CELLnTEC

Features

CnT-Prime Airway Differentiation is a fully defined, animal-component-free medium designed for the differentiation of large airway epithelial cells. It was developed using human tissue, but may also be used with other species (e.g. mouse).

It can easily be upgraded for clinical applications. Contact us at scientist@cellntec.com for further details and pricing.

It results from the evolution and refinement of our previous airway differentiation medium CnT-23.

It uses an optimsed basal medium with additional trace elements, protective antioxidants and vitamins.

This medium is specifically designed to create an environment conducive to full differentiation. It achieves this by omitting PCT growth factors, or other proliferative factors that retard differentiation.

CnT-PR-AD medium is a low-calcium formulation. Calcium is known to contribute to the differentiation of confluent epithelial cells. It is recommended to add calcium at the desired time-point – please see our corresponding differentiation protocol for our recommendations (protocols link below).

The medium undergo a range of QC tests in our lab before being released for sale. Please see the datasheet for details.

Thawing, seeding and passaging protocols are particularly important for optimal cell growth in routine 2D culture. Please visit our Protocols Page for our recommendations.

Please visit our publications database and search by tissue type to obtain a range of articles that have used CELLnTEC primary cells and media in this specific field.

Printable datasheet

CnT-Prime Airway Diff, Epithelial Culture Medium

CnT-Prime Airway Diff is a fully defined, low calcium (0.07 mM) medium formulation designed for optimal differentiation of primary airway epithelial cells. It is completely free of animal or human-derived components. CnT-Prime Airway Diff contains a full range of amino acids, minerals, vitamins and organic compounds, and modified growth factors to encourage differentiation. It does not contain phenol-red, or antibiotics / antimycotics.

Species
Developed for primary human airway epithelial cells. May be used for other species as well, including mouse.
Tissue type
Epithelia
Pack size
500 mL bottle, fully supplemented with growth factors. No further additions required.
Product use
Developed to encourage terminal differentiation of primary airway epithelial cells in a fully defined environment. For optimal differentiation, epithelial cells must be grown to confluence, and then additional calcium added. For detailed instructions, please see the differentiation protocols in the resources section of www.cellntec.com. May be used to differentiate cells in both 2D and 3D/airlift cultures.
Media Type
3D-Diff
Defined
Yes
ACF
Yes
Culture condition
This medium is designed for use in a 5% CO2 atmosphere. For suggested isolation, passaging, differentiation and freezing protocols, please visit the resources section of www.cellntec.com
Note
For routine cell cultivation, CELLnTEC does not recommend the use of antibiotics / antimycotics. This is particularly important during differentiation.
Storage / Shelf life
Store frozen below -15oC. For best before date, see label. To prepare medium for use, it is preferable to thaw overnight at 4oC. Alternatively, medium may be thawed at room temperature for approx 5-6 hours. If thawing at room temperature, ensure contents do not rise above 15oC at the end of the thawing process. Do not thaw in a hot water bath. Once thawed, medium has a remaining shelf-life of 6-weeks when stored at 4oC in the dark. Certain culture media components are very sensitive to light. Minimize light exposure at all times.
Quality control
Media composition is tested via osmolality, pH and the concentration of various ions. Media functionality is tested by evaluating growth and morphology or primary human epithelial cells over at least 2 passages. Free of bacteria, fungi and mycoplasma contamination.
Shipping condition
Medium is shipped frozen.
Intended use
For research use only. Not for use in therapy or diagnostics.
Last update
2017-09-27