3D Hollow Fiber Bioreactors for Co-cultivation & Research
Discover FiberCell Systems’ 3D perfusion hollow fiber bioreactors! These bioreactors revolutionize in vivo-like cell culture, co-cultivation, 3D modeling, and parasitology research with unmatched benefits.
FiberCell Systems bioreactors offer an incredible, revolutionary approach to cell culture! They allow cells to grow at in vivo-like densities on a porous support without the need for frequent passaging. By creating a specialized microenvironment, cells can interact naturally, fostering complex cellular interactions over extended periods—sometimes lasting for months! The unique molecular weight cut-off of the fibers is a game-changer. It facilitates the exchange of nutrients and waste products while concentrating secreted products, ensuring optimal conditions for cell growth and function.
Image: SEM of gastric epithelium cultured in the hollow fiber bioreactor demonstrating microvilli
Experience the true essence of the in vivo cell microenvironment with FiberCell Systems’ 3D hollow fiber perfusion bioreactors! This unmatched platform provides the perfect setting for studying cell physiology and complex cellular interactions.
Benefits at a glance
Recapitulates the in vivo cell microenvironment for improved cell physiology
Supports prolonged culture for development of complex cellular interactions
Ideal for cell co-culture and parasite culture
Applications include
Blood-Brain Barrier model
Bone marrow stroma model
Endothelial cell culture under shear stress
Placenta co-culture model for MSC precursors
Monoclonal antibody, recombinant protein & exosome production
In vitro toxicology assays
Parasites cultured include
Cryptosporidium
Babesia bigmena
Malaria sporozoites
Click here to download FiberCell Systems presentation on 3D Cell Culture and Co-Cultivation
3D Hollow Fiber Bioreactors for Co-cultivation & Research
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