PELOPaper: Cellovations Lung Fibroblasts to Create 3D Vasculature-on-Chip Models

A recent study published in Advanced Materials Technologies highlights Cellovations products in advancing tissue engineering and microfluidic models. Researchers developed a perfusable multi-hydrogel vasculature-on-chip system that mimics complex human vascular structures. The paper "A Perfusable Multi-Hydrogel Vasculature On-Chip Engineered by 2-Photon 3D Printing and Scaffold Molding to Improve Microfabrication Fidelity in Hydrogels" is an important step forward in replicating complex human systems for biomedical research. This innovative method combines two-photon polymerization and hydrogel molding to create advanced vascular structures without exposing cells to cytotoxic processes. The study shows the great potential of Cellovations products in replicating human systems for high-quality research. Key Products and Results: Cellovations Human Lung Fibroblasts (HLF): Cultured with our specialized Fibroblast Growth Medium Enhanced, providing a stable co-culture for 10 days. HUVECs (Human Umbilical Vein Endothelial Cells): Supported by Endothelial Cell Growth Medium Enhanced, demonstrating robust growth and scaffold invasion. Speed Coating: Promoted adhesion and hydrogel scaffold fidelity. The study showcases an innovative approach combining 2-photon polymerization and scaffold molding, paving the way for precision vascular modeling and enhanced microfabrication Congratulations to the authors and research team: Federico Cantoni, Laurent Barbe, Hannah Pohlit and Maria Tenje. Read the full paper here: https://doi.org/10.1002/admt.202300718 #BiomedicalResearch #Cellovations #TissueEngineering #Microfluidics #InVitroModel Ready to transform your research? Explore all Cellovations solutions here.