Virology Applications
With Celigo Full Well Imaging Precision
Cytometric analyses of cell populations often require a lot of material, time, and effort when done in flow. Specifically with adherent cells it requires trypsination, and 3D-information is close to impossible to get. Celigo is a dedicated imaging system for cellular assay in flexible plate formats and eliminates these bottlenecks.
With its proprietary optical system it illuminates all wells up to the edges and does not miss a single cell, offering highly precise cellular assays in many areas of cell biology. The Celigo has become the workhorse in many cell labs and is now available in the new 5 channel version.
With its speedy whole well read Celigo is particularly suited for the quantification of not just cells, but also larger structures such as plaques, spheroids, ecc. and adds efficiency to many cellular assays.
Celigo® is a bench-top, micro-well plate based, bright field and fluorescent imaging system. The best-in-class bright field imaging capability, in combination with 4 fluorescence channels, provides high speed, fully automated imaging and quantification of suspension and adherent cells, tumor spheroids, or iPSC and cancer stem cell colonies within 6, 12, 24, 48, 96, 384, 1536-well plates, T flasks, and slides.
Proprietary optics and scanning system enable fast imaging of the entire well, while maintaining consistent illumination and contrast out to the well edge, for accurate identification of all cells within each well.
With an intuitive software interface and optional integration into automation platforms, the Celigo provides labs with increased capabilities and enhances efficiency for many cellular assays.
It all follows the same principle. Cytometry based on images. Fast and efficient.
Cell Counting
Adherent Cell Counting
Suspension Cell Counting
Fluorescent Cell Counting
Seahorse™ Data Normalization
T-cells
Splenocytes
Immuno-Oncology
Direct Cell Counting
Visualize All Cells
Using Gating Interface
ADCC
Direct NK Cell Killing
CAR T
CDC
3D Models
Growth Inhibition
Apoptosis
Tumor Spheroid Viability
Quantify Invasion into Matrigel
Migration onto ECM
Tumorsphere Formation & Clonogenic Survival
EBs & PDOs
3D Confrontation Assay
Bright Field
Adherent Cell Growth Tracking
Suspension Cell Counting
Embryoid Bodies
Colonies
Spheroids
Wound Healing
Morphology
Cell Line Development
Single Colony Identification
Single Tumor Sphere Identification
Single Cell Per Well Verification
Transfection/Transduction
Migration/Invasion
Chemotaxis
Wound Healing
Transwell Migration
Quantify Invasion into Matrigel
Measure Migration onto ECM
Fluorescent Assays
Cell Cycle
Viability/Cell Health
Internalization & Phagocytosis
Co-Culture
Surface Proteins & Antibodies
Transfection/Transduction
Cell Secretion
Apoptosis
Wound Healing
iPSC Reprogramming
Fibroblast Doubling
iPSC Colony Counting
Embryoid Body Formation
Immunostaining for Differentiation
Virology
Viral Titer
Plaques and Foci Counting
Viral Infection
Antibody Neutralization
Transduction Efficiency
Cytopathic Effect
CAR T Cell-Mediated Cytotoxicity
Software
Illumination/Optics
Fluorescent Channels
Channel | Excitation | Dichroic | Emission | Typical Dyes |
Blue | 377/50 | 409 | 470/22 | Hoechst, DAPI |
Green | 483/32 | 506 | 436/40 | FITC, Calcein, GFP, AlexaFluor® 488 |
Red | 531/40 | 593 | 629/53 | R-PE, PI, Texas Red, AlexaFluor® 568 |
Far-Red | 628/40 | 660 | 688/31 | DRAQ5®, AlexaFluor® 647 |
Plate Compatibility
High-Speed Imaging
Weight and Dimensions
Power Requirements
Regulatory Compliance