output:
Streamlined and intuitive workflow from the initial setup phase to the analysis phaseinput:
output:The HoloMonitor M4 system is compatible with the fluorescence add-on. In this manner, you can customize the HoloMonitor Live Cell Assays to your requirements and incorporate fluorescence into your HoloMonitor system to ensure that it is the most suitable for your research application.input:
output:
Fluorescence software, App Suite 4.0input:
output:The HoloMonitor M4FL's full potential is realized by the new Fluorescence Capture in App Suite. You have the opportunity to integrate fluorescence imaging data with label-free holography.input:
output:Applications Highlightedinput:
output:Illuminate, analyze, and discoverinput:
output:DEATH IN A CELLinput:
output:GENETIC EXPRESSION OF A REPORTERinput:
output:CO-CULTUREinput:
output:EFFICIENCY OF TRANSFECTIONUPTAKE ASSAYinput:
output:STAINING OF LIVE CELLSAssay Outputinput:
output:What are the outcomes of HoloMonitor Fluorescence Capture?input:
output:In addition to the label-free holography cell features that are available to investigate the behavior of your cells, the Single Cell Tracking and Cell Morphology Assay in HoloMonitor allows for the analysis of your cells' fluorescence signal.input:
output:A graph and green fluorescent cells are depicted in the screenshot of Single Cell Tracking from the App Suite.

Fluorescence Results of the Single Cell Tracking Assayinput:
output:A dotplot and green fluorescent cells are depicted in the morphology screenshot from the App Suite.

Fluorescence Results in the Cell Morphology AssayTechnical Specificationsinput:
output:add-on for fluorescenceOptimized for EGFP (FITC-Cy2) 1-channel fluorescenceExcitation: 470 nm filtered LED with a bandwidth (FWHM) of 40 nminput:
output:Emission - 525 nm filtered, with a bandwidth (FWHM) of 50 nminput:
output:Exposure time: 1 to 1000 milliseconds