upcyte® keratinocytes

upcyte® keratinocytes

To increase your throughput, we offer standardized, ready-to-use upcyte® Human Epidermal Keratinocytes isolated from juvenile donor material.

 
The skin is the largest organ of the human body and represents our first line of defense against external factors. Its diverse functions include the protection from pathogens, thermal insulation, temperature regulation, as well as sensation and wound healing. This functional diversity is achieved by a complex interplay between different cell types present in different skin layers. Located above the dermis (connective tissue) and the hypodermis (subcutaneous tissue), the epidermis forms the outermost layer of the skin and maintains homeostasis against physical, chemical and biological stresses.
 
Keratinocytes represent the main cell type found in the epidermis and are thus attractive tools for studying wound healing and stress responses, as well as sensitizing properties and overall toxicity of test compounds. To increase your throughput, we offer standardized, ready-to-use upcyte® Human Epidermal Keratinocytes isolated from juvenile donor material.
 
APPLICATIONS
  • wound healing assay
  • genotoxicity
 
BENEFITS OF UPCYTE® KERATINOCYTES AT A GLANCE
  • batch sizes up to 3000 vials per donor
  • primary cell morphology
  • proliferating
  • transfectable
  • long term cultures for up to 4 weeks
  • characterized, standardized, cryopreserved, assay-ready
 
UPCYTE® KERATINOCYTES HAVE BEEN TESTED AT EACH EXPANSION STATE FOR
  • cell morphology
  • viable recovery (>70%) and high plateability (>90%)
  • markers: Ck5+, Ck14+, Ck8+, Ck1-, Ck10-.
 
Therefore, upcyte® cells are available in sufficient quantities with a consistent quality that can be used for research, screening and drug development. We can expand up to 2000+ vials per cell type and donor – data from different studies can now be compared while working with the same donor. upcyte® cells have a distinct advantage over commonly used cells with respect to the virtually unlimited availability of differentiated cells.