Showing 25 of 13 items meeting your criteria.
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| CELLnTEC – a Leading Provider of Precision Cell Culture Technologies Move seamlessly from basic research into the development of innovative cell therapies and other novel cellular technologies. |
Documents | Cell Culture | CELLnTEC | |
| Human mesenchymal stem cells (MSCs) can now be easily isolated and rapidly expanded from bone marrow and adipose
tissue using the new CnT-Prime MSC Media: |
Documents | Cell Culture | CELLnTEC | |
| CELLnTEC media have now been shown to be effective for
differentiating both ES and iPS cells down epidermal and corneal
lineages, and are already being used in several clinical trials.
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Documents | Cell Culture | CELLnTEC | |
| The new CnT-Endothelium medium delivers rapid expansion and consistent proliferation over extended passages in a FBSfree,
clinically-upgradable formulation. |
Documents | Cell Culture | CELLnTEC | |
| Traditional culture media are designed to deliver maximum proliferation rates of cells in culture. They are not optimal for maintaining tissue biopsies during transport or in the period prior to cell isolation. |
Documents | Cell Culture | CELLnTEC | |
| 1. Full Thickness: 3D skin models with 100% natural dermal ECM
2. Fibroblast: Media tailored for rapid proliferation or high ECM production
3. Melanocyte: Complete differentiation & increased whitening responsiveness
4. Keratinocyte Isolation: Obtain five times more cells on day 7 |
Documents | Cell Culture | CELLnTEC | |
| Age keratinocytes naturally in vitro over 3 weeks
No peroxide or aging chemicals required
A range of age-related changes - quantifiable with proteomics |
Documents | Cell Culture | CELLnTEC | |
| Prime Media: Epidermal Keratinocyte. Proliferation, 2D and 3D Differentiation |
Documents | Cell Culture | CELLnTEC | |
| Traditional 3D epidermal models deliver good cornification and stratification, however they have always suffered from poor barrier function. The 3D Barrier Medium improves barrier function by delivering more complete differentiation, and improved formation of lipid structures in the cornified layers.
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Documents | Cell Culture | CELLnTEC | |
| Finding Balance in Co-Culture
Defined Keratinocyte/Fibroblast Co-Culture: Coming Soon. |
Documents | Cell Culture | CELLnTEC | |
| A cell�s environment plays a dominant role in determining its behaviour, both in vivo and in vitro. The aging process in vivo is an excellent example of environmental changes altering cell function. Age-related loss of cell function is the result of a complex cascade of events... |
Documents | Cell Culture | CELLnTEC | |
| Specialty Media are typically thought of as media designed for a specific cell type (e.g. keratinocytes).However adjusting a medium for a single cell type is just the start. Media can also be more finely tuned to deliver a specific behaviour of that cell type. Here are three examples... |
Documents | Cell Culture | CELLnTEC | |
| Epithelial in vitro testing: 5 families of standard tests| tailored tests| customised tests |
Documents | Cell Culture | CELLnTEC | |