Add to ORKGDuring embryonic development, columnar epithelial cells polarize their plasma membrane into distinct apical and baso-lateral domains that are separated by tight junctions. Once established, this polarity has to be maintained, and it has t
Cell polarization is critical for lineage segregation and morphogenesis during mammalian embryogenes...
AbstractThe plasma membrane of polarized epithelial cells is composed of different domains, which ar...
<p>Localisation of proteins which show apico-basaolateral polarity in epithelia were examined in the...
Plasma membranes of epithelial cells consist of two domains, an apical and a basolateral domain, the...
Epithelial cells form a barrier against the environment, but are also required for the regulated exc...
AbstractEpithelial cells form a barrier against the environment, but are also required for the regul...
Recent studies have greatly expanded our knowledge of initial events that lead to epithelial cell po...
The molecular mechanisms that integrate cellular polarity with tissue architecture during epithelial...
<p>(A) Polarized epithelial cells in a 2-D sheet. Cells are on extracellular matrix (ECM, orange) co...
Establishment of apical-basal polarity is crucial for epithelial sheets that form a compartment in t...
Polarized epithelial cells have a distinctive apical–basal axis of polarity for vectorial transport ...
AbstractEpithelial cells must polarize and establish apical and basolateral membrane domains during ...
AbstractPolarity is a fundamental property of all eukaryotic cells that underlies many developmental...
Plasma membranes of epithelial cells consist of two domains, an apical and a basolateral domain, the...
Compartmentalization of cell membranes, in particular of the apical membrane of columnar epithelia, ...
Cell polarization is critical for lineage segregation and morphogenesis during mammalian embryogenes...
AbstractThe plasma membrane of polarized epithelial cells is composed of different domains, which ar...
<p>Localisation of proteins which show apico-basaolateral polarity in epithelia were examined in the...
Plasma membranes of epithelial cells consist of two domains, an apical and a basolateral domain, the...
Epithelial cells form a barrier against the environment, but are also required for the regulated exc...
AbstractEpithelial cells form a barrier against the environment, but are also required for the regul...
Recent studies have greatly expanded our knowledge of initial events that lead to epithelial cell po...
The molecular mechanisms that integrate cellular polarity with tissue architecture during epithelial...
<p>(A) Polarized epithelial cells in a 2-D sheet. Cells are on extracellular matrix (ECM, orange) co...
Establishment of apical-basal polarity is crucial for epithelial sheets that form a compartment in t...
Polarized epithelial cells have a distinctive apical–basal axis of polarity for vectorial transport ...
AbstractEpithelial cells must polarize and establish apical and basolateral membrane domains during ...
AbstractPolarity is a fundamental property of all eukaryotic cells that underlies many developmental...
Plasma membranes of epithelial cells consist of two domains, an apical and a basolateral domain, the...
Compartmentalization of cell membranes, in particular of the apical membrane of columnar epithelia, ...
Cell polarization is critical for lineage segregation and morphogenesis during mammalian embryogenes...
AbstractThe plasma membrane of polarized epithelial cells is composed of different domains, which ar...
<p>Localisation of proteins which show apico-basaolateral polarity in epithelia were examined in the...