Abstract:
:The ectoderm has the capability to generate epidermis and neuroectoderm and plays imperative roles during the early embryonic development. Our recent study uncovered a region with ectodermal progenitor potential in mouse embryo at embryonic day 7.0 and revealed that Nodal inhibition is essential for its formation. Here, we demonstrate that through brief inhibition of Nodal signaling in vitro, mouse embryonic stem cell (ESC)-derived epiblast stem cells (ESD-EpiSCs) could be committed to transient ectodermal progenitor populations, which possess the ability to give rise to neural or epidermal ectoderm in the absence or presence of BMP4, respectively. Mechanistic studies reveal that BMP4 recruits distinct transcriptional targets in ESD-EpiSCs and ectoderm-like cells. Furthermore, FGF-Erk signaling may also be alleviated during the generation of ectoderm-like cells. Thus, our data suggest that instructive interactions among several extracellular signals participate in the commitment of ectoderm from ESD-EpiSCs, which shed new light on the understanding of the formation of ectoderm during the gastrulation in early mouse embryo development.
journal_name
J Mol Cell Bioljournal_title
Journal of molecular cell biologyauthors
Li L,Song L,Liu C,Chen J,Peng G,Wang R,Liu P,Tang K,Rossant J,Jing Ndoi
10.1093/jmcb/mjv030subject
Has Abstractpub_date
2015-10-01 00:00:00pages
455-65issue
5eissn
1674-2788issn
1759-4685pii
mjv030journal_volume
7pub_type
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