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Organ On A Chip System
KIRKSTALL - QUASI VIVO®

Kirkstall’s patented Quasi Vivo® technology is an advanced dynamic flow cell culture system that simulates physiology and is used to study drug toxicity and disease.

Golden Dust
QV1200
QV1200 Organ on a chip

QV1200

The Quasi Vivo Advance QV1200 range is our most advanced interconnected cell culture system to date. It is compatible with standard Air-Liquid and Liquid-Liquid interface well plate inserts for maximum flexibility. The chambers offer a variety of different configurations to culture cells under milli-fluidic flow and are ready for real-time microscopy.

QV900
QV600 Organ on a chip

QV900

Each QV900 tray consists of 6 chambers, each with individual lids and connectors, in the same footprint as a standard well plate, creating a compact unit which allows a range of configuration options. The tray is formed of high-quality optically-clear plastic, allowing for live cell imaging and microscopy of cultures in situ within the plate.

QV600
QV900 Organ on a chip

QV600

The QV600 provides a constant medium surface, positioned to allow the membrane on commercial inserts to sit at this height and provide cell cultures with a continuous perfusion of media as well as exposure to a controlled gaseous environment.

The QV600 chamber can also be fitted with an alternative insert to create a double cavity chamber ideal for the study of membranes and barrier models.

QVMP1
Organ on a chip pump

QVMP1

The QVMP1 is designed to work the Quasi Vivo System.

Suitable for use in a cell culture incubator.

Simple to use.

Flow rate up to 6.55ml/min

Up to three single channel pumps can be daisy-chained using one power cable, enabling three independent flow channels operating at variable flow rates.

Ideal for liquid-liquid or barrier tissue models for example, intestinal, blood-brain-barrier, kidney filtration unit etc.

APPLICATIONS

Blue and Gold Particles
Liver on a chip

LIVER

With Quasi Vivo®, Kirkstall’s flow system, you can quickly and easily set up and run in vitro assays to detect hepatotoxicity of novel compounds.

©MicroPhysiology 2024

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