Worlds First Cultivated Meat B2B Marketplace: Read Announcement
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Smart MCs Poly(ethylene glycol) diacrylate (PEGDA) is a versatile, chemically defined hydrogel precursor essential for advancing cultivated meat research. It addresses the critical need for a highly controllable, animal-origin-free scaffold that mimics the native cellular environment. This material provides researchers with a robust platform to precisely modulate mechanical and biochemical cues, which is fundamental for optimising cell proliferation and differentiation in 3D culture systems.
Composed of polyethylene glycol functionalised with acrylate groups, this specialised matrix is a biologically inert "blank slate" offering exceptional customisation. Its unique characteristic is the ability to achieve tuneable stiffness, size, and surface charge, allowing for the creation of a wide spectrum of mechanical properties. This flexibility ensures compatibility with diverse research requirements, distinguishing it from less adaptable scaffold materials.
This PEGDA matrix is validated for use in 3D cell culture, tissue engineering, and biological 3D printing applications, supporting a range of mammalian cell types. Its rapid polymerisation capabilities, minimal energy requirements, and substantial water retention make it an optimised choice for creating high-fidelity scaffolds. Furthermore, the material is highly customisable, enabling the incorporation of various biological molecules, such as cellular adhesion peptides, to support specific cell attachment needs.
The material is supplied as a research-grade reagent, strictly for scientific investigation and not intended for human application, confirming its non-food-grade status. Its inherent tuneable properties and compatibility with light-based cross-linking systems make it ideal for R&D and pilot-scale studies. While currently focused on research, the material's specialised composition and high degree of control offer a clear pathway for developing commercial-ready scaffolds for the cultivated meat industry.
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Nutrient Diffusion & Porosity Control
Size
Regulatory compliance
Scale compatibility
Shelf life (months)
Sterility method
Storage temperature
Validation status
Variant structure
After mix stability (max days)
After mix stability (min days)
Aliquoting recommended
Animal origin free
Buffer additives allowed
Buffer system
Chemically defined
Complete media storage temperature
Concentration
Contains animal components
Contains BSA
Do not freeze
Do not refilter
Endotoxin level (EU/mL)
Food grade status
Glucose (mg/L)
Media category
Mix immediately after thaw
Non‑CO₂ Buffer Option
Optimized for
Osmolality (mOsm/kg)
Osmolarity (mOsm/kg)
pH range max
pH range min
Phenol red
Post‑thaw stability (max days)
Post‑thaw stability (min days)
Refreezing allowed
Serum content
Sterile filter pore size (µm)
Xeno‑free
Media Form
L-glutamine
Sodium Pyruvate
HEPES
Application specific
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DO control
Edible components
Harvest method
Material
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Power requirements
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Temperature Min (°C)
Turndown ratio
Use restriction
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Weight (kg)
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Impeller Options
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Porosity (%)
Protein content (%)
Protein source
Quantity per kit
Scaffold form
Surface area (m²/g)
Tensile strength (kPa)
Thickness (mm)
Usage Guidance Available
Configurable Parameters
Size Range (mm)
Lattice Parameters
Mechanical Targets Supported
Nutritional Targets Supported
Mechanical Target Specs
Nutritional Target Specs
Kit Type
Scale Pathway Stage
Legume Source Flag
Buoyant Density (g/cm³)
Sedimentation Velocity
Swelling Ratio
Size Distribution (CV%)
Surface Charge
Surface Coating
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Accuracy
Calibration frequency
Measurement range
Sterilization compatible
Parameter
Diameter mm
Process Connection
Electrical Connector
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Optical Path Length mm
Wavelength nm
Electrolyte
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Precision at 25°C
Certification
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Operating Temp Max °C
Operating Voltage VDC
Pressure Range bar g
IP Rating
Autoclavable
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CIP Compatible
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Certified for food use
Customization options
Density (g/mL)
Material type
Media compatibility
Particle size distribution
Particle size (µm)
Recommended cell seeding density
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Stiffness customizable
Stiffness (kPa)
Tested cell lines
Therapeutic grade available
Authentication method
Cell count per vial
Cell line name
Cryopreservation viability (%)
Differentiation capacity
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Primary vs immortalized
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Viability (%)
Immortalization Method
Mycoplasma Status
Culture Mode Detail
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Coating Required
Recommended Coating
CO2 Percent
Biosafety Level
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MTA Required
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COA File
Breed
Species Detail
Donor Age
Donor Sex
Food-Safe Status
Doubling Time
Karyotype Data Available
Pathogen Screening
Donor Health Status
Tissue Collection Method
Authentication Status
Last Authentication Date
Mycoplasma Test Method
Sterility Test Status
Viral Screening Status
Passage at Banking
Max Passages Before Plateau
Differentiation Validation Method
Marker Expression Confirmed
Recommended Seeding Density
Thawing Protocol Available
Passaging Protocol Available
Availability Status
Population Doubling Limit
Growth Plateau Indicator
PDL Before Plateau
Storage Format
Humidity Required
