COMPONENTES
hPLMA
Methacryloyl platelet lysates
- Platelet-Derived Growth Factors (PDGF)
- Serum Albumin
- Epidermal Growth Factor (EGF)
- Vascular Endothelial Growth Factor (VEGF)
- Fibrinogen
- Complement C3
COMPONENTES
hPCMA
Human Methacryloyl Placenta
- Collagen type I
- Collagen type III
- Collagen type IV
- Collagen type VI
- Fibrinogen
- Laminin
- Fibronectin
AND MUCH MORE
Services
Metatissue’s human-derived biomaterials support a wide range of cell types and 3D culture applications, but experimental conditions vary with each biological model and objective. When your project needs application-specific optimisation, our fee-based service establishes the most suitable conditions for your work: our team handles the preparatory experiments while you focus on your ongoing research, and you receive a protocol ready to implement when your project begins.
After an initial discussion of your project and experimental requirements, we identify the key parameters to optimise, which may include:
Hydrogelconcentration
What can we optimize for your model? Cell Viability and Proliferation Optimize human-based 3D culture conditions to maximize cell survival, growth, and experimental performance. your cells.
Matrixformulation
Cell Function and Phenotype Develop
Physiologically relevant microenvironments that support the cellular characteristics and biological functions required for your model.
Photocrosslinkingconditions
Matrix Composition and Stiffness
Customize the biological and mechanical properties of our human-derived biomaterials to match the needs of your application.
Celldensity
Tissue Development and Maturation
Create advanced 3D tissue models using human-based biomaterials that support tissue organization, maturation, and functionality, including vascularization when relevant.
Culturemedium
Bioprinting Performance
Adapt
Human-derived bioink formulations and printing parameters to achieve robust and reproducible bioprinting outcomes.
Cultureduration
Reproducibility and Assay Compatibility
Develop standardized workflows that combine the biological relevance of human-derived biomaterials with the reproducibility required for research and development.
From your projectto a ready-to-use protocol
- 01
Discuss
We start with an initial discussion of your project and experimental requirements to identify the key parameters to optimise.
- 02
Optimise
We systematically optimise the relevant parameters to establish the formulation and culture conditions best suited to your cell type and experimental objectives.
- 03
Receive
You receive the optimised formulation and protocol information, and move directly into your own experiments with the corresponding Metatissue biomaterial, without undertaking the optimisation process yourself.
Save time on protocol development and start your experiments with conditions optimised for your application.
Contact us to discuss your project and receive information about our protocol optimisation service.