Human Organ Models
Explore Revivocell's NANOSTACKS™-based microphysiological systems—modular, human-relevant organ models for predictive toxicity, efficacy, and mechanistic biology.
Revivocell builds human microphysiological systems (MPS) using the modular NANOSTACKS™ platform. Our organ models enable multicellular, physiologically relevant studies of drug safety, metabolism, and organ crosstalk.
Each model is available as a standalone product for in-house use or as part of our fully managed contract research services.
Liver Microphysiological Systems
Our liver models span from simple monocultures to complex immune-competent systems, enabling investigation of hepatotoxicity, metabolism, fibrosis, and inflammation-driven liver injury.
Brain Microphysiological System
Our Brain MPS enables both structural and functional neurotoxicity assessment using human-relevant neural configurations.
Structural Neurotoxicity
Astrocyte-Neuron Co-Culture
- Neurite outgrowth analysis
- Morphological assessment
- Imaging-based readouts
- Early hazard identification
Functional Neurotoxicity
iPSC-Derived Neural Networks
- MEA-based functional readouts
- Network activity analysis
- Seizure liability assessment
- AI-ready datasets
Multi-Organ Microphysiological System
The Multi-Organ MPS enables investigation of inter-organ crosstalk, systemic toxicity, and organ-to-organ signaling using stackable NANOSTACKS™ modules.
Supported Organ Modules
- Liver (mono-, tri-, tetraculture)
- Brain (structural & functional)
- Gut & intestinal barrier
- Immune-relevant compartments
- Custom organ configurations
Key Applications
- Liver-brain axis modeling
- Systemic toxicity assessment
- Organ crosstalk mechanisms
- Multi-organ ADME studies
- Inflammation & immune responses
Product or Service? You Decide.
All organ models are available as standalone products for in-house research or as part of our fully managed contract research services.