Cell Culture
Specialized cell types and stem cells are sensitive to their environment
Stem cells and other specialized cell types are especially sensitive to their environment. Minimize risk by using Akron reagents, either research or
Growth conditions for culturing stem cells must be optimized in order to maintain the cells’ phenotypes and biological activities. The composition of the medium and extracellular matrix on which the stem cells are maintained need to closely resemble that of the cells in the undifferentiated state. Product specifications will vary with the requirements of the particular type of stem cell you’re working with. So will the type of culture medium supplements your cells need to maintain optimum growth, and to stabilize self-renewable capacity.
Buy direct from Akron, benefit from customized requests and experienced support, and streamline your development timelines. Contact us today and see the difference Akron can make.
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| Transferrin, Bovine APO | ||||||||||||||||||||||
| Order Now | Transferrin is an important component in growth media. It is a glycoprotein, but also known more specifically as an iron-storage protein found in mammalian serum (i.e. a blood plasma protein). Transferrin receptors on the cell surface of actively growing cells bind transferrin for iron transport to and from cells. More Information » |
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| Transferrin, Bovine HOLO | ||||||||||||||||||||||
| Order Now | Transferrin is an important component in growth media. It is a glycoprotein, but also known more specifically as an iron-storage protein found in mammalian serum (i.e. a blood plasma protein). Transferrin receptors on the cell surface of actively growing cells bind transferrin for iron transport to and from cells. More Information » |
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| Transferrin, Human APO | ||||||||||||||||||||||
| Order Now | Transferrin is an important component in growth media. It is a glycoprotein, but also known more specifically as an iron-storage protein found in mammalian serum (i.e. a blood plasma protein). Transferrin receptors on the cell surface of actively growing cells bind transferrin for iron transport to and from cells. More Information » |
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| Transferrin, Human HOLO | ||||||||||||||||||||||
| Order Now | Transferrin is an important component in growth media. It is a glycoprotein, but also known more specifically as an iron-storage protein found in mammalian serum (i.e. a blood plasma protein). Transferrin receptors on the cell surface of actively growing cells bind transferrin for iron transport to and from cells. More Information » |
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| Transferrin, Recombinant Human | ||||||||||||||||||||||
| Order Now | Recombinant Human Transferrin has been produced in an animal-free production system. Recombinant Human Transferrin is responsible for iron transport in animals. In cells, intracellular iron is required to maintain cell growth. Recombinant Human Transferrin is the preferred method for iron delivery into cells where it enters through the transferrin receptor. Each 80 kDa transferrin can transport two iron molecules. More Information » |
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