Non-Animal Scaffolds Under Heat and pH Stress
For cultivated meat R&D teams, I assess scaffold stability by retained function - not appearance. Test your formulation through its actual heating, cooling and pH sequence. For adherent culture, check...
1
of
2
Loading...
WildBio | SKU:
WildBio Ostrich Fibroblast Cell Line – Skin
Regular price
£755.00
Unit price
/
Unavailable
(Plus Shipping - Calculated in Cart)
Supplier protocol
What the supplier's protocol for these cells calls for, and where to find it on Cellbase.
Basal medium
DMEM/F12
Protocol Specified
Gibco™ DMEM/F-12
Direct Substitute
Defined Bioscience DMEM/F12 Basal Medium
Direct Substitute
KCell DMEM/F12
Choose the formulation with glucose, glutamine and phenol red.
Serum
FBS
Protocol Specified
Capricorn Scientific Fetal Bovine Serum (FBS)
Used at 10–20% depending on the cell line; see the supplier protocol.
Antibiotic
Penicillin-Streptomycin
Protocol Specified
Gibco™ Penicillin-Streptomycin
Buffer
PBS
Protocol Specified
Gibco™ PBS, pH 7.2
Dissociation
Trypsin-EDTA (0.25%)
Protocol Specified
Gibco™ Trypsin-EDTA (0.25%), with phenol red
Suppliers usually provide their full protocol, with volumes and usage instructions, after purchase. Ask us if you need details before ordering →
How we choose these
Protocol Specified: named in the cell line supplier's protocol, either this exact product or another brand where the supplier says brand doesn't matter.
Direct Substitute: assessed by Cellbase's technical team as equivalent for the same job.
Check specifications with each supplier before ordering.
What published studies used with these cells ShowHide Components that studies in Cellag Bio used with cells like these, and where to find them on Cellbase.Includes DMEM, RPMI, Insulin.
Based on 1 Cellag Bio study · Limited evidence
Basal medium
DMEMUsed in 1 of 1 Cellag Bio study
Gibco™ DMEM, high glucose
Based on 2 Cellag Bio studies · Limited evidence
Basal medium
DMEMUsed in 1 of 2 Cellag Bio studies
Gibco™ DMEM, high glucose
RPMIUsed in 1 of 2 Cellag Bio studies
KCell RPMI 1640
Supplements
InsulinUsed in 1 of 2 Cellag Bio studies
XCeLL Factor™ Recombinant Human Insulin
Also used in these studies, not currently on Cellbase: Oleic acid, Doxycycline, Linoleic acid. Ask us to source these →
How we choose these
These come from published studies in Cellag Bio. They show which components those studies used, not these exact products, and results can differ in your system. Components not yet on Cellbase are listed at the end of each section. Check specifications and compatibility with each supplier.
Availability
Availability
Ships globally direct from WildBio to research and production facilities.
Shipping
Shipping
Add to cart & view shipping options / prices in checkout for your region.
Orders fulfilled directly by WildBio with temperature-controlled shipping where required.
Your local duties & taxes are payable where applicable.
Licences
Licences
Live cell shipments across borders might require an import permit for your country. Your supplier will confirm the exact requirements for your destination before shipping.
Support
Support
Purchase includes full technical documentation (CoAs, Manuals, or Protocols) provided automatically. Direct application support included from WildBio to ensure successful implementation.
Payment
Payment
Purchase orders also accepted. Select bank transfer at checkout and provide your PO number in order notes or email to sales@cellbase.com
- Card (secure processing, immediate fulfilment)
- Bank transfer (proforma invoice issued at checkout)
- Purchase order (submit PO number with order or via email)
VAT handled per vendor jurisdiction.
Your local duties & taxes are payable where applicable.
Card payments process immediately. Bank transfer and PO orders process upon payment receipt.
