application and technical notes

Our in-house curated application notes highlight the applicability and capability of the RASTRUM™ Platform.
Discover how the platform can be utilised for a particular application to support impactful scientific research.

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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.
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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
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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.
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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.
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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.
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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™.
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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™
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Drop-on-demand printing technology of the RASTRUM™ 3D cell culture platform

This application note details the key printing features offered by RASTRUM™.
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Healthy liver and liver fibrosis modelling using RASTRUM™ Platform

This application note provides a study of liver fibrosis in a relevant physiological way with liver and stellate cells to enable anti-fibrotic treatment.
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