FREE EBOOK

High-content stem cell imaging techniques and tools

Learn how to:

  • Implement cellular applications such as iPSC-derived spheroids
  • Leverage imaging techniques and tools to transform your data into unique biological insights
  • Utilize robust, high-content imaging for high quality, consistent, live-cell imaging assays
Stem cell imaging

What you will find in this eBook

Increasing knowledge of stem cell differentiation has provided scientists with opportunities to study targets and pathways relevant to disease progression. Stem cells serve as more reliable models to identify and confirm new drug targets and generate pharmacological and toxicological breakthroughs with a strong potential to translate to the clinical setting. The application of stem cells in drug development also creates a path to personalized medicine, while at the same time reducing, or even potentially replacing, animal testing.

This eBook highlights different stem cell applications and the tools to transform your data into unique biological insights.

Sample pages

3D spheroid imaging

3D spheroid imaging

Stem cell expansion and differentiation

Stem cell expansion and differentiation

Multiplexed hepatotoxicity assay

Multiplexed hepatotoxicity assay

Automated cardiomyocyte screening

Automated cardiomyocyte screening

Neuronal toxicity

Neuronal toxicity

EXPLORE STEM CELL MODEL APPLICATIONS

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Whatever your imaging requirement, we have a solution
that will meet the needs of your lab and your budget.

Stem Cell Imaging and Analysis Systems

Our ImageXpress portfolio of cellular imaging systems and analysis software offers innovative capabilities for evaluating induced pluripotent stem cell-derived models such as:

  • Organoids
  • Spheroids
  • Cardiomyocytes
  • Neurons
  • Hepatocytes
  • Live cells

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