GAI, Marta

GAI, Marta  

BIOTECNOLOGIE MOLECOLARI E SCIENZE PER LA SALUTE  

Mostra records
Risultati 1 - 20 di 35 (tempo di esecuzione: 0.025 secondi).
Titolo Data di pubblicazione Autore(i) File
Analysis of the consequences of CIT-K-dependent cytokinesis failure in p53-proficient or p53-deficient mice 2013 FT Bianchi; YJ Chang; M Gai; F Sgro; W Huttner; F Di Cunto
Analysis of the consequences of CIT-K-dependent cytokinesis failure in p53-proficient or p53-deficient mice 2013 F Bianchi; F Sgro; YJ Chang; M Gai; G Berto; N El Assawy; A Mauro; B Sacchetti; W Huttner; F Di Cunto
ASPM and CITK regulate spindle orientation by affecting the dynamics of astral microtubules 2016 Gai, Marta; Bianchi, Federico T; Vagnoni, Cristiana; Vernì, Fiammetta; Bonaccorsi, Silvia; Pasquero, Selina; Berto, Gaia E; Sgrò, Francesco; Chiotto, Alessandra MA; Annaratone, Laura; Sapino, Anna; Bergo, Anna; Landsberger, Nicoletta; Bond, Jacqueline; Huttner, Wieland B; Di Cunto, Ferdinando
Cenpe inhibition leads to mitotic catastrophe and dna damage in medulloblastoma cells 2021 Iegiani G.; Gai M.; Di Cunto F.; Pallavicini G.
Citron kinase controls abscission through RhoA and Anillin. 2011 Gai M; Camera P; Dema A; Bianchi F; Berto G; Scarpa E; Germena G; Di Cunto F
Citron Kinase Deficiency Leads to Chromosomal Instability and TP53-Sensitive Microcephaly 2017 Bianchi F.T.; Tocco C.; Pallavicini G.; Liu Y.; Verni F.; Merigliano C.; Bonaccorsi S.; El-Assawy N.; Priano L.; Gai M.; Berto G.E.; Chiotto A.M.A.; Sgro F.; Caramello A.; Tasca L.; Ala U.; Neri F.; Oliviero S.; Mauro A.; Geley S.; Gatti M.; Di Cunto F.
Citron kinase in spindle orientation and primary microcephaly 2017 Gai M.; Di Cunto F.
Citron kinase interacts with LATS2 and inhibits its activity by occluding its hydrophobic phosphorylation motif 2019 Tran T.H.Y.; Yang D.-W.; Kim M.; Lee D.-H.; Gai M.; Di Cunto F.; Choi K.-W.; Lim D.-S.
Citron kinase is an abscission regulator that controls the localization of anillin and of active RhoA at the midbody 2011 M Gai; P Camera; FT Bianchi; A Dema; E Scarpa; G Germena; F Di Cunto
Citron Kinase is an abscission regulator that controls the localization of anillin and of active RhoA at the midbody 2011 M Gai; P Camera; A Dema; FT Bianchi; E Scarpa; F Di Cunto
Citron kinase-dependent F-actin maintenance at midbody secondary ingression sites mediates abscission 2018 Dema, Alessandro; Macaluso, Francesca; Sgrò, Francesco; Berto, Gaia E; Bianchi, Federico T; Chiotto, Alessandra A; Pallavicini, Gianmarco; Di Cunto, Ferdinando; Gai, Marta
Citron-kinase is required for mitotic spindle orientation during mammalian neurogenesis 2012 M Gai; FT Bianchi; C Vagnoni; F Di Cunto
Down Critical Region-encoded protein TTC3 regulates early differentiation in primary hippocampal neurons 2012 GE Berto; C Iobbi; ; P Camera; E Scarpa; F Bianchi; M Gai;Y Bosio; F Sgro; C Iampietro; CS Dotti; F Di Cunto
From microtubules tracking to cell nuclear volume evaluation: swapping from T axis to Z axis in confocal microscopy 2018 Ivan Sciascia, Gennaro Carotenuto, Marta Gai, Ferdinando Di Cunto, Andrea Genre
Functional Interaction between Citron Kinase and Anillin in Cytokinesis 2007 M Gai; P Camera; G Berto; F Bianchi; C Field; F Di Cunto
Functional interaction between Citron kinase and Anillin in cytokinesis 2007 M Gai; P Camera; CM Field; F Di Cunto
Functional interaction between Citron-K and Anillin in cytokinesis 2008 M Gai; P Camera; F Di Cunto
Goldberg–Shprintzen syndrome protein KIF1BP is a CITK interactor implicated in cytokinesis 2021 Pallavicini G.; Gai M.; Iegiani G.; Berto G.E.; Adrait A.; Coute Y.; Di Cunto F.
HSP27 is required for invasion and metastasis triggered by hepatocyte growth factor. 2014 Pavan S;Musiani D;Torchiaro E;Migliardi G;Gai M;Di Cunto F;Erriquez J;Olivero M;Di Renzo MF
Human liver stem cells express UGT1A1 and improve phenotype of immunocompromised Crigler Najjar syndrome type I mice 2020 Famulari E.; Navarro-Tableros V.; Herrera Sanchez M.B.; Bortolussi G.; Gai M.; Conti L.; Silengo L.; Tolosano E.; Tetta C.; Muro A.F.; Camussi G.; Fagoonee S.; Altruda F.