2020
DOI: 10.1242/dev.179069
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The regulation of Yorkie, YAP and TAZ: new insights into the Hippo pathway

Abstract: The Hippo pathway is a highly conserved signalling pathway that regulates multiple biological processes, including organ size control and cell fate. Since its discovery, genetic and biochemical studies have elucidated several key signalling steps important for pathway activation and deactivation. In recent years, technical advances in microscopy and genome modification have allowed new insights into Hippo signalling to be revealed. These studies have highlighted that the nuclear-cytoplasmic shuttling behaviour… Show more

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Cited by 62 publications
(46 citation statements)
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“…Furthermore, the abundance of both YAP and TAZ is limited by ubiquitin-mediated degradation which is controlled by the Hippo pathway (46,47). YAP and TAZ transit between the nucleus and cytoplasm and their relative abundance in these subcellular compartments is modulated by multiple features including cell confluence and mechanotransduction cues (48) (45). Like YAP, we found YAP-TFE3 to be localized within the nucleus when cells were plated under sparse conditions.…”
Section: Yap-tfe3 Requires Components Of Both Yap and Tfe3 To Transfomentioning
confidence: 79%
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“…Furthermore, the abundance of both YAP and TAZ is limited by ubiquitin-mediated degradation which is controlled by the Hippo pathway (46,47). YAP and TAZ transit between the nucleus and cytoplasm and their relative abundance in these subcellular compartments is modulated by multiple features including cell confluence and mechanotransduction cues (48) (45). Like YAP, we found YAP-TFE3 to be localized within the nucleus when cells were plated under sparse conditions.…”
Section: Yap-tfe3 Requires Components Of Both Yap and Tfe3 To Transfomentioning
confidence: 79%
“…YAP and TAZ dynamically shuttle between the cytoplasm and nucleus at a rate which is regulated by both the Hippo pathway and Hippo pathway-independent mechanisms (45). Furthermore, the abundance of both YAP and TAZ is limited by ubiquitin-mediated degradation which is controlled by the Hippo pathway (46,47).…”
Section: Yap-tfe3 Requires Components Of Both Yap and Tfe3 To Transfomentioning
confidence: 99%
“…Remarquablement, l'ADN des gènes cibles de Svb responsables de la différenciation de l'épiderme [9,13] n'est pas liés par Yorkie. Réciproquement, les séquences des gènes régulés par Yorkie pour contrôler la croissance cellulaire [16] ne sont pas fixées par Svb, suggérant que Svb/Yorkie interagissent spécifiquement pour la maintenance des cellules souches. En effet, nous montrons que les protéines Svb et Yorkie s'associent physiquement pour former un complexe nucléaire qui va directement notamment activer dans les cellules souches l'expression du gène DIAP-1 ( Figure 3C), codant l'inhibiteur majeur de l'apoptose.…”
Section: La Drosophile Pour éTudier La Fonction Des Facteurs Ovolunclassified
“…Ces résultats établissent l'importance in vivo des facteurs OvoL/Svb pour le maintien du caractère « souche », et montrent comment chaque isoforme influe positivement ou négativement sur les cellules souches tumorales. La voie Hippo est impliquée dans différents cancers, et YAP/TAZ interagit aussi avec les facteurs pro-EMT [16] soulignant les relations intimes entre les différents régulateurs de la plasticité épithélio-mésenchymateuse. Nos travaux chez la drosophile aident ainsi à mieux comprendre les mécanismes de survie des cellules souches cancéreuses et de leur résistance aux traitements.…”
Section: La Drosophile Pour éTudier La Fonction Des Facteurs Ovolunclassified
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