Cell Culture Consumables
The basic cell culture vessels are: cell culture flasks, cell culture dishes, cell culture plates.All are made of medical grade materials; a wide range of sizes are available; ergonomic design for easy experimental handling; gamma, E-beam or EO sterilisation to ensure safe and contamination-free experiments.
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Lab Supplies Transparent TC Treated Surface Disposable Sterile Cell Culture Dish
Cell culture occupies a central and fundamental position in the field of biotechnology and life sciences. Throughout cell culture experiments, preparation is of great importance. The selection of instruments and consumables, the handling of sterilisation and disinfection, the preparation of reagents and so on, can lead to failure or failure of the experiment if one aspect is not taken care of. Lab Supplies Transparent TC Treated Surface Disposable Sterile Cell Culture Dish is mainly used for successful growth and propagation of microbial, insect, or mammalian cells.
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Disposable Plastic TC-treated Tissue 60mm Cell Culture Dish
Cell culture occupies a central and fundamental position in the field of biotechnology and life sciences. Throughout cell culture experiments, preparation is of great importance. The selection of instruments and consumables, the handling of sterilisation and disinfection, the preparation of reagents and so on, can lead to failure or failure of the experiment if one aspect is not taken care of. Disposable Plastic TC-treated Tissue 60mm Cell Culture Dish is mainly used for successful growth and propagation of microbial, insect, or mammalian cells.
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Disposable Petri Plastic TC-treated Tissue 35mm Cell Culture Dish
Cell culture occupies a central and fundamental position in the field of biotechnology and life sciences. Throughout cell culture experiments, preparation is of great importance. The selection of instruments and consumables, the handling of sterilisation and disinfection, the preparation of reagents and so on, can lead to failure or failure of the experiment if one aspect is not taken care of. Disposable Petri Plastic TC-treated Tissue 35mm Cell Culture Dish is mainly used for successful growth and propagation of microbial, insect, or mammalian cells.
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Lab Consumables Manufacturer Sterile Polystyrene Transparent 175mL Cell Culture Flask
The evenly distributed medium in the cell culture flasks, the TC surface treatment technology and the efficient gas exchange combine to provide an optimal culture environment for the cells, thus guaranteeing high cell yields and cell homogeneity. In cell culture, cell viability and activity are significantly increased. The culture flasks contain a higher proportion of liquid volume and an increase in expression per unit volume. Significant savings can be made in the consumption of culture flasks and media, with high reproducibility, scalable sub-cell growth from batch to batch and high consistency in yield.
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25cm² TC Treated Cell Culture Flask With Vent Lid For Laboratory Consumable
The evenly distributed medium in the cell culture flasks, the TC surface treatment technology and the efficient gas exchange combine to provide an optimal culture environment for the cells, thus guaranteeing high cell yields and cell homogeneity. In cell culture, cell viability and activity are significantly increased. The culture flasks contain a higher proportion of liquid volume and an increase in expression per unit volume. Significant savings can be made in the consumption of culture flasks and media, with high reproducibility, scalable sub-cell growth from batch to batch and high consistency in yield.
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75cm² TC Treated T75 Cell Culture Flask With Vent Lid For Laboratory Consumable
The evenly distributed medium in the cell culture flasks, the TC surface treatment technology and the efficient gas exchange combine to provide an optimal culture environment for the cells, thus guaranteeing high cell yields and cell homogeneity. In cell culture, cell viability and activity are significantly increased. The culture flasks contain a higher proportion of liquid volume and an increase in expression per unit volume. Significant savings can be made in the consumption of culture flasks and media, with high reproducibility, scalable sub-cell growth from batch to batch and high consistency in yield.
