Keep your cells organ-ised

We are introducing Multi-Matrix Structures, a new product feature to create RASTRUM advanced cell models.

Select relevant structures for your biological question on the RASTRUM Cloud. These new structures are our most advanced cell models allowing you to spatially separate cell populations with our predictable RASTRUM Matrices. Recapitulate the complex architectures of native human tissues in vitro to better model both the cellular functions and cellular behaviours as influenced by these architectures.

Check out our pre-designed and application-driven structure options for tissue-relevant biology from dual or triple matrix.

Dual matrix

A dual matrix structure within the well, enabling paracrine signalling and tissue-relevant architecture

Multi Matrix Structures

Mimic what matters to you

  • Individually controllable matrix environments and cell populations

  • Enable proliferative movement between environments

  • Available for standard 96 well plates for speed and scalability

  • XY spatial separation enables simple imaging analysis

  • Potential applications for cell migration/invasion assays, and paracrine signalling studies

Triple Matrix

A triple matrix structure within the well, enabling complex tissue-like architectures

Multi Matrix Structures

Compartmentalise your cells at scale

  • Individually controllable matrix environments and cell populations

  • Exquisite control over gap sizes to mimic short or large distances between tissues allowing for direct and indirect cell interactions

  • Enable proliferative movement between environments

  • Available for standard 96 well plates for speed and scalability

  • XY spatial separation enables simple imaging analysis

  • Potential applications for cell migration/invasion assays. Ideal for applications requiring spatial separation of cells