Bigger Organoids & Organoid Lifespan

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Organoids and simpler spheroids are 3D structures on chip compared to 2D structures on chip. They retain their ability to self organize, perform plasticity, better retain intrinsic characteristics of micro-environments, cell to cell interactions, tissue polarity and nutrient gradients.

Cryo-Technology

Storing large amounts of tissue in cryostate is essential to having on demand organoids. In two hundred days, the organoid supply could be infinitely fulfilled, leaving minimal time between organoid replacement. Labs are culuring their organoids and also utilizing them, requiring several months of development, growing time.

Lifepan

More precisely mimic the condition and functions of the human body to improve lifespan of organoids. This involves ongoing re-engineering of life-support systems.

Larger Organoids

The key to growing larger organoids is vasculuture, organoids with vasculuture has been achieved. These procedures are complex.

  • 3D tissue printing for vasculature and other essential additions to be within the construction of the organoids to produce large organoids.
  • 3D tissue printing for uniformity of structure, organoids are geometric.
  

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