Higher Certified Media

Higher Certified (HC) Media

Seamless Transition from Lab to Clinical Trials

 

CELLnTEC introduces Higher Certified (HC) version of research-grade media for use in translational bench-to-bedside research projects. All components of HC media are compatible with clinical use, eliminating the need to change media and protocols when commencing clinical trials. HC media are ideally suited for cell-based product development, protocol validation, and cell characterization.

CELLnTEC’s HC culture media are being successfully used in a range of clinical trials. Many researchers have confirmed that compliance with GMP and clinical standards has been facilitated by the use of HC media.

 

 
 
Balance 2

CnT-PR-CSF Medium

Corticosteroid-Free Epithelial Proliferation Medium

CAT# CnT-PR-CSF

CELLnTEC`s new CnT-PR-CSF medium is intended for use in experiments or applications, for which a corticosteroid-free environment is specifically desired.
 
The ready-to-use medium is:

  • offering all benefits of CnT-PR in a corticosteroid-free environment
  • chemically defined, contains no components of animal or human origin

 

 
 
Balance 2

Balanced co-culture of keratinocytes & fibroblasts obtained by PR2D-CC starter kit

Keratinocyte/Fibroblast 2D Co-culture Starter Kit

CAT# PR2D-CC

CELLnTEC`s new PR2D-CC kit brings together all the components required for successfully establishing 2D co-culture of keratinocytes and fibroblasts in your lab.
 
The ready-to-go kit includes the following contents:

 

 
 
KM_CoCulture

Balanced co-culture of keratinocytes & melanocytes obtained by PR2D-KM starter kit

Keratinocyte/Melanocyte 2D Co-culture Starter Kit

CAT# PR2D-KM

CELLnTEC`s new PR2D-KM kit brings together all the components required for successfully establishing 2D co-culture of keratinocytes and melanocytes in your lab.
 
The ready-to-go kit includes the following contents:

 

Primary Human Fibroblasts

CAT# HDFap

CELLnTEC`s new Dermal Fibroblasts, Adult, Pooled

CAT# HDFas

CELLnTEC`s new Dermal Fibroblasts, Adult, Single Donor