BRAVOCO, Vittoria

BRAVOCO, Vittoria  

ONCOLOGIA  

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Risultati 1 - 9 di 9 (tempo di esecuzione: 0.017 secondi).
Titolo Data di pubblicazione Autore(i) File
Beta-catenin triggers nuclear factor kB - dependent up-regulation of hepatocyte inducible nitric oxide synthase 2008 Bandino A; Compagnone A; Bravoco V; Cravanzola C; Lomartire A; Novo E; Cannito S; Valfrè di Bonzo L; Zamara E; Autelli R; Parola M; Colombatto S.
Chronic exposure to agmatine results in the selection of agmatine-resistant hepatoma cells. 2012 Bandino Andrea; Battaglia Valentina; Bravoco Vittoria; Busletta Chiara; Compagnone Alessandra; Cravanzola Carlo; Meli Floriana; Agostinelli Enzo; Parola Maurizio; Colombatto Sebastiano
Hypoxia drives epithelial mesenchymal transition in neoplastic cells of the gastro-intestinal tract: a beta-catenin and snail–mediated event favouring migration and/or invasiveness 2007 Cannito S; Novo E; Compagnone A; Valfrè di Bonzo L; Zamara E; Bandino A; Cravanzola C; Bravoco V; Colombatto S; Parola M.
Litium chloride, a wnt/beta-catenin mimicking signal, as a long-lasting proliferating stimulus for cultured rat hepatocytes 2006 Compagnone A.; Bandino A.; Lomartire A.; Bravoco V.; Cravanzola C.; Valfrè di Bonzo L.; Parola M.; Colombatto S.
Multiple molecular mechanisms sustain hypoxia - dependent epithelial - mesenchymal transition and increased invasiveness in human cancer cells 2008 Cannito S; Novo E; Compagnone A; Valfrè di Bonzo L.; Busletta C; Zamara E; Bandino A; Cravanzola C; Bravoco V; Colombatto S; Parola M.
Polyamines modulate epithelial-to-mesenchymal transition. 2012 Compagnone Alessandra; Bandino Andrea; Meli Floriana; Bravoco Vittoria; Cravanzola Carlo; Parola Maurizio; Colombatto Sebastiano
Redox mechanisms switch on hypoxia-dependent epithelial-mesenchymal transition in cancer cells 2008 Cannito S; Novo E; Compagnone A; Valfrè di Bonzo L; Busletta C; Zamara E; Paternostro C; Povero D; Bandino A; Bozzo F; Cravanzola C; Bravoco V; Colombatto S; Parola M.
Redox-sensitive GSK-3 inhibition and late VEGF release mediate hypoxia – dependent epithelial mesenchymal transition and increased invasiveness in human HepG2 cells 2008 Cannito S; Novo E; Compagnone A; Valfrè di Bonzo L; Busletta C; Zamara E; Bandino A; Cravanzola C; Bravoco V; Colombatto S; Parola M.
Redox-sensitive GSK-3 inhibition and late VEGF release mediate hypoxia – dependent epithelial mesenchymal transition in and increased invasiveness in human HepG2 cells 2008 Cannito S; Novo E; Compagnone A; Valfrè di Bonzo L; Busletta C; Zamara E; Bandino A; Cravanzola C; Bravoco V; Colombatto S; Parola M.