Defined ECM Architecture
Precisely structured extracellular matrices that encode spatial information directly into the substrate rather than relying on bulk gels or coatings.
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BioECMCode provides structurally defined extracellular environments that control cell behavior through physical architecture rather than gels or soluble matrices.
Precisely structured extracellular matrices that encode spatial information directly into the substrate rather than relying on bulk gels or coatings.
Physical cues within the matrix guide cell alignment, organization, and morphology, enabling mechanobiology studies driven by structure rather than chemistry.
Fixed ECM architecture ensures consistent experimental conditions across batches and experiments, eliminating variability from polymerization or stiffness tuning.
Cells experience defined extracellular environments that mimic in vivo structure while remaining fully compatible with standard culture and imaging workflows.
A modular ECM system available across surfaces, scaffolds, inserts, and plates, supporting everything from single experiments to high-throughput screening.
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