Astrocytes in gel with endothelial tubule in a 2-lane OrganoPlate

Model design in the OrganoPlate

Model design in the OrganoPlate

Perfused tissues and tubules in the OrganoPlate®

Layout of a single microfluidic culture in the OrganoPlate® 2-lane 400, in-gel culture
An OrganoPlate® 2-lane 400 contains 96 perfused culture chambers, each connected to 4 wells of the plate

The OrganoPlate® is a microfluidic 3D culture plate, supporting up to 96 tissue models on a single plate. In an OrganoPlate®, you can grow tissues embedded in an ECM gel or as a perfused tubule against the ECM gel.

In-gel 3D tissue culture

3D view of a 2-lane culture cell with tubular cell culture against the ECM gel

For in-gel culture, cells are mixed with an ECM such as Matrigel® and seeded in the gel inlet of an OrganoPlate®. As soon as the ECM-gel has set, you can add medium to the inlet and outlet wells to perfuse the tissue. This in-gel culturing technique works perfectly for for example tumors, hepatocytes and neuronal cultures, but also for supporting cells types, such as astrocytes, pericytes and podocytes. For in-gel cultures, the type and density of ECM gel are important as these factors influence the growth and properties of tissues (e.g. hepatocytes form smooth spheroids while neurons form neuronal networks in the gel).

Perfused 3D tissue in ECM gel. A 3D representation of a 2-lane OrganoPlate® culture chamber with perfused medium channel, Phaseguide™ (ph) and tissue channel with cells in extracellular matrix gel (ECM).

Against-gel perfused 3D tubules culture

3D view of a 2-lane culture cell with tubular cell culture against the ECM gel

In addition to in-gel cultures, you can deposit monolayers at the interface between lanes. This is achieved by seeding cells against the ECM gel. Supported by perfusion, the cells grow against the gel and the inner wall of the medium channel to form a perfused vessel structure. Examples are a renal proximal tubules, intestinal tubules and endothelial tubule or blood vessels, all grown as a tubule against ECM gels.

Perfused tubule against ECM gel. A 3D representation of a 2-lane OrganoPlate® culture chamber with a perfused epithelial tubule in the medium channel, Phaseguide™ (ph) and gel channel with extracellular matrix gel (ECM).

Tissue configurations in a 2-lane OrganoPlate®

Tissue setups in the 2-lane OrganoPlate®

In the 2-lane OrganoPlate®, 2 tissue lanes can be combined to design tissue setups. The two-lane OrganoPlate® supports perfused epithelial tubules and blood vessels, perfused cells in ECM-gel or combinations of both.

The OrganoPlate® supports a range of (co-) culture setups to create complex tissues. This allows detailed studies of cell interactions, strongly enhanced by barrier-free co-culture. Here we show examples of model configurations in the 2-lane OrganoPlate®.

Tissue configurations in a 3-lane OrganoPlate®

In the 3-lane OrganoPlate®, 3 tissue lanes can be combined to design more complex tissue setups, such as two tubules, flanking a central ECM-gel with cells or two adjacent ECM-gels with cells and a perfusion lane. The three-lane OrganoPlate® allows basal and apical access to epithelial tubules and blood vessels, combinations of tissues growing in ECM and tubules, as well as more advanced transport studies.

Currently, the 3-lane OrganoPlate® is not available as an off-the-shelf product, please refer to our custom model development services.

Sophisticated tissue setup in 3-lane OrganoPlates: 2 tubules flanking a central tissue
Sophisticated tissue setup in 3-lane OrganoPlates: 2 adjacent tissues with perfusion lane
The three-lane OrganoPlate® supports a range of sophisticated tissue configurations.