VASCULARISED ORGAN-ON-A-CHIP
The first bioprinting compatible, vascularized organ-chip
The integration of vascular networks in Organ-Chips offers a crucial step in creating realistic environments for advanced drug testing and disease modelling applications!
OOCs represent partial functions of living organs in a miniaturized form. They can be used for drug testing, toxicology and disease modelling. In order to provide a relevant microenvironment and enable nutrient supply as well as respiratory gas exchange, integration of vascular networks is a key step in OOC development.
Black Drop BioVOC
BioVOC is the first bioprinting compatible, vascularized organ-on-a-chip. It comprises a microfluidic arterial and venous flow system connected through a bioreactor chamber. Using a dedicated lid system, the chamber can be opened and closed to allow direct bioprinting of vascular beds as well as additional cell types, spheroids or parenchymal islands in between the arterial-venous loop.
The innovative chip design enables unprecedented precision and flexibility in the design and biofabrication of organs-on-a-chip. In sum, it is a real game changer when it comes to in-vitro-screening assays and pharmacological research.
Quantity per box: 3 pcs
Material: COP
Connections: Luer connectors
Surface Modification: None
Channel Width: 500 µm
Diameter of central chamber: 3 mm
Chamber Height: 300 µm
Number of central chambers: 3
Shape: Typical microscopy slide format 75 x 26 mm
Open on the Bottom: Facilitates easy access and handling
Closure: Sealed on the top with a lid and secured on the bottom with cytocompatible glue
