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Recombinant Laminin Product Innovative Product for Stem Cell Research and Human Embryo Modelling

Source: Press release Amsbio 1 min Reading Time

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Amsbio has revealed that its imatrix-511 recombinant laminin product is seen as a pivotal tool for stem cell culture and blastoid formation by researchers at the Stanford University School of Medicine, Stanford, CA, USA.

Amsbio reports that its imatrix-511 recombinant laminin product has been cited in a recent paper from researchers at the Stanford University School of Medicine, Stanford, CA, USA as a pivotal tool for stem cell culture and blastoid formation.(Source:  Amsbio)
Amsbio reports that its imatrix-511 recombinant laminin product has been cited in a recent paper from researchers at the Stanford University School of Medicine, Stanford, CA, USA as a pivotal tool for stem cell culture and blastoid formation.
(Source: Amsbio)

Amsbio reports that its imatrix-511 recombinant laminin product has been cited in a recent paper from researchers at the Stanford University School of Medicine, Stanford, CA, USA as a pivotal tool for stem cell culture and blastoid formation.

This groundbreaking study describes how human blastoid models (stem-cell derived blastocyst-like structures) were used to investigate how human-specific LTR5Hs elements regulate early embryonic development. It provides new unique insights into epiblast differentiation and early embryogenesis.

imatrix 511 is a highly purified and refined version of the human recombinant laminin-511 E8 fragment expressed by CHO-S cells. Widely regarded as a gold standard for stem cell culture, imatrix-511 is an innovative cell culture matrix which permits ES/ips cells to be maintained in feeder-free culture conditions. Immediately available from stock– imatrix-511 also enables the passaging of single cells and is proven to provide greater adhesion than full-length Laminin, Vitronectin or Matrigel.

imatrix-511 can also be used together with Amsbio’s Stemfit cell culture media and Cellbanker cryopreservation series as part of an expanded Stem Cell Synergy solution for ES/ips cell cultures.

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