CnT-30 is a chemically defined medium for differentiation of human iPSC and ESC epithelial lineages. A variety of differentiation protocols have been used succesfully with this product.

CnT-30-HC is a chemically defined and clinically ready liquid culture medium kit for differentiation of human iPSC and ESC down corneal and epidermal epithelial lineages. It is ideally suited for use during product development, protocol validation, and characterization of …

CnT-30 is a fully defined medium for for differentiation of human iPS and ES cells down corneal and epidermal epithelial lineages. CnT-Prime Mesenchymal Stem Cell (MSC) Growth Medium, Xeno-Free, (HUMAN). (Made to order-4 week lead time)

CnT-30. Formulated with an optimal nutrient profile, CnT-30 provides good growth of corneal epithelium, and should be used in any experiments where cells are induced to differentiate. This medium does not contain PCT factors, and is low in calcium (Ca2+).

The CnT-30 and CnT-PF-EF iPSC differentiation media achieve complete differentiation by shifting the focus away from highly proliferative growth factors that can impede differentiation. As a result, these medium is highly effective at guiding iPSC …

Feb 11, 2014 · Differentiation of hiPSCs was initiated in suspension culture in one of the three induction media: commercial CnT-30 corneal epithelium medium; RegES − medium supplemented with TGF-β inhibitor SB-505124, Wnt inhibitor IWP-2, and bFGF (SM); or the unsupplemented RegES − medium (UM).

CnT-30 is a liquid culture medium kit including both basal medium and supplements. It does not contain antibiotics / antimycotics. The basal medium contains amino acids, minerals, vitamins and organic compounds, but is protein free. IPSC CnT-30 is a 500 mL kit consisting of: CnT-BM.1: 500 mL CnT Basal Medium 1 (liquid)

CnT-30 is a chemically defined liquid culture medium kit for differentiation of human iPSC and ESC down corneal and epidermal epithelial lineages. Research Grade. Human & Mouse. …

CnT-30 is a chemically defined medium for differentiation of human iPSC and ESC down corneal and epidermal epithelial lineages. A variety of differentiation protocols have been used successfully with this product and can easily be upgraded for clinical applications.

Corneal Epithelium Medium (CnT-30) for. differentiation experiments. Following thawing, we recommend seeding cells at 4.0 x 103 cells per cm2 (e.g. one vial of cells into 5 x 25 cm2 flasks). Lower seeding densities are possible but time to. confluence is extended. See the resources page of www.cellntec.com for full protocols.