In vivo imaging and regression analysis reveal cell-non-autonomous functions of Shroom3 during neural tube closure
AT Baldwin, JH Kim, JB Wallingford - bioRxiv, 2022 - biorxiv.org
During neural tube closure, neural ectoderm cells constrict their apical surfaces to bend and
fold the tissue into a tube that will become the central nervous system. These cells are …
fold the tissue into a tube that will become the central nervous system. These cells are …
In vivo imaging and regression analysis reveal cell-non-autonomous functions of Shroom3 during neural tube closure
AT Baldwin, JH Kim, JB Wallingford - 2022 - europepmc.org
During neural tube closure, neural ectoderm cells constrict their apical surfaces to bend and
fold the tissue into a tube that will become the central nervous system. These cells are …
fold the tissue into a tube that will become the central nervous system. These cells are …
[PDF][PDF] In vivo imaging and regression analysis reveal cell-non-autonomous functions of Shroom3 during neural tube closure.
AT Baldwin, JH Kim, JB Wallingford - scholar.archive.org
During neural tube closure, neural ectoderm cells constrict their apical surfaces to bend and
fold the tissue into a tube that will become the central nervous system. These cells are …
fold the tissue into a tube that will become the central nervous system. These cells are …