The Celigo imaging cytometer by Nexcelom is a powerful and versatile instrument designed for high-throughput cell analysis. This advanced cytometer combines brightfield and fluorescence imaging capabilities, making it an essential tool for a wide range of cell-based assays.

Applications of the Nexcelom Celigo Imaging Cytometer

• Cell Counting and Viability: Accurate counting and viability assessment of cells in various formats, including microplates and flasks.

• Cell Growth Monitoring: Real-time monitoring of cell proliferation and growth kinetics.

• Colony Formation Assays: Automated analysis of colony formation in soft agar and other semi-solid media.

• Apoptosis and Necrosis Assays: Detection and quantification of apoptotic and necrotic cells using specific fluorescent markers.

• Cell Cycle Analysis: Assessment of cell cycle phases through fluorescence-based detection.

• Transfection Efficiency: Evaluation of transfection rates and efficiency in cell populations.

• Cell Migration and Invasion: Analysis of cell migration and invasion in wound healing and other assays.

• Spheroid and Organoid Analysis: High-resolution imaging and quantification of 3D cell cultures, spheroids, and organoids.

Industries Benefiting from the Nexcelom Celigo Imaging Cytometer

• Pharmaceutical and Biotechnology: Drug discovery, toxicity testing, and research and development.

• Academic Research Institutions: Basic research, cell biology studies, and experimental therapeutics.

• Clinical Diagnostics: Diagnostic testing, cancer research, and personalized medicine.

• Contract Research Organizations (CROs): High-throughput screening, assay development, and biomarker discovery.

• Agricultural Research: Plant cell studies, genetic modification, and crop research.

• Environmental Testing: Analysis of environmental samples, microbiology, and ecotoxicology.

With its advanced imaging capabilities and broad range of applications, the Celigo imaging cytometer by Nexcelom is a crucial tool for accelerating research, improving data accuracy, and enhancing productivity across various scientific and industrial settings.