ORGAN-CHIP ModelS
Human-relevant models for complex biology
We have developed a range of validated Organ-Chip models that enable researchers to more closely emulate human biology by combining human cell sourcing, an organ-specific microenvironment, and tissue-relevant mechanical forces.
BioKit Models
BioKit Models are Organ-Chip models that Emulate has internally developed and validated and are available to purchase as BioKits. BioKits include pre-qualified cells, Organ-Chip consumables, and validated protocols, with guarantees on characterization and functionality.
Guided Models
Guided Models are Organ-Chip models that Emulate has firsthand experience developing and supporting. They can be created using a Basic Research Kit and a user’s own cell sources, accompanied by Emulate guidelines and field scientist support.
Emulate Community Models
A Community Model is an Organ-Chip model that a user has developed with their own cell sources, a Basic Research Kit, and the Human Emulation System.
With over 100 publications and counting, our research community has developed 30+ custom organ models across a wide range of systems. View the publication digest to explore the endless applications of Emulate Community Models.
Emulate Organ Model Tiers
BioKit | Guided | Community | |
Definition | A BioKit Model is an organ model that Emulate has developed internally and can be purchased as a complete kit. | A Guided Model is an organ model where Emulate has firsthand development experience, either from internal projects or by supporting customers. | A Community Model is an organ model that has been built by a researcher using a Basic Research Kit and the Human Emulation System. |
Emulate-qualified cells |  | ||
Protocols | | ||
Guidelines | | ||
Reference publications | | | |
Available Organ | Colon Intestine Duodenum Intestine Liver Kidney | Brain Lung Lymph Node Bone Marrow Vagina Non-small cell lung cancer | 30+ published models: Cancer models Cardiovascular System Central Nervous System Digestive System Lymphatic System Musculoskeletal System Reproductive System Respiratory System Skin Urinary System |
FEATURED RESOURCE
Publication: Performance Assessment and Economic Analysis of a Human Liver-Chip for Predictive Toxicology
Scientific and economic findings highlight the Emulate human Liver-Chip’s ability to predict drug-induced liver injury with 87% sensitivity and 100% specificity while driving a $3 billion-dollar increase in R&D productivity.