When and why did cell polarization arise? Recent work in bacteria and yeast suggests that polarization may have evolved to restrict senescence to one daughter during division by enabling the differential segregation of damaged material. In more complex organisms, polarity functions have diversified to permit the differential inheritance of centrosomes, RNAs, proteins, and membranes, which is essential for the generation of diverse cell types from stem cells and for morphogenesis
SummaryThe paradigm sirtuin, Sir2p, of budding yeast is required for establishing cellular age asymm...
SummaryRecent findings report the selective internalization of core planar cell polarity components ...
International audienceCell Polarity is defined as the structural, morphological, and functional asym...
When and why did cell polarization arise? Recent work in bacteria and yeast suggests that polarizati...
From the simplest unicellular organisms to complex metazoans, cell polarity is a widespread characte...
Cell polarity can be defined as an asymmetric organization and distribution of biomolecules, cellula...
Cells are organized by functional modules, which typically contain components whose removal severely...
All cells in vivo have a primary axis of polarity that controls many aspects of their behaviour, suc...
Cell polarization is an evolutionarily conserved process that facilitates asymmetric distribution of...
Cell polarity is fundamentally important for understanding brain development. Here, we hypothesize t...
Eukaryotic development relies on dynamic cell shape changes and segregation of fate determinants to ...
<p>The cell polarity can be determined by tracking a lineage. Because division cleaves the short axi...
Our aim in this short Primer is to explain the principles of planar cell polarity (PCP) in animal de...
International audienceRecent findings report the selective internalization of core planar cell polar...
Cell polarity and the factors influencing it have recently become the focus of much research for a v...
SummaryThe paradigm sirtuin, Sir2p, of budding yeast is required for establishing cellular age asymm...
SummaryRecent findings report the selective internalization of core planar cell polarity components ...
International audienceCell Polarity is defined as the structural, morphological, and functional asym...
When and why did cell polarization arise? Recent work in bacteria and yeast suggests that polarizati...
From the simplest unicellular organisms to complex metazoans, cell polarity is a widespread characte...
Cell polarity can be defined as an asymmetric organization and distribution of biomolecules, cellula...
Cells are organized by functional modules, which typically contain components whose removal severely...
All cells in vivo have a primary axis of polarity that controls many aspects of their behaviour, suc...
Cell polarization is an evolutionarily conserved process that facilitates asymmetric distribution of...
Cell polarity is fundamentally important for understanding brain development. Here, we hypothesize t...
Eukaryotic development relies on dynamic cell shape changes and segregation of fate determinants to ...
<p>The cell polarity can be determined by tracking a lineage. Because division cleaves the short axi...
Our aim in this short Primer is to explain the principles of planar cell polarity (PCP) in animal de...
International audienceRecent findings report the selective internalization of core planar cell polar...
Cell polarity and the factors influencing it have recently become the focus of much research for a v...
SummaryThe paradigm sirtuin, Sir2p, of budding yeast is required for establishing cellular age asymm...
SummaryRecent findings report the selective internalization of core planar cell polarity components ...
International audienceCell Polarity is defined as the structural, morphological, and functional asym...