Advancing Life Science
by Unlocking Living Human Tissue

Enabling breakthrough research in ex vivo tissue culture and vascularised organoid perfusion

Applications

Vitroscope unlocks the full potential of living human tissue. By bringing controlled flow to vascularised organoids and intact tissues, our platform preserves the native microenvironment — making it possible to study immune activity, drug effects, and disease mechanisms in real time. One integrated system, minimal training, compatible out of the box with tissue, 2D, mechanobiology, organoids, and 3D bioprints. Fully compatible with up- and down-stream screenings.

Ex Vivo Tissue Culture

Ex vivo tissue slices including immune cells at 90% viability for days or self-organising tissue cultures. Longitudinally observe and screen on fully viable tissue cultures for days at molecule resolution.

Preserve native tissue architecture

Real-time supernatant monitoring

Controlled microenvironment

In vitro screening on living tissue

Perfusion of Vascularised Organoids

Study complex organoid systems with functional vasculature under physiological flow conditions. Investigate drug delivery, BBB, metabolic processes, and tissue-tissue interactions in biomimetic environments.

Physiological flow control

Vascular network integration

Multi-organ system modeling

Dynamic imaging capabilities

Collaboration with CONDUCTink who kindly provided the recording.

Always a Digital Twin

Define experiment conditions, schedule screening runs, monitor progress, and acquire longitudinal microscopy images within minutes with your browser.

Browser based interface

Custom protocol library

Fleet management

Real-time monitoring

Dynamic Culture

By measuring and controlling gas mixture (CO₂, O₂, H₂), temperature (°C), and flow rate, our platform unlocks unlimited, repeatable, robust physiological culture conditions. Portable, zero footprint, standalone design.

Gas control for hypoxia / hyperoxia

Minimal training required

Well-plate format

Closed-loop flow channels

Inspired by software engineering, a shift from static snapshots to dynamic, real-time interactive systems using Vitroscope's Sensor-Extended Imaging platform. Learn more!