$1,320.00 CAD
CAT #: A004
UniPlate Il is an organ-on-a-chip platform designed to replicate the complex structure and function of human tissues under uni-directional media perfusion. Each UniPlate II contains 40 independent tissue culture units, and is compatible with automation workflows. Each unit contains two sets of inlet, and outlet well and a shared middle well connected together via channels as well as a slanted ramp for media recirculation. The middle well contains a 3D-printed sacrificial template that can be encapsulated by a natural hydrogel. Upon dissolving the tem-plates, the system produces two independently perfusable structure within the hydrogel matrix, which can then be populated with cells. The absence of membranes between the perfusable structure and surrounding matrix enables direct interactions between cells to mimick physiological tissue environ-ments.
CAT #: A004
UniPlate Il is an organ-on-a-chip platform designed to replicate the complex structure and function of human tissues under uni-directional media perfusion. Each UniPlate II contains 40 independent tissue culture units, and is compatible with automation workflows. Each unit contains two sets of inlet, and outlet well and a shared middle well connected together via channels as well as a slanted ramp for media recirculation. The middle well contains a 3D-printed sacrificial template that can be encapsulated by a natural hydrogel. Upon dissolving the tem-plates, the system produces two independently perfusable structure within the hydrogel matrix, which can then be populated with cells. The absence of membranes between the perfusable structure and surrounding matrix enables direct interactions between cells to mimick physiological tissue environ-ments.
| Product Code | A004 |
|---|---|
| Number of Cultures per Plate | 40 |
| Sterilization Method | UV sterilized |
| Storage Condition | Room temperature (15-25 °C) |
| Storage Time | 3 Months |
| Plate Format | SBS standard 384 well plate |
| Materials | – Top plate: virgin polystyrene. |
| Perfusion | Gravity driven perfusion with IFlowRocker (B001) |
| Applications | Perfused 3D tissue and organoid culture |
| Readouts | – Sensor (TEER with AngioTEER, B002); |
| Cat Number (#) | A004 |
