iPSC Organoid Models​

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Induced pluripotent stem cell-derived (iPSC) organoids offer unprecedented opportunities to study human development, disease, and drug responses in a controlled in vitro environment. ​

​These 3D models mimic the functionality of human organs and new methodologies are being rapidly developed to study their complex physiological structure and processes.​

​Gain deep insights into 3D human in vitro organoid models with label-free, live-cell assays from Axion BioSystems.​

Advantages iPSC organoid models​

Organoids are a powerful tool for biological research.​

Advantages of iPSC organoids: ​

  • Functional similarity​
    iPSC organoids recapitulate complex physiological processes seen in vivo.​
  • Self organizing
    iPSC organoids self-organize into 3D structures similar to tissues in vivo.​
  • Cellular diversity​
    iPSC organoids are often comprised of multiple cell types found in their target organ (e.g. neurons & glial cells).​

With increased physiological relevance organoids are used for applications in drug screening, disease modeling, and personalized medicine.​

Advantages of organoid models

Assays for iPSC organoid characterization and function

Standardizing neural organoid production and analysis
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Quality neural organoid research requires the right tools from start to finish.

 

 

Watch this 8 minute video to discover how Axion's imaging and MEA platforms allow you to capture the complex biology of organoids non-invasively and in real time.