Legal
Legal
Most products require no additional agreements. Cell lines and certain biological materials require a Material Transfer Agreement (MTA) on first purchase from each supplier. We handle this digitally - both parties sign online before shipment. Subsequent orders from the same supplier proceed immediately.
WildBio ostrich fibroblast cell lines provide a specialised avian biological foundation for the development of exotic materials and cultivated poultry. These primary lines are derived from skin tissue and are supplied with full donor documentation and geographic origin data. They enable comparative studies of growth and nutritional characteristics in large flightless birds .
The skin-derived fibroblast cell types are adherent and maintain viability above eighty percent after cryopreservation. The cells have been expanded successfully to a population doubling level of 61 while maintaining the ability to form solid, harvestable tissue. Each vial contains 500,000 viable cells that are certified free from bacteria, fungi, and mycoplasma. A complete protocol pack is included, covering thawing, seeding, and expansion steps.
WildBio ostrich cell lines are offered under two license models. The R&D license covers non-commercial research and academic use. The commercial license permits use in commercial R&D and product development. Both include technical support and access to updated culture information.
These products are intended for research use only. They are not approved for human or diagnostic applications.
-
Scale compatibilityLab scale
-
Storage temperature
-
Cold Chain Class
-
Temperature Max (°C)
-
Temperature Min (°C)
-
Cell count per vial
-
Cell line name
-
Differentiation capacity
-
Anchorage TypeAdherent
-
Origin country
-
Passage Range
-
Primary vs immortalized
-
Species
-
Tissue type
-
Viability (%)
-
CO2 Percent
-
Biosafety Level
-
GMO Status
-
License TypeCommercial, R&D
-
Donor Age
-
Donor Sex
-
Doubling Time (hours)
-
Donor Health Status
-
Passage at Banking
Published research
Studies on the same species and cell type in Cellag Bio.
- Transdifferentiation of fibroblasts into muscle cells to constitute cultured meat with tunable intramuscular fat deposition
- Chicken Embryo Fibroblast Viability and Trans-Differentiation Potential for Cultured Meat Production Across Passages
Studies from Cellag Bio, a database of published cultivated meat research.
Checkout Options
Card
Secure payment processing. Card details are not stored.
Bank Transfer or Purchase Order
Select bank transfer at checkout to receive a proforma invoice. Purchase orders accepted. Your order processes upon payment receipt.
Your supplier ships your order and invoices you directly for the goods.
Shop
Insights & News
View all-
-
LCA Data for Cultivated Meat Equipment Selection
For cultivated meat bioprocess engineers, I compare equipment impacts per 1 kg of usable finished product - not by rated power. I first compare bioreactor systems for process fit, food...
-
Serum-Free Media Design for Myoblast Cell Lines
For myoblast culture teams, I would select a serum-free medium by two outcomes: viable cell expansion and retained myotube-forming capacity. Start with your cell line’s history and measurable acceptance limits...
-
Secondary Fermentation of Spent Media Byproducts
For cultivated meat R&D teams, my starting rule is simple: accept, condition or reject spent media before inoculation, based on batch composition and safety limits - not the original medium...
-
UCOE vs cHS4 for Stable Gene Expression
For cultivated meat R&D teams, I would choose UCOE or cHS4 by measured expression retention - not initial expression strength. Compare matched constructs with an unprotected control across independent clones....
-
Spent Media Regeneration: Batch vs Continuous Routes
If you run cultivated meat process development, the choice is simple in principle: batch gives tighter lot isolation; continuous cuts hold time and smooths media return - but only if...
-
Gene Knockout Design for Cultivated Meat Cell Lines
If a knockout does not improve a defined process trait, it is just an edit, not a usable cell line. For bioprocess engineers, cell culture scientists, and cultivated meat R&D...
-
TEA vs LCA in Waste System Uncertainty
If you use TEA and LCA to judge the same cultivated meat waste route, you should expect different answers. That is not a modelling failure. It happens because TEA tests...
