A tomato introgression line population that combines single chromosomal segments introgressed from the wild, green fruited species Solanum pennelli in the background of the domesticated tomato, S. lycopersicum cv. M82, was used in this study. Results shed light both on the metal accumulation of ILs tomato plants and on theirs ionome modifications.
Ionome variations in tomato Introgressed Lines (Solanum Pennellii x S. Lycopersicum cv. M82) following metal treatements shed new light on food health / Ruotolo, G.; DE BIASI, MARGHERITA-GABRIELLA; Chiaiese, Pasquale; Marino, Marina; Di Palma, A.; Palomba, Francesca; Lanzillo, C.; Salluzzo, A.; Filippone, Edgardo. - ELETTRONICO. - (2012), pp. 6.23-6.23. (Intervento presentato al convegno 56th Italian Society of Agricultural Genetics tenutosi a Perugia nel 17-20 Settembre 2012).
Ionome variations in tomato Introgressed Lines (Solanum Pennellii x S. Lycopersicum cv. M82) following metal treatements shed new light on food health.
DE BIASI, MARGHERITA-GABRIELLA;CHIAIESE, Pasquale;MARINO, MARINA;PALOMBA, FRANCESCA;FILIPPONE, EDGARDO
2012
Abstract
A tomato introgression line population that combines single chromosomal segments introgressed from the wild, green fruited species Solanum pennelli in the background of the domesticated tomato, S. lycopersicum cv. M82, was used in this study. Results shed light both on the metal accumulation of ILs tomato plants and on theirs ionome modifications.| File | Dimensione | Formato | |
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