We are building a new platform to create organs and tissues in the lab. By combining tissue-specific extracellular matrix proteins as self-assembling hydrogels, we offer the most advanced microenvironment for cell and tissue culture. Our hydrogels (and coatings) are created to allow you to perform state of the art research, from drug discovery to organ fabrication.
Our products are based on tissue-specific extracellular matrices, from multiple tissue origins, mimicking the native microenvironment
Our products can be used for diverse purposes, from 2D cell culture to bioprinting
Our products come ready to use, with no need for additional preparation steps
Our products offer several biochemical and biomechanical clues to direct cell behavior in a tissue-specific manner
The MatriXpec™ 3D hydrogels are developed to offer tissue-specific microenvironments for three-dimensional cell culture. Rather than performing cell research in counterfeit platforms, such as tissue culture plastic and synthetic hydrogels, MatriXpec™ 3D hydrogels allow running experiments in truly representative substrates that mimic the biological and mechanical clues of the native extracellular matrix.
Coating is developed to transform the traditional tissue culture plastic in a tissue-specific surface for bi-dimensional cell culture. By using the MatriXpec™ Coating, you offer cells the extracellular proteins present in the native tissue of interest, increasing the reliability and significance of your research.
The MatriXpec™ Sheet are ECM membranes developed to offer cells a bidimensional environment containing biomechanical and architectural features of the native tissue. MatriXpec™ Sheet brings together the practicality of 2D cell culture and the representativeness of 3D culture.
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