Manufacturing of Chemically Defined and Xeno-free Substrates for Cultivation of Clinical-grade Human iPS Cells

Manufacturing of Chemically Defined and Xeno-free Substrates for Cultivation of Clinical-grade Human iPS Cells

Succeeded in developing laminin-511 E8 fragment in conformity with Stanrdard for Biological Ingredients

Mar 10, 2015

Abstract : Osaka University and Nippi Inc., a Japanese biotech company having an expertise in collagen and collagen-related products, succeeded in manufacturing laminin-511 E8 fragment, very potent cell-adhesive substrates for cultivation of human pluripotent stem cells, in accordance with GMP (good manufacturing practice). The laminin fragment, commercialized from Nippi under the trade name of “iMatrix-511 MG,” is suitable for production of clinical-grade human iPS cells and other stem cells in cell transplantation therapy. The new product will be commercially available in June 2015. iMatrix-511 GM will accelerate the production of a wide variety of pluripotent stem cells, particularly iPS cells, to be used in regenerative medicine.

Figure 2: Laminin-511 E8 fragment (trade name: iMatrix-511MG)

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