APPLICATION NOTE

Bio-printed 3D liver model and high-content imaging for assessment of compound toxicity effects

3D bioprinting enables the generation of complex models with spatial control and a variety of matrices allowing the formation of complex tissue structures.

In this application note, we describe a method for the automated generation of 3D cellular liver models using a multi-tool robotic device with liquid handling. This enables the automated bioprinting and high-content imaging of liver cells within a collagen matrix.

Download the application note to learn more about:

Uniform 3D bioprinting and dispensing with flexible built-in assays and multiple customizable tools
Long-period monitoring and high-content imaging for 3D cellular models
cGMP and user-friendly interface for easy building of complex organ-specific models

Heading

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Product family

3D Biology

Product primary application

Bioassembly Bot 400; ImageXpress Micro Confocal High-Content Imaging System; MetaXpress High-Content Image Acquisition and Analysis Software

CMP

7014u000001K07zAAC

Title

Bio-printed 3D liver model and high-content imaging for assessment of compound toxicity effects

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