Defined ECM Architecture
Precisely engineered extracellular architectures that encode spatial information directly into the culture surface, eliminating reliance on bulk gels, polymerization steps, or post-coating workflows.
The ECM Is More Than Proteins.
It Is Structure.
BioECMCode™ develops structurally encoded extracellular cultureware that guides cell–environment interactions through fixed physical architecture, rather than gels, coatings,
or reactive chemistries.
Our consumable platforms deliver reproducible extracellular structure without polymerization, crosslinking, curing, or formulation-dependent variability.
BioECMCode™
Extracellular matrix systems have traditionally relied on bulk gels, surface coatings, and user-prepared chemistries that introduce handling complexity and experimental
variability. BioECMCode™ takes a fundamentally different approach.
We engineer pre-formed extracellular architectures—including architected plates and supported inserts—where
spatial structure, surface topology, and extracellular presentation are fixed at manufacturing and remain consistent across experiments, users, and laboratories.
- Advanced structured cell culture and co-culture systems
- Tumor microenvironment and stromal interface models
- Fibroblast–environment interaction and mechanobiology studies
- Drug screening platforms requiring standardized extracellular conditions
Extracellular Matrix, Encoded
BioECMCode™ provides structurally defined extracellular environments that guide cellular organization through physical architecture rather than gels, coatings, or soluble matrices.
Spatial Guidance
Architected physical cues within the culture environment guide cell alignment, organization, and morphology, enabling structure-driven studies without altering media composition or surface chemistry.
Reproducible by Design
Factory-integrated architectures ensure consistent physical conditions across batches and experiments, removing variability associated with manual coating, gel preparation, or stiffness tuning.
Extracellular Context
Cells experience defined extracellular structure inspired by in vivo organization while remaining fully compatible with standard culture, imaging, and automation workflows.
Scalable Platform
A modular, consumable platform available across plates and inserts, supporting applications from single experiments to high-throughput screening without changes to existing laboratory infrastructure.
Explore
BioECMCode™ is built on a well-established principle in cell biology: cells respond not only to biochemical signals, but also to the physical structure of their extracellular environment.
Science & Evidence →
BioECMCode™ products are designed for applications where extracellular structure, not formulation, is the dominant experimental variable.
Applications →
Most extracellular matrix systems rely on soluble proteins, bulk gels, surface coatings, or reactive polymer systems that require user-controlled preparation.
Our technology →Looking ahead
Extracellular structure deserves first-class experimental control.
About BioECMCode™ →
The BioECMCode™ Structural ECM Platform
Design experiments around structure, not formulation.
Explore how BioECMCode™ applications enable reproducible extracellular environments across a wide range of cell culture workflows.
The BioECMCode™ Approach
Contact us
Talk to our team for customized support