The signals that coordinate cellular proliferation with G1 arrest and differentiation have long been of interest. Two papers in this issue of Developmental Cell show that the conserved Hedgehog and Notch signaling pathways regulate cell division during development of the Drosophila compound eye
AbstractThe Decapentaplegic and Notch signaling pathways are thought to direct regional specificatio...
AbstractThe highly conserved regulatory mechanisms that control progression of a cell through the ce...
During early development in many species, maternally supplied gene products permit the cell cycle to...
The signals that coordinate cellular proliferation with G1 arrest and differentiation have long been...
SummaryCell proliferation in animals must be precisely controlled, but the signaling mechanisms that...
AbstractDuring Drosophila eye development, localized Notch signaling at the dorsal ventral (DV)-midl...
Background: Most differentiating cells are arrested in G1-phase of the cell cycle and this prolifer...
AbstractBackground: Intercellular signals are major determinants of cell fate during development. Ce...
Cell proliferation in animals must be precisely controlled, but the signaling mechanisms that regula...
AbstractDuring Drosophila eye development, the posterior-to-anterior movement of the morphogenetic f...
During eye development in Drosophila, cell cycle progression is coordinated with differentiation. Pr...
Background: Most differentiating cells are arrested in G1-phase of the cell cycle and this prolif...
The Notch signalling pathway is evolutionary conserved and participates in numerous developmental pr...
SummarySpatially and temporally choreographed cell cycles accompany the differentiation of the Droso...
AbstractOrganogenesis involves cell proliferation followed by complex determination and differentiat...
AbstractThe Decapentaplegic and Notch signaling pathways are thought to direct regional specificatio...
AbstractThe highly conserved regulatory mechanisms that control progression of a cell through the ce...
During early development in many species, maternally supplied gene products permit the cell cycle to...
The signals that coordinate cellular proliferation with G1 arrest and differentiation have long been...
SummaryCell proliferation in animals must be precisely controlled, but the signaling mechanisms that...
AbstractDuring Drosophila eye development, localized Notch signaling at the dorsal ventral (DV)-midl...
Background: Most differentiating cells are arrested in G1-phase of the cell cycle and this prolifer...
AbstractBackground: Intercellular signals are major determinants of cell fate during development. Ce...
Cell proliferation in animals must be precisely controlled, but the signaling mechanisms that regula...
AbstractDuring Drosophila eye development, the posterior-to-anterior movement of the morphogenetic f...
During eye development in Drosophila, cell cycle progression is coordinated with differentiation. Pr...
Background: Most differentiating cells are arrested in G1-phase of the cell cycle and this prolif...
The Notch signalling pathway is evolutionary conserved and participates in numerous developmental pr...
SummarySpatially and temporally choreographed cell cycles accompany the differentiation of the Droso...
AbstractOrganogenesis involves cell proliferation followed by complex determination and differentiat...
AbstractThe Decapentaplegic and Notch signaling pathways are thought to direct regional specificatio...
AbstractThe highly conserved regulatory mechanisms that control progression of a cell through the ce...
During early development in many species, maternally supplied gene products permit the cell cycle to...
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