StemRNA™ Induced Pluripotent Stem Cells (iPSCs)

Human iPSCs made using RNA Reprogramming

Want to use iPSCs in your research, but don't want to reprogram them yourself? Our StemRNA iPSCs are research-ready and free for commercial applications. With over ten iPSC donors to choose from, REPROCELL (Stemgent) have the tools  to better translate your discoveries into therapies.

Browse the full range of StemRNA iPSCs →


Research-ready and fuss-free

Even rapid reprogramming protocols can take up to four weeks to generate iPSCs. The reprogramming procedure also require an operator skilled in colony picking and antibiotic-free cell culture. If you don't have the time of resources to generate pluripotent cells yourself, then our research-ready StemRNA iPSCs are for you.


StemRNA Human iPSCs

Our research-ready iPSCs are derived from healthy and neurodegenerative disease donors with a range of demographic and clinical backgrounds, and they were created using footprint-free RNA reprogramming technology. This means they do not contain vectors, viruses, or DNA - unlike iPSCs created using other reprogramming methods. Our StemRNA iPSCs are also free for commercial applications, including vaccine development and drug screening. I would change this to vacccine testing, since development looks like a therapeutic application, which is a grey area.


“The StemRNA™ 3rd Gen reprogramming system is outstanding for efficiency & clinical relevance.”

 — Dr. Marco Poleganov, Head of Stem Cells & Reprogramming, BioNTech RNA Pharmaceuticals GmbH


Benefits of StemRNA Reprogramming Technology

  • Low clone-to-clone variability 
  • No vector retention
  • DNA-free/ Virus-free
  • Normal karyology and stability of iPSC
  • Free for commercial applications 
Human-iPSCs-from-EPCs

Browse the full range of StemRNA iPSCs →


Looking for custom iPSCs? Inquire about our RNA reprogramming services below:

Human iPSCs made using RNA Reprogramming

Want to use iPSCs in your research, but don't want to reprogram them yourself? Our StemRNA iPSCs are research-ready and free for commercial use*. With over ten iPSC donors to choose from, REPROCELL (Stemgent) have the tools  to better translate your discoveries into therapies. You can browse the full-range of these off-the-shelf iPSCs in our store.

Why choose StemRNA iPSCs for your research?

  • Low clone-to-clone variability 
  • No vector retention
  • DNA-free/ Virus-free
  • Normal karyology and stability
  • Free for commercial applications*
RPChiPSSK009 Cells were cultured in NutriStem hPSC XF Medium on iMatrix-511 and stained for Oct-4 (left) or Nanog (Right) and DAPI.-1
Figure 1: RPChiPSSK009 Cells were cultured in NutriStem hPSC XF Medium on iMatrix-511 and stained for Oct-4 (left) or Nanog (Right) and DAPI.

Research-ready and fuss-free

Even rapid reprogramming protocols can take up to four weeks to generate iPSCs. The reprogramming procedure also requires an operator skilled in colony picking and antibiotic-free cell culture. If you don't have the time or resources to generate pluripotent cells yourself, then our research-ready StemRNA iPSCs are for you.

Our StemRNA iPSCs are derived from both healthy and neurodegenerative disease donors with a range of demographic and clinical backgrounds. They were created using footprint-free RNA reprogramming technology, meaning they do not contain vectors, viruses, or DNA - unlike iPSCs created using other reprogramming methods. In addition, StemRNA iPSCs  are also free for commercial applications*, including vaccine testing and drug screening.

 

“The StemRNA™ 3rd Gen reprogramming system is outstanding for efficiency & clinical relevance.”
 — Dr. Marco Poleganov, Head of Stem Cells & Reprogramming, BioNTech RNA Pharmaceuticals GmbH

 

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*If you would like to use our StemRNA Induced Pluripotent Stem Cells for commercial purposes, terms & conditions apply