COMPARTMENTALIZED BARRIERS.
VASCULARIZED SKIN.
KERATINOCYTES & ENDOTHELIAL CELLS CO-CULTURE.
Description.
Create a platform of keratinocytes cocultured with endothelial cells. The design of this chips allows the commnunication between two cell types located in 2 compartments separated by a nanoporous membrane.
Readouts.
• Teer compatibility.
• Imaging.
Advantages.
• NHEK differenciation.
• HDMEC morphology.
• Compatible with 3D culture.
Potential Applications.
• Asses compound acting on the vascular component of the skin.
PERFUSED BRAIN ORGANOID.
BRAIN ORGANOID & ENDOTHELIAL CELLS CO-CULTURE.
Description.
Create a platform of brain organoid cocultured with endothelial cells. We have successfully demonstrated that cerebral organoids grow more consistently in our devices, providing a more reliable starting point for toxicity testing.
Readouts.
• Teer compatibility.
• Imaging.
Advantages.
• Asses compound.
• Valproic acid, Rotenone, Bisphenol A, Nicotine, and Vanillin assessment.
Potential Applications.
• Neurotoxicity.
OUR OFFERS.
Discovery Pack.
Familiarize yourself with NeoBentos MEA to initiate your compartmentalized electrophysiology model.
• 5 NeoBentos for 10 conditions and 8 replicates.
• UpLink Software.
• Online Training and 10 Hours of support meeting with our Field Application Scientist and/or scientists.
• Mono-culture SOP only (sensory neurons, motor neurons, keratinocytes, muscle etc...)
Development Pack.
Develop your own assay with NeoBentos MEA.
• Minimun 5 NeoBentos with volume discount (up to 35%).
• UpLink Cloud Software (secured cloud).
• On-site Training and 100 Hours of support meeting with our Field Application Scientist and/or scientists.
• All mono- and co-culture SOP (motor neurons, muscle, innervated skin, Gluta-GABA, etc...)
ARE YOU A PUBLIC RESEARCH LABORATORY?
At NETRI, academic research is a cornerstone of our mission. We firmly believe that major advances result from collaboration between public research laboratories and industry players. We offer products specially designed for academic teams to facilitate access to NAM industrial technologies.
