Inventia Life Science

What’s the power of our Triple Matrix model? Our model is specifically designed to recapitulate true tissue architecture and drive your research forward! With this advanced model, you can explore migration and invasion dynamics, recreate tissue architecture for more accurate results, study cell signaling and interaction in real-time and easily image and analyze cell behaviors. Take your cell biology research to the next level with a model that mirrors the complexity of in vivo systems. MORE: https://lnkd.in/g8NQzwgQ #TripleMatrix #3DCellModels #TissueArchitecture #CellResearch #Innovation

Traditional 2D models often fail to capture the complexity of tumor heterogeneity and the microenvironment, limiting their ability to predict treatment outcomes. Our 3D cell models offer a more accurate, physiologically relevant solution, helping researchers develop more effective cancer therapies. Learn more: https://inventia.life/

Join Us for an Exciting Symposium on 3D Cell Culture and Organoid Research with our friends at The Scientist. In this symposium, you’ll hear from renowned experts in the field as they dive deep into how organoid research is unlocking the mysteries of human biology, offering new perspectives on development, disease progression, and treatment efficacy. MORE: https://lnkd.in/gVf8Rt5y

We’re excited to share the latest edition of our newsletter! Dive in for updates on our cutting-edge innovations in 3D cell biology, the role of RASTRUM™ in advancing cancer research, and upcoming events shaping the future of life sciences. 🧬 Learn how we're supporting breakthroughs in breast cancer research and fast-tracking R&D with our Discovery Services team. Stay informed, stay inspired! #LifeSciences #3DCellCulture #BreastCancerAwareness #CancerResearch #Innovation #Organoids #DrugDiscovery #InventiaLifeScience #Biotech

The possibilities for discovery are endless with RASTRUM technology! At the forefront of innovation, we develop cutting-edge solutions that empower pioneers in drug discovery and biomedical research to create advanced human tissue models for both research and therapeutic purposes. Our state-of-the-art platform replicates real human tissue structure and behavior across various disease states, offering unparalleled physiological complexity. This enables world-class research and breakthroughs—right in your lab. Learn More: https://inventia.life/ #Biotech #CellModels #DrugDiscovery #BiomedicalResearch #Innovation

How prepared do you feel to start using 3D cell culture models in your lab? Very prepared: You’re ready to dive into the world of 3D cell culture models, confident in your ability to implement and leverage these advanced systems to enhance your research. Somewhat prepared: You have a good understanding of 3D cell culture models but could benefit from more hands-on experience or access to specific protocols that can make the transition smoother. Need more information and resources: You're curious about the potential of 3D cell culture models but require more foundational knowledge or resources to fully understand their application.

Our latest application note explores how RASTRUM technology enables live-cell tracking of 3D migration, offering better insights into tissue behavior and therapeutic efficacy using #BreastCancer Cells. Move beyond 2D and discover the future of cell movement studies—critical for disease understanding, drug discovery and cancer research. See the findings: https://lnkd.in/g9x-_i4m #BreastCancerAwareness #BreastCancerResearch #Rastrum

When using RASTRUM, you can count on consistent and reproducible 3D models in 384-well plate format. Our imaging model designed for high-throughput is especially effective with drug screening, high-content imaging and Biochemical assays. Elevate your research with RASTRUM—explore our cell models: https://lnkd.in/g8NQzwgQ

Our advanced 3D cell cultures offer a more accurate representation of in vivo tissues compared to traditional 2D methods. With high cell viability and the ability to fine-tune matrix stiffness and composition, RASTRUM-generated models replicate key morphological features essential for studying cellular behavior and tissue architecture. Dive into the details and elevate your research with our latest application note: https://lnkd.in/dZCZFqaC #3DCellCulture #RASTRUM #InnovateScience