Cell culture - Serums - Media Biomimesys 3D Technology 3D culture: culture holders Biomimesys 3D technology

Biomimesys 3D technology

A 3D microenvironment that adapts to the different rigidities and compositions of matrices within tissues and organs. Biomimesys 3D supports are all based on a hyaluronic acid-based hydroskeleton. This hydroskeleton provides a tailor-made support, controlled and physiologically adapted to the cells in which they lie.

Advantages of this hydroskeleton:
• Exchanges: improved circulation of gases and nutrients
• Interactions: optimal cell-cell and matrix-cell interactions
• Controlled composition: precision of introduced components, guarantee of measurement reproducibility
• Ready to use: easy to seed
• Translucent: ideal for microscopy and plate readers (screening)
• Porous: rapid impact of lysis buffer, suitable for PCR, Western blot and ELISA
• Biodegradable: easy dissociation by specific enzymes, ideal for flow cytometry
• Solid: for long term culture, ideal for histology and in vivoimplantation

Our partner, Biomimesys, is also available to study any form of customisation based on this hydroskeleton. Do not hesitate to contact us.

Biomimesys' videos:
- General Tutorial
- Oncology Kit
- Hepatocyte kit

Variants and accessories

Biomimesys oncology

Biomimesys adipose tissue

Biomimesys liver

Biomimesys brain

For an optimal 3D culture of cancer cells.
Addition already integrated in collagen plate I.
• Promotes 3D structure: spheroids or organoids
• Facilitates the variation of spheroid shapes and sizes depending on: cell density, culture time and cell type
• Improves motility, proliferation and migration
• Avoids immune reactions in the context of in vivoimplantations

For optimal 3D adipocyte culture.
Addition already integrated in the plate RGDS peptide, collagen I, collagen VI.
• Promotes 3D structure: spheroids or organoids
• Ensures differentiation of pre-adipocytes into mature adipocytes
• Improves lipid accumulation during growth (indicator of maturation)
• Increases expression of adipogenesis marker genes

For optimal 3D hepatocyte culture.
Addition already integrated in the plate RGDS peptide, galactosamine, collagen I, collagen IV.
• Promotes 3D structure: spheroids or organoids for metabolic or toxicity tests
• Preserves the metabolic activity of primary human hepatocytes

For optimal 3D culture of neuronal cells.
Addition already integrated in the plate RGDS peptide, collagen IV, cationic biopolymer.
• Promotes 3D structure: spheroids or neural networks
• Prolongs cultivation under the best conditions

Specific terms
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