PSCs have the ability to differentiate into any of the 220+ cell types found in the human body. This capability provides great potential for cell therapies, with a growing range of clinical applications.
Induced PSCs (iPSCs) can be generated by expressing specific transcription factor(s) in primary somatic cells, reverting the cells back into a pluripotent state.
We are firm believers of the potential of iPSC based therapies and have invested significant efforts and resources in enabling the manufacturing of cGMP grade materials derived iPSCs for our customers today and tomorrow.
See the opportunity in every challenge
We can help you address your key challenges in iPSC manufacturing and convert them into opportunities. Whether it is iPSC reprogramming or differentiation under cGMP, process control and characterization or efficient scale-up, we have a tailored solution.
Leverage established cGMP-grade iPSC capabilities
As the manufacturers of the world’s first reported GMP iPSC bank, we have extensive experience in cGMP pluripotent stem cell generation and banking.
We provide a full range of iPSC manufacturing services tailored to your needs.
With our extensive experience in cGMP manufacture and our innovative technology, we can help you improve your efficiency and speed to market.
We have the expertise to reprogram many different cell types such as human peripheral blood and mononuclear cells (PBMCs), dermal fibroblasts and CD34+ hematopoietic progenitor cells.
Rely on an established process
L7™ – 1 workflow, 7 components, 1 provider
Non-viral 4D-Nucleofector™ Transfection Technology is a key integral part for the reprogramming of cGMP grade iPSCs. With our cGMP iPSC manufacturing platform using the L7 cell culture system, you can rely on a proven, established process.
Perform directed differentiation into all three lineages
We have successfully generated specialized cells from human pluripotent stem cells in standard 2D cell culture system or computer-controlled 3D bioreactor
- Ectodermal lineage
- Endodermal lineage
- Mesodermal lineage