[Publication]: Microfluidic 3D Bioprinting Towards a Renal In Vitro Model

Mar 10, 2021

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Check out some of the latest work on kidney disease model development from our friends at Maastricht University: Microfluidic 3D bioprinting towards a renal in vitro model

In this study, Carlos Mota and colleagues established methods to bioprint cell-laden constructs that mimic the proximal renal tubule using microfluidic 3D bioprinting technology from Aspect Biosystems.

A prototype CENTRA™ printhead was used to bioprint core-shell fibres containing tubular epithelial cells in the central core compartment and endothelial cells in the surrounding shell compartment.

Over a 14 day culture period the tubular epithelial cells reorganized to form a lumen and the endothelial cells were distributed in the surrounding layer to create a structure resembling the tubulointerstitium where the peritubular capillaries wrap the renal tubule.

The ability to bioprint a concentric arrangement of different kidney cell types represents a crucial step toward modeling the proximal renal tubule and will facilitate further investigation into the mechanisms underlying kidney disease development and progression.

Click on the image below to read the full publication.

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