Monoclonal cell culture is critical for many research areas however, the process to establish monoclonal cell lines is time-consuming, and many methods used to monitor monoclonality of cell culture still rely on manual and low-throughput methods.
Many leading labs in the field of virology have used the Celigo Image Cytometer to directly measure multiplex cell-based assays in real-time.
Watch the demo on demand: Modern Cell-based Assays for Cell and Gene Therapy Using Image Cytometry
Detection of novel CD276-CAR NK-92 mediated cytotoxicity of neuroblastoma tumor spheroids using plate-based image cytometry
Drug repurposing, also known as drug repositioning is a powerful tool for the rapid expansion of available therapy options by identifying new therapeutic uses from pre-existing drugs.
The Celigo Image Cytometer reduces assay time while providing richer, quantitative readouts to accelerate assessment of vaccine and antiviral compound candidates.
Many factors and considerations must be optimized to develop the appropriate cell-based assays for gene therapy development.
Is Your Lab Using High-throughput Image Cytometry to Expedite Viral Assay Development and Research of SARS-CoV-2?
Fast track vaccine development process by conducting assays in 96- or 384-well plates based on enumeration of foci, plaque or single infected cells.
Improved fluorescent plaque assay method using fluorescently-labeled antibodies and the use of the Celigo image cytometer.
Come visit us at booth #413 Merck Technology Symposium 2018 September 5-6, 2018 Ocean Place Resort Long Branch, NJ Posters being presented: High-throughput foci counting of viral titer and antibody neutralization assays using the Celigo Image Cytometer for developing a novel cross-reactive influenza vaccine Long-term time-course monitoring of NK cell-mediated ADCC using the Celigo Image Cytometer A high-throughput 3D tumor spheroid screening method for drug discovery using imaging cytometry