Inventia | Resources (3)

Tunable microenvironments: The matrix can be adjusted to reflect specific tissue stiffness or mechanical properties, making it suitable for a range of cell types and applications.
Enhanced complexity: Models can include multiple cell types and spatially organized architectures, better mimicking the interactions and structures found in vivo.
Scalability: RASTRUM enables the rapid and consistent production of models, addressing challenges of reproducibility and throughput in 3D cell culture.

Use our resource hub to learn more about RASTRUM™ for your 3D cell culture needs and explore peer-reviewed publications powered by RASTRUM.

Our in-house curated application notes highlight the applicability and capability of the RASTRUM Platform.

Discover how the platform can be utilized for a particular application to support impactful scientific research.

From spheroids to organoids to phenotypic cell models: Your guide to 3D cell models View Blog Your Questions Answered: Q&A From Our Recent GenomeWeb Webinar View Blog Harnessing Advanced Cell Culture Models for Drug Discovery Breakthroughs View Webinar Studying Organ Development and Disease Using Organoids View Webinar 3D-Cultured Primary Human Hepatocytes: Evaluating Drug-Induced Liver Damage View Blog A simple workflow for the generation and live-cell imaging of 3D advanced cancer cell models for compound testing View Application Resource New advancements for generating more accurate 2D and 3D models of the human brain View Webinar Phenotypic 3D cell models: Benefits and how to get started View Application Resource 3D cell culture models for cancer drug discovery View Application Resource Tunable 3D cell models recapitulating the tumour microenvironment for in vitro immuno-oncology assays View Application Resource

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