Beyond simple co-cultures: Development of complex tissue architectures in 3D
The technical note outlines our most advanced 3D cell models to date, enabling the creation of complex architectures to mimic 3D human biology in a standard 96-well plate.
Viability and Morphology of RASTRUM™ Generated Advanced Cell Models
This application note shows cell viability and morphology in RASTRUM™ advanced cell models across various matrix stiffnesses and compared to Matrigel® to accurately reflect real life in vivo tissues.
Printable and tunable 3D cell culture environments using RASTRUM™ Matrices
The application note provides an overview of the utility and tunability of RASTRUM™ matrix systems
Integration of RASTRUM™ and AlphaLISA® for drug discovery in 3D cell cultures
This application note provides an overview of how RASTRUM™ and Alpha technology can be seamlessly integrated.
High-throughput phenotypic screening with RASTRUM™ 3D cell models
This application note provides an overview of cell painting-based phenotypic screening of advanced 3D cell models using RASTRUM™ with high-content confocal imaging and machine learning.
Tracking cell migration in advanced cell models generated by the RASTRUM™ Platform
This application note provides an overview of tracking cell migration in 3D using advanced cell models and how it may permit the accurate identification of therapeutic targets.
Generation of 3D co-culture models using the RASTRUM™ 3D cell culture platform
This application note provides an overview of the creation of direct co-culture models using RASTRUM™.
Brightfield and fluorescent imaging of RASTRUM™ 3D cell models
This application note demonstrates the compatibility of imaging methods with 3D cell models created using RASTRUM™
Drop-on-demand printing technology of the RASTRUM™ 3D cell culture platform
This application note details the key printing features offered by RASTRUM™.