Making 3D Cell Painting Possible Live Cell Profiling of Spheroids with ChromaLIVE™

Making 3D Cell Painting Possible Live Cell Profiling of Spheroids with ChromaLIVE™

 
Making 3D Cell Painting Possible with ChromaLIVE

Making 3D Cell Painting Possible with ChromaLIVE

This webinar, in collaboration with Yokogawa, explores why non-toxic imaging is essential for effective 3D cell painting and how it leads to more accurate and meaningful drug discovery insights. We walk through how to design...
A Dual-Purpose Fluorescent Assay for Quantifying Viability and Screening Morphology in Neural Organoids - Johns Hopkins SOT 2026 poster

A Dual-Purpose Fluorescent Assay for Quantifying Viability and Screening Morphology in Neural Organoids - Johns Hopkins SOT 2026 poster

 
SOT ToxExpo 2026 - Regulatory Adoption of Organoids and 3D Models: Tailor-Made Tools that Deliver Comprehensive Insights

SOT ToxExpo 2026 - Regulatory Adoption of Organoids and 3D Models: Tailor-Made Tools that Deliver Comprehensive Insights

 
ChromaLIVE Deep Red and NucleoLIVE Red for Live Cell Painting and Phenotypic Profiling

ChromaLIVE Deep Red and NucleoLIVE Red for Live Cell Painting and Phenotypic Profiling

Explore this technical note introducing ChromaLIVE™ Deep Red, a novel non-toxic dye optimized for compatibility with NucleoLIVE™ Red. This new variation of our signature ChromaLIVE™ stain addresses limitations in traditional endpoint high-content screening and cell...
Application Note - MortaLIVE™ non-toxic dye: live-dead assay for real-time cytotoxicity

Application Note - MortaLIVE™ non-toxic dye: live-dead assay for real-time cytotoxicity

Cell viability and cell death assays are essential tools to evaluate compound cytotoxicity in drug discovery. While many commercial solutions exist, most are endpoint assays that only capture a snapshot at a single timepoint. MortaLIVE™...
SLAS Poster 2026 -  Beyond the ATP Readout: A Non-Toxic Imaging Assay to Reveal Distinct Mechanisms of Cytotoxicity

SLAS Poster 2026 - Beyond the ATP Readout: A Non-Toxic Imaging Assay to Reveal Distinct Mechanisms of Cytotoxicity

 
SLAS Poster 2026 - Regulatory Adoption of Organoids and 3D Models: Tailor-Made Tools that Deliver Comprehensive Insights

SLAS Poster 2026 - Regulatory Adoption of Organoids and 3D Models: Tailor-Made Tools that Deliver Comprehensive Insights

 
SLAS Poster 2026 - Boosting Cell Painting Performance with a Data-Rich and Physiologically-Relevant Alternative

SLAS Poster 2026 - Boosting Cell Painting Performance with a Data-Rich and Physiologically-Relevant Alternative

 
Application Note - Human Endometrial Organoids as a New Approach Methodology (NAM) for Preclinical Cytotoxicity Testing in Women’s Reproductive Health

Application Note - Human Endometrial Organoids as a New Approach Methodology (NAM) for Preclinical Cytotoxicity Testing in Women’s Reproductive Health

 

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