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by
Melamed, David, author.
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-STAT) and Wnt pathways are primarily responsible for regulating location, proliferation and differentiation
by
Polak, Emilia, author.
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differentiation. Changes in the cells' morphology were observed prior to cellular collection and RNA isolation
by
Piroli, Maria Eugenia, author.
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goal of this study was to explore the interplay between cell polarity and matrix stiffness in stem cell
by
McKinnon, Kelly Elizabeth, author. (orcid)0000-0002-5956-0198
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previously reported in the ectocervix and the differentiation-dependent localization of known ectocervical
by
Najera Beltran, Sandra Elena, author.
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, adhesion and osteoblast differentiation and are therefore promising candidates to be used in the field of
by
Laubach, Logan Keone, author.
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promise as tools to further explore stem cell differentiation through the recruitment of growth factors in
by
Alsharif, Shahad Bakheet A., author.
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of action by promoting osteoblast cell differentiation, as well as inhibiting osteoclast
by
Nunes, Malika, author.
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differentiation and promoting a stem cell-like proliferative state. This increased Wnt activity raises Wnt target
by
Choi, Aaron Wonho, author.
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professional antigen presenting cell function. These IL-32-derived DCs were able to "cross-present" antigen
by
Bergsma, Alexis Leigh, author.
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differentiation in vitro, but its specific function in osteoclasts and in bone homeostasis in all is unknown. We
by
Jones, Elaina K., author.
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system in acinar cell homeostasis and differentiation.
by
Pavlovic, Bryan, author.
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Excerpt:
species at the onset of differentiation. In order to determine the fidelity of iPSC derived cell types to

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