Notch est le récepteur d’une voie de communication intercellulaire, conservée au cours de l’évolution et impliquée dans de nombreux processus développementaux. Chez Drosophila melanogaster, la spécification et la division des précurseurs des organes sensoriels (SOPs) sont gouvernées par l’activation différentielle de la voie de signalisation Notch. Cette activation est dépendante de l’interaction entre le récepteur Notch et les ligands Delta/Serrate et LAG-2. Cette interaction favorise le clivage protéolytique du récepteur Notch puis la libération et la translocation du domaine intracellulaire dans le noyau de la cellule receveuse du signal. L’activation de Notch est étroitement régulée dans le temps et dans l’espace et est...
In multiple cell lineages, Delta-Notch signalling regulates cell fate decisions owing to unidirectio...
SummaryIn Drosophila melanogaster, external sensory organs develop from a single sensory organ precu...
Wing development in Drosophila requires the activation of Wingless (Wg) in a small stripe along the ...
Notch est le récepteur d’une voie de communication intercellulaire, conservée au cours de l’évolu...
Notch signaling regulates fate specification in lineages among Metazoans. Although its functional re...
La voie Notch est une voie de communication intercellulaire qui régule de nombreux processus dévelop...
textCell-cell communication events are crucial to determine the fate of each cell during development...
International audienceNotch signaling is involved in numerous cellular processes during development ...
SummaryNotch and its ligands mediate short-range cell interactions that play a conserved role in ind...
International audienceDrosophila sensory organ precursors divide asymmetrically to generate pIIa/pII...
Notch signaling is conserved in most multicellular organisms and plays critical roles during animal ...
AbstractBackground: The Drosophila Notch protein is a receptor that controls cell fate during embryo...
AbstractDuring development of the Drosophila peripheral nervous system, a sensory organ precursor (S...
Notch signaling is conserved in most multicellular organisms and plays critical roles during animal ...
<div><p>Wing development in <em>Drosophila</em> requires the activation of Wingless (Wg) in a small ...
In multiple cell lineages, Delta-Notch signalling regulates cell fate decisions owing to unidirectio...
SummaryIn Drosophila melanogaster, external sensory organs develop from a single sensory organ precu...
Wing development in Drosophila requires the activation of Wingless (Wg) in a small stripe along the ...
Notch est le récepteur d’une voie de communication intercellulaire, conservée au cours de l’évolu...
Notch signaling regulates fate specification in lineages among Metazoans. Although its functional re...
La voie Notch est une voie de communication intercellulaire qui régule de nombreux processus dévelop...
textCell-cell communication events are crucial to determine the fate of each cell during development...
International audienceNotch signaling is involved in numerous cellular processes during development ...
SummaryNotch and its ligands mediate short-range cell interactions that play a conserved role in ind...
International audienceDrosophila sensory organ precursors divide asymmetrically to generate pIIa/pII...
Notch signaling is conserved in most multicellular organisms and plays critical roles during animal ...
AbstractBackground: The Drosophila Notch protein is a receptor that controls cell fate during embryo...
AbstractDuring development of the Drosophila peripheral nervous system, a sensory organ precursor (S...
Notch signaling is conserved in most multicellular organisms and plays critical roles during animal ...
<div><p>Wing development in <em>Drosophila</em> requires the activation of Wingless (Wg) in a small ...
In multiple cell lineages, Delta-Notch signalling regulates cell fate decisions owing to unidirectio...
SummaryIn Drosophila melanogaster, external sensory organs develop from a single sensory organ precu...
Wing development in Drosophila requires the activation of Wingless (Wg) in a small stripe along the ...