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Visual workflow of the Drug Discovery BioApp coordinating BioAssemblyBot tools to streamline compound testing in organoid-bas

Vascularized Adipose Organoids Manufacturing

Advanced Solutions

BioAssembly Automation

PubMed online database interface used to search peer-reviewed biomedical literature, including research articles, clinical st

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VAOs contain mature adipocytes and native microvasculatures in a high cell-density organoid, making them ideal for informative experiments and assays. Example customer outcomes include examining:

  • Adipose metabolism

  • Inflammation

  • Insulin sensitivity 

This BioApp allows you to:

  • Build a single 96 well plate of VAOs in 5 minutes using BioAssemblyBot 400

  • Incubate 36 or more well plates per day using BioStorageBot Hive 

This BioApp automates the manufacturing of VAOs:

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The BioAssemblyBot uses the Pick & Place BioAssemblyTool to place a well plate onto the stage.
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Then it uses the Pipette BioAssemblyTool to easily pipette an exact amount of Angiomics Microvessels into the well plate.
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Finally, it uses the Pick & Place BioAssemblyTool to move the well plate into the BioStorageBot Hive for incubation.

This BioApp is completed with:

BioAssemblyBot 400 executing automated multi-tool workflows for 3D bioprinting of complex tissue models and organoids
BioAssemblyBot robotic platform enabling automated 3D bioprinting, liquid handling, and tissue engineering for regenerative m

Pick & Place, Pipette

Angiomics platform providing cryopreserved human microvessels for vascularizing 3D tissue models in organoid and regenerative

Microvessels

BioStorageBot automated incubator system designed to control temperature, CO₂, and humidity for maintaining and perfusing 3D

96-cell well plate(s) 

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