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Liver Microphysiological Systems

Human-relevant liver models for predictive hepatotoxicity and metabolism studies

Choose from validated monoculture, triculture, or tetraculture configurations designed to match your research objectives and biological question.

Select the right liver model for your study

Model complexity should match your biological question and decision point. Each configuration provides validated, human-relevant data — select based on what cellular interactions you need to capture.

Liver Monoculture MPS

Primary human hepatocytes

Best suited for early hepatotoxicity screening and metabolic activity assessment.

Key Capabilities

  • Cytotoxicity
  • CYP450 activity
  • Albumin & urea production

Liver Triculture MPS

Hepatocytes, stellate cells, endothelial cells

Best suited for stromal and vascular modulation studies.

Key Capabilities

  • Cell-cell crosstalk
  • ECM interactions
  • Vascular-mediated effects

Liver Tetraculture MPS

Hepatocytes, Kupffer cells, stellate cells, endothelial cells

Best suited for immune–hepatic crosstalk, advanced hepatotoxicity, and chronic exposure studies.

Key Capabilities

  • Immune-mediated toxicity
  • Inflammatory response
  • DILI assessment

How to select the right liver model

Model complexity should match your biological question and decision point.

ModelSelect this model when you need to...What this adds beyond simpler models
Liver Monoculture MPSEstablish baseline hepatocyte function, metabolic competence, and intrinsic hepatotoxicityProvides primary human hepatocyte metabolic baseline for early screening and clearance profiling
Liver Triculture MPSUnderstand how stromal and vascular cells modulate compound toxicity or metabolismStellate and endothelial cell crosstalk reveals vascular-mediated effects and extracellular matrix interactions
Liver Tetraculture MPSAssess immune-mediated toxicity, inflammatory response, or long-term chronic exposure effectsKupffer cells enable immune–hepatic crosstalk, cytokine profiling, and inflammation-driven injury mechanisms

Use this model in your research

The Liver MPS platform supports different study types depending on your team's resources, expertise, and timeline. Choose the approach that fits your workflow.

Run In-House

Purchase Liver MPS products and operate them in your own laboratory with your team.

Fully Managed Studies

Revivocell operates Liver MPS for hepatotoxicity and ADME studies from design to data delivery.

Build Your Own

Design a Custom Multi-Organ System with NANOSTACKS™

The NANOSTACKS™ Multi-Organ Builder lets you select one or multiple organs — Liver, Lung, Heart, Brain, Gut, Kidney, Skin — and automatically configures your multi-organ system with the right cell layers, compartments, and 3D visualisation.

  • ✓Select organs individually or build a multi-organ panel
  • ✓Cell layers and compartments configured automatically
  • ✓Interactive 3D model updates in real time
  • ✓Download schematic and request a quote in one step
NANOSTACKS Multi-Organ Builder interface

Need help selecting the right liver model?

Our team can help you choose the optimal liver MPS configuration for your study objectives.

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