3D Human Lung Models
MIMETAS’ lung model mimics native lung complexity by integrating primary human airway epithelium, stromal support, and a perfused microvascular network – creating a scalable, immune-competent system for drug testing, toxicity screening, and immune studies.
Lung Complexity Tailored to Your Research
Our lung model recreates key tissue interactions under flow conditions, supporting both epithelial and vascular biology in a dynamic 3D setup.
Available Model Configurations:
Differentiated airway epithelium
(Basal, ciliated, and mucus-producing goblet cells at air–liquid interface)
(Basal, ciliated, and mucus-producing goblet cells at air–liquid interface)
Perfusable microvasculature with stromal support
(Endothelial cells, fibroblasts, and ECM for vascular modeling)
(Endothelial cells, fibroblasts, and ECM for vascular modeling)
Immune cell integration
(Add peripheral immune cells for inflammation studies)
(Add peripheral immune cells for inflammation studies)
Flexible exposure routes
(Systemic via vasculature or topical via airway)
(Systemic via vasculature or topical via airway)
Get Started
We are here to support you with bespoke CRO services.
Contact us to discuss your requirements.
A Range of Applications
.svg){kind=icon}
Pulmonary toxicity screening
Immune interaction & inflammation studies
Microvascular integrity & perfusion assays
Fibrosis modeling & drug screening
