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Cell Expansion
UM171
UM171 is the Standard for Ex Vivo HSC Expansion in Cell & Gene Therapy.

- Best molecule for HSC expansion1
- First-in-class mechanism of action
- Clinically validated in over 100 patients2
- Used under license by bio-pharmas and academia
- Pre-formulated GMP-grade single-use vials
- Ready for integration into cell & gene therapies
- Supported by an FDA Drug Master File (DMF)
(1)Science 2014; Lancet Hematol 2020; Cell Stem Cell 2021; Mol Ther Methods Clin Dev 2018 and many others; Collaboration in iPSCs with Astellas; Collaborations with several cell & gene therapy companies.
(2)100+ patients treated with UM171-expanded cells; initial clinical trial results published by Cohen et al. in Lancet Haematology (2020).
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Cell Expansion
Protection Against
Negative Impacts of Culture
Ex vivo culture has negative impacts on cells
UM171 counteracts HSC exhaustion and aging
Youthful Cells (uncultured) | Aged Cells / Cells Cultured without UM171 | Cells Cultured with UM171 | |
Intracellular ROS levels | Low | High | Low |
Protein synthesis | Low | High | Med |
Reconstitution activity | High | Low | High |
ATP production | Low | High | Low |
Lysosomal activity | High | Low | High |
Fatty and amino acid oxidation capacity | High | Low | High |
Youthful Cells (uncultured) | |
Intracellular ROS levels | Low |
Protein synthesis | Low |
Reconstitution activity | High |
ATP production | Low |
Lysosomal activity | High |
Fatty and amino acid oxidation capacity | High |
Cells Cultured with UM171 | |
Intracellular ROS levels | Low |
Protein synthesis | Med |
Reconstitution activity | High |
ATP production | Low |
Lysosomal activity | High |
Fatty and amino acid oxidation capacity | High |
(modified from Nakamura-Ishizu A., Dev Cell. 2020)
Without UM171
Cell Culture / Manipulation
With UM171