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| Company | Eppendorf North America | Eppendorf North America |
| Item | Eppendorf Cell Culture Flasks | CCCadvanced® FN1 motifs Cell Culture Flasks |
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| Catalog Number | 0030710029 / 0030710126 / 0030711025 / 0030711122 / 0030712021 / 0030712129 | 0038120020 |
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| Description | Workflow safety is combined with facilitated and ergonomic access to your cells in the Eppendorf Cell Culture Flasks. They are available in three sizes: T–25, T–75 and T–175 with TC treated or non–treated surfaces. Filter caps with innovative air filter technology or plug–seal caps with arrested Workflow safety is combined with facilitated and ergonomic access to your cells in the Eppendorf Cell Culture Flasks. They are available in three sizes: T–25, T–75 and T–175 with TC treated or non–treated surfaces. Filter caps with innovative air filter technology or plug–seal caps with arrested position to prevent undesired closing are the two closing options.... Read More | Cultivating iPSCs, MSCs, primary cells or other ECM-dependent cells? Tired of lot-to-lot coating media variation/validation, tedious preparation and increased contamination risk? How about a defined synthetic, xeno-free surface for stable long-term expansion of your stem cells? CCCadvanced® FN1 Cultivating iPSCs, MSCs, primary cells or other ECM-dependent cells? Tired of lot-to-lot coating media variation/validation, tedious preparation and increased contamination risk? How about a defined synthetic, xeno-free surface for stable long-term expansion of your stem cells? CCCadvanced® FN1 motifs cell culture flasks are ready-to-use. They can be also used under restrictive culture conditions (serum- and xeno-free media)... Read More |
| Quantity | 48, 80 or 192 flasks | EA |
| Type | Sterile, TC treated or non-treated | Cell Culture Flasks |
| Surface Area | 26.9, 77.9 or 179.5 cm2 | Inquire |
| Applications | Expansion and culture of adherent and suspension cells on TC treated or on non-treated polystyrene
Performance of cell-based assays and microscopic analysis | Expansion and differentiation of stem cells (e.g., hiPSCs, hMSCs), Differentiation of primary cells and other ECM-dependent eukaryotic cells, Feeder-free cell culture, Restrictive culture conditions (serum- and xeno-free) |
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