POSTER COMMUNICATIONS
7.09
The florigen-activated gene OsMAIL1 determines stigma number in rice florets
Mineri L., Sergi E., Morandini P., Bono G.A., Vicentini G., Colleoni P.E., Fornara F., Brambilla V.
7.10
A transcription factor coordinating flowering and stem elongation in O. sativa
Bertagnon G., Vicentini G., Brambilla V., Fornara F.
7.11
Editing of the durum wheat PDIL5-1 gene to increase resistance to soil-borne bymoviruses
Mallardi A., Liberatore C., Baldoni E., Ceriotti A., Lauria M.
7.12
The redundancy paradox: uncovering the mechanisms of paralogous compensation in the maize meristem
Iohannes S.D., Jackson D.
7.13
Genome editing in alfalfa by intron targeting using CRISPR-Cas9
Bellucci M., De Marchis F., Nicolia A., Piras C., Santoro D.F., Anderson A.W., Micheli M., Rosellini D.
7.14
Evolution of tissue culture on Cannabis sativa through the use of assisted technologies: a promising approach for the development of agricultural biotechnologies
Paganelli S., Macchia F.P., Fulvio F., Bassolino L., Terracciano I., Righetti L., Pecchioni N., Paris R.
7.15
Genome-edited N. benthamiana plants accumulating zeaxanthin for the production of saffron crocins
Sulli M., Demurtas O.C., Ferrante P., Dall’Osto L., Guardini Z., Mini P., Aprea G., Nicolia A., Martí M., Aragonès V., Bassi R., Daròs J.-A., Giuliano G.
7.16
Targeting tomato fruit allergens with CRISPR/Cas9 technology
Dellino M., Presa S., Orzaez D., Montemurro C., De Giovanni C., Miazzi M.M., Fiore A., Diretto G., Sevi F., Granell A.
7.17
Implementation of precision breeding strategies for male sterility induction in Solanaceae model species
Farinati S., Soria Garcia A.F., Betto A., Palumbo F., Vannozzi A., Barcaccia G.
7.18
Approaches to improve firmness in tomato landraces by genome editing
Fumelli L., Dono G., Diomaiuti A., Mazzucato A.
7.19
High pigment-2 CRISPR/Cas9 edited tomato lines obtained in different genetic backgrounds
Scarano A., D’Orso F., Basso M.F., Santino A., Picarella M.E., Mazzucato A., Dono G.
7.20
Investigating the role of an ERF transcription factor in mediating stress response and tomato fruit ripening and quality
Pane M., Castaldo C., Gentile D., Molisso M., Gianoglio S., Comino C., Moglia A., Ercolano M.R., Di Matteo A.
7.21
Vitamin D biofortification in Solanaceous species by using CRISPR/Cas9-mediated genome editing
Scarano A., Li J., D’Orso F., Santino A., Martin C.
7.22
Biofortification of tomato using genome editing
Iovieno P., Capuana M., Scarano A., Santino A., Basso M.F., Martinelli F.
7.23
Stress tolerance in eggplant: can Downy mildew resistance 6 (DMR6) play a role?
Ferrero M., Valentino D., Comino C., Lanteri S., Acquadro A., Moglia A.
7.24
Setting up of Virus-Induced Genome Editing (VIGE) protocol in eggplant
Maioli A., Nagalakshmi U., Dinesh-Kumar S., Moglia A.
7.25
Unveiling the role of CRISPR/Cas9-generated MDHARs mutants in Lactuca sativa
Rogo U., Viviani A., Pugliesi C., Fambrini M., Mascagni F., Cavallini A., Natali L., Michelmore R.W., Giordani T.
7.26
Comparative analysis of stable genetic transformation methods for knocking out VviAGL11 in ‘microvine’ grapevine cultivar
Bellon O., Bertini E., Forleo L.R., D’Amico M., Cardone M.F., Bergamini C., Zenoni S., Amato A.
7.27
Application of CRISPR-cas9 system in grapevine (V. vinifera L.) and improvements in plant regeneration process
Zattoni S., Zenoni S., Bertini E., D’Inca E., Sena G., Salvalaio M.
7.28
Plant regeneration from somatic embryogenesis and protoplast isolation of two Veneto region grapevine cultivars: Corvina Veronese and Garganega
Ciffolillo C., Bertini E.., Zattoni S., Lissandini S., Tornielli G.B., Polverari A., Zenoni S.
7.29
Sustainable viticulture: different strategies to enhance the resistance of the vine to the main fungal diseases on Sicilian cultivars
Poles L., Ereddia V., Salonia F., Sparacio A., Nicolosi E., Distefano G., La Malfa S., Gentile A.
7.30
Improve apple scab resistance via cisgenic approach
Baldi P., Yousaf A., Piazza S., Nicolussi Golo G., Gualandri V., Matteo K., Patocchi A., Malnoy M.
7.31
Advancements in the use of New Breeding Technologies to improve citrus fruit quality, reduce the flowering period and introduce the resistance to plant diseases
Licciardello C., Ciacciulli A.