SCHUBERT, Andrea

SCHUBERT, Andrea  

SCIENZE AGRARIE, FORESTALI E ALIMENTARI  

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Risultati 1 - 20 di 130 (tempo di esecuzione: 0.025 secondi).
Titolo Data di pubblicazione Autore(i) File
A tale of plant hormones: how strigolactones cross-talk with ABA to set drought responses in tomato 2021 Francesca Cardinale, Ivan Visentin, Claudio Lovisolo, Andrea Schubert
ABA and miR156 may mediate the effects of strigolactones on drought stress tolerance and reproductive development 2018 Schubert A, Cardinale F, Korwin Krukowski, Russo G, Macchio M, Visentin I
ABA-conrolled transpiration drives embolism repair during rehydration of droughted grapevines 2008 Claudio Lovisolo; Irene Perrone; Chiara Pagliarani; Wolfram Hartung; Andrea Schubert
Analisi biochimiche e di espressione genica della via metabolica dei flavonoidi in viti affette da Flavescenza dorata e risanate. 2013 Paolo Margaria; Piero Caciagli; Alessandra Ferrandino; Andrea Schubert; Sabrina Palmano
ANTHOCYANINS, FLAVONOLS AND HYDROSSYCINNAMATES OF EIGHT VITIS VINIFERA CULTIVARS FROM THE BALEARIC ISLANDS 2010 A. Ferrandino; G. Murru; J.M. Luna; J.M. Escalona; A. Schubert; C. Lovisolo
Apoplastic pH influences grapevine recovery responses to short and prolonged drought. 2018 MORABITO CRISTINA, OROZCO JESSICA, TONEL GIULIA, CAVALLETTO SILVIA, SCHUBERT ANDREA, ZWIENIECKI MACIEJ A., SECCHI FRANCESCA
Application of mercurials to differentiate the relative importance of apoplastic versus transmembrane water transport in grapevine roots. 2003 Lovisolo C; Tramontini S; Martinez SF; Strano T; Schubert A.
Aquaporin involvement in controlling leaf hydraulic capacitance and resistance. 2014 Marco Vitali; Hervé Cochard; Alexandre Ponomarenko; Andrea Schubert; Irene Perrone; Giorgio Gambino; Claudio Lovisolo.
Aquaporin-mediated transcellular water transport in grape under water stress and rehydration 2004 Schubert A; Lovisolo C
ARE STRIGOLACTONES IMPORTANT SYSTEMIC SIGNALS OF ABIOTIC STRESS IN TOMATO PLANTS? 2015 Visentin, I; Vitali, M; Lovisolo, C; Schubert, A; Cardinale, F
Auxin distribution along downward-growing shoots in Vitis vinifera L. 1999 Lovisolo C; Sorce C; Lubraco G; Schubert A.
Biochemical and transcriptional changes in the phenyl-propanoid pathway of Flavescence dorée phytoplasma-infected and recoverd- grapevines. 2012 Paolo Margaria; Alessandra Ferrandino; Andrea Schubert; Sabrina Palmano.
Biological functions of MIPs in plants 2005 Schubert A; Lovisolo C.
BIOSUVEG: an innovative biostimulant for tomato 2022 Gresta F, Campo E, Visentin I, Cardinale F, Schubert A
Caracterisation des productions vitivinicoles des terroirs du Barolo (Piemonte, Italie). 2000 M. SOSTER; A. CELLINO; F. SPANNA; M. PIAZZI; I. BONI; F. MANNINI; N. ARGAMANTE; A. SCHUBERT; C. LOVISOLO; M. UBIGLI; V. GERBI; G. ZEPPA; L. ROLLE; M. GILY
Caratterizzazione delle produzioni vitivinicole dell’area del Barolo: un’esperienza pluridisciplinare triennale. (4- Aspetti viticoli). 1998 Mannini F; Schubert A; Lovisolo C; Argamante N.
Changes in ecophysiological performances in grapevines overexpressing the aquaporin VvPIP2;4. 2010 Claudio Lovisolo; Walter Chitarra; Irene Perrone; Giorgio Gambino; Marco Vitali; Ivana Gribaudo; Andrea Schubert
Changes of flavonol and hdroxycinnamate content during grape berry development in three grape cultivars. 2011 Ferrandino A.; Carra A.; Grancini A.; Schubert A.
Characterisation of stress-responsive small RNAs in grapevine 2012 PAGLIARANI C; Vinals N; Incarbone M; Logreco E; Vitali M; Schubert A
Characterization of novel putative MIRNAs differentially modulated by abiotic stress in two grapevine genotypes. 2014 Chiara Pagliarani; Manuela Ferrero; Diana Alberto; Marco Vitali; Claudio Lovisolo; Andrea Schubert