Worlds First Cultivated Meat B2B Marketplace: Read Announcement
Defined Bioscience
Defined Bioscience FGF2 Screening Kit
Defined Bioscience
Defined Bioscience HiDef® PBS/EDTA Cell Dissociation Reagent
Defined Bioscience
Defined Bioscience Ready-CEPT® Cell Viability Enhancer
Defined Bioscience
Defined Bioscience DMEM/F12 Basal Medium
Defined Bioscience
Defined Bioscience HiDef® ITS Cell Culture Supplement
Defined Bioscience
Defined Bioscience FGF2 Growth Factor (Tuna)
Defined Bioscience
Defined Bioscience FGF2 Growth Factor (Chicken)
Defined Bioscience
Defined Bioscience FGF2-G3 Growth Factor (Bovine)
Defined Bioscience
Defined Bioscience FGF2-G3 Growth Factor (Human)
Defined Bioscience
Defined Bioscience HiDef® B8 Stem Cell Growth Medium
Defined Bioscience is a San Diego–based biotechnology company developing chemically defined, animal-free reagents and media for stem-cell and cultivated-meat research. Founded by scientists from the stem-cell and regenerative biology fields, the company focuses on improving reproducibility, reducing serum dependency, and simplifying workflows through thermostable growth factors, defined media supplements, and ready-to-use cell culture reagents. Backed by collaborations with academic and industry partners, Defined Bioscience combines scientific precision with scalable production to deliver consistent, high-performance materials for cell-based food and biomedical applications.
Today we're launching Cellbase. It's a B2B marketplace built for one purpose: making it easier for cultivated meat companies to source what they need to grow. No hype. No grand...
When producing cultivated meat, choosing between reusable and single-use bioprocessing systems is a key decision. Each option has distinct advantages and challenges, particularly around cost, scalability, and resource use. Here's...
Scaffolds are critical in producing cultivated meat, providing a 3D framework for cells to grow into structured, meat-like tissues. The choice of biomaterial affects everything from texture and mouthfeel to...
When choosing a bioreactor for cultivated meat production, single-use systems and reusable systems each offer distinct cost advantages and challenges. Here's the key takeaway: Single-Use Bioreactors: Lower upfront costs (50–66%...
Precision Monitoring & Regulation: Automated systems maintain optimal conditions (e.g., temperature, pH, dissolved oxygen) in bioreactors, ensuring consistent cell growth and reducing batch failures. Cost Efficiency: Automation optimises resource use,...
Cultivated meat production is expensive, with growth media alone making up 55–95% of costs. Reducing these costs requires smarter sourcing strategies. UK producers face a key decision: buy from local...
Choosing between single-use and reusable systems for cultivated meat production depends heavily on production scale and financial priorities. Here's a quick breakdown: Single-use systems: Lower upfront costs (50–66% less than...
Maintaining a stable pH is critical for cultivated meat production, as mammalian cells require a narrow pH range of 7.4 ± 0.4 to grow effectively. Even minor pH fluctuations can...
