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Reinvent High Content Image Analysis | Genedata Imagence

High Content Image Analysis. Reinvented.

Our Customers

Genedata Imagence® lets you train a deep neural network to classify cellular phenotypes in HCS images for unbiased, high-quality results. It automates your analysis to put the power of deep learning algorithms in the hands of assay biologists. 

Automate Analysis.
Empower Biologists.

Genedata Imagence empowers biologists to directly and immediately analyze HCS imaging data using sophisticated deep learning techniques without any specialized algorithmic expertise, enabling you to:

  • Entirely automate image analysis setup, eliminating time-consuming and repetitive parameter tuning steps and specialist-controlled scripting workflows.
  • Automate identification and classification of complex phenotypes.
  • Instantly access your results via seamless integration with Genedata Screener®; immediately obtain a list of top hits with detailed statistics and plots.
Clarify Complex Results. Ensure Data Quality.

Clarify Complex Results.
Ensure Data Quality.

Don’t shroud your analysis under abstract lines of code. The Genedata Imagence intuitive interface allows you to easily QC and explore data every step of the way, enabling a better and deeper understanding by allowing you to:

  • Access original images at all stages of the workflow, for rapid QC and data exploration.
  • Compare images and adjust training datasets in a matter of clicks.
  • Eliminate human bias with a deep learning approach. Consistent application of the same networks to new screening batches ensures reproducible and reliable analysis.
Boost Assay Sophistication. Reveal Fresh Insights.

Boost Assay Sophistication.
Reveal Fresh Insights.

Capable of producing high-quality results for even the most complex of imaging assays, Genedata Imagence can help you realize the full potential of your phenotypic high-content screens, enabling:

  • Interactive visualizations that facilitate interpretation and make sense to biologists.
  • Efficient analysis of state-of-the-art multiplexed assays such as Cell Painting, which combine multiple channels or markers.
  • Increased analysis speed combined with innovative deep learning techniques that open the door to new insights.