Cellularis Biomodels Website, Blog & Press Pages

Cellularis Biomodels Website, Blog & Press Pages - aVenture

Cellularis Biomodels - Library

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Pipeline/pipeline
The RoadMap to Improve Drug Discovery 3D In Vitro Models The technological advancement and the consequent emerging of 3D models offer more opportunities for pre-clinical therapies screening, in a way…
Product/product
Get Started with SUPRaDrop® Plates High-Throughput 3D Cell Culture Solutions Technology: Superhydrophobic surface designed to support the formation of uniform spherical microdroplets for droplet-based cell culture. Applications: Optimized for advanced…
R&D Projects/rd-projects
Technology/technology

2 pages

Pancreatic Cancer 3D In Vitro Models/2022/03/02/pancreatic-cancer-in-vitro-models
Cellularis filed world patent on Physiomimetic Pancreatic Tumor-Stroma Models Cellularis Biomodels files its first international patent request focusing on the bioengineering of physiomimetic 3D In vitro tumor models recapitulating cancer-stroma…
Physiomimetic Decellularized Matrix 3D Tumor Models/2022/05/13/physiomimetic-decellularized-matrix-3d-tumor-models
Cellularis Breast Cancer models including decellularized extracellular matrix and cancer-stroma microenvironment elements for organotypic drug screening. Share via: More

2 pages

News/news
Latest news from Cellularis Bimodels 3D human disease models company
Scientific Publications/scientific-publications
Scientific Publications Advances in bioengineering pancreatic tumor-stroma physiomimetic Biomodels Biomaterials, 2022 | Monteiro, M. V., Ferreira, L. P., Rocha, M., Gaspar, V. M., & Mano, J.F. Advancing tissue decellularized hydrogels…

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About/home-duplicate-106/about
About CELLULARIS We are a deep-tech company that provides state-of-the-art 3D of human disease for the discovery of new biological targets and screening candidate therapies in the preclinical phase.…

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Homepage/
Cellularis Biomodels is a biotechnology startup dedicated to the research and development of in vitro 3D tumor models to test candidate therapies in a pre-clinical phase, by using advanced bioengineering technologies and analytical tools.