Cell Model Architectures - Inventia

RASTRUM™ advanced 3D cell models provide in vitro researchers with physiologically relevant cell models for next generation drug discovery and phenotypic research.

Create complex spatial cell and matrix configuration that seamlessly integrate with your downstream workflows to reliably model complex biology, discovery new therapeutic targets, and screen drug compounds.

Small single matrix@2x-100

Imaging Model

A thin, single matrix model designed for fast imaging and reduced cell usage

Immunofluoroscence imaging
Drug screening
Biochemical assays
Thin model for fast, high-content imaging
Compact model reducing number of cells required

Large single matrix@2x-100

Large Plug Model

A single matrix model designed for expansion and bulk downstream analyses.

DNA, RNA and protein analysis
Flow cytometry
Omics analyses
Large model for more cellular material

High-throughput@2x-100

High-Throughput Model

A single matrix model designed for high-throughput in 384-well plates.

Drug screening
High-content imaging
Biochemical assays
Consistent and reproducible 3D models in 384-well plate format

Triple matrix@2x-100

Triple Matrix Model

A triple matrix model designed for recapitulating tissue architecture.

Migration and invasion
Tissue architecture recapitulation
Cell signaling and interaction
Easy to image cell signaling and interaction
3D models with defined tissue architecture

Double matrix@2x-100

Double Matrix Model

A double matrix model designed for recapitulating tissue architecture.

Migration and invasion
Tissue architecture recapitulation
Cell signalling and interaction
Easy to image cell signalling and interaction
3D models with defined tissue architecture

Removable@2x-100

Removable Model

A large removable model for 24-well plates printed on coverslips designed for implantation.

Implantation
Immunohistochemistry
Spatial biology
Easy to remove for microscopic imaging
Easy to handle for embedding and sectioning