Protocol - NucleoLIVE™ Red non-toxic nuclear dye

Protocol - NucleoLIVE™ Red non-toxic nuclear dye

Optimize your live-cell imaging studies with NucleoLIVE™ Red, one of our non-toxic nuclear dye. Live-cell nuclear labeling is crucial to cell biology research for precise measurements of cell count, proliferation or image segmentation. Our non-toxic...
Protocol - ChromaLIVE™ Fix

Protocol - ChromaLIVE™ Fix

  Explore this protocol for ChromaLIVE™ Fix Additive, a solution designed to retain ChromaLIVE fluorescence signal after cell fixation, overcoming the challenge of signal loss in traditional fixed-cell methods. This additive is part of our...
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

 
Live Cell Profiling Data Analysis Workflow

Live Cell Profiling Data Analysis Workflow

 
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

 
Considerations for Live Cell Painting Screens:  A How-To Guide

Considerations for Live Cell Painting Screens: A How-To Guide

In this how-to-guide, we report the design of a new high-throughput screening (HTS) workflow for non-toxic live cell painting, which allows scientists to capture new profiling data at scale, with toolsthat preserve cell physiology. Our...
SBI2 poster 2025 - Accelerating Organoid Adoption as a New Approach Methodology through Standardized, Tailor-Made Assays that Deliver Comprehensive Insights 

SBI2 poster 2025 - Accelerating Organoid Adoption as a New Approach Methodology through Standardized, Tailor-Made Assays that Deliver Comprehensive Insights 

  Accelerate your adoption of 3D organoids as a New Approach Methodology. This reference details how to deliver comprehensive insights through standardized, tailor-made assays. Discover our non-toxic, live-cell imaging approach using NucleoLIVE™ and MortaLIVE™ to enable...
SBI2 poster 2025 - Beyond the ATP Readout: A Non-Toxic Imaging Assay to Reveal Distinct Mechanisms of Cytotoxicity

SBI2 poster 2025 - Beyond the ATP Readout: A Non-Toxic Imaging Assay to Reveal Distinct Mechanisms of Cytotoxicity

   

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