Advancing Discovery with Human-Relevant 3D Biology
Our organoid and organ-on-chip applications empower researchers to model diseases, evaluate therapeutics, and uncover biological mechanisms with unmatched physiological relevance. Explore how our platforms accelerate innovation across translational and fundamental research.
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Applications
- Disease Areas
- Therapeutic Development
- Fundamental Research
Disease Areas
Leverage highly relevant human disease models for understanding etiology, identifying novel therapeutic targets, and testing drug efficacy.
Oncology
Develop patient-derived tumor organoids (PDOs) to screen drug libraries, identify biomarkers, and model metastasis and tumor microenvironment.
Inflammatory diseases
Model complex inflammation pathways in the gut, lung and other organs to identify key regulators and test novel anti-inflammatory drugs.
Genetic diseases
Genetically engineered or patient-specific organoids enabling genotype-phenotype studies, disease modeling, and correction strategies.
Infectious diseases
Human-relevant systems to study viral, bacterial, and parasitic infections, host–pathogen interactions, and anti-infective drug evaluation.
Neurodegenerative Disorders
Studying the intricate cellular pathology of conditions like Alzheimer's and Parkinson's in 3D brain organoids and neurovascular units.
Gastrointestinal Diseases
Physiologically relevant models to study intestinal physiology, IBD, fibrosis and host-microbiome interactions for mechanistic studies and therapeutic testing.
Therapeutic Development
Accelerate and de-risk the therapeutic pipeline with human-relevant efficacy and toxicity testing.
Personalized Medicine
Test multiple drug regimens on patient-derived organoids to determine optimal treatment and predict individual patient response (drug-response profiling).
Regenerative Medicine
Use tissue-specific organoids to test stem-cell based therapies and regenerative medicine strategies.
Immunotherapy assessment
Integrating immune cells into our Organoid and Organ-on-a-Chip systems to assess the efficacy and toxicity of immunotherapies, such as T-cell engagers.
Cell Therapy
Assays to assess potency, durability, cytotoxicity, and safety of cell-based treatments.
Gene Therapy
Models for vector transduction efficiency, target engagement, functional rescue, and off-target assessment.
Fundamental Research
Provide biologically complex, yet experimentally controllable, platforms for investigating basic biological mechanisms.
Developmental Biology
Organoids recapitulating developmental trajectories and morphogenesis for lineage analysis and tissue specification studies.
Neuroscience
Neuronal organoids enabling research into synaptic activity, network maturation, and neurophysiological processes.
Why Choose Us
Quality Guarantee
We guarantee our organoid and Organ-on-a-Chip models to be highly reproducible and well-characterized with our rigorous quality control standards.
Tailored Solutions
Our systems are designed to be highly customizable, with optional custom tissue engineering and assay development services to closely meet your research needs.
Expert Support
Our team of world-leading scientists provide unrivaled expertise and will work with you from experimental design through to data analysis and interpretation.
Integrated Workflow
We offer a complete workflow, from model generation and functional analysis to high-content screening and data analysis.
Call to Action
Contact our scientific team today to discuss your project and explore how our Organoid and Organ-on-a-Chip solutions can accelerate your path to discovery and clinical translation.