| Title | Evaluation of tomato introgression lines diversified for peel color as a source of functional biocompounds and biomass for energy recovery |
|---|---|
| ID_Doc | 25562 |
| Authors | Santangelo, E; Carnevale, M; Migliori, CA; Picarella, ME; Dono, G; Mazzucato, A; Gallucci, F |
| Title | Evaluation of tomato introgression lines diversified for peel color as a source of functional biocompounds and biomass for energy recovery |
| Year | 2020 |
| Published | |
| Abstract | Aim of the work was to characterize the peels of novel tomato lines (with red, orange, pink, black-red, and dark red fruit) for the content of bioactive substances and for some parameters linked to no-food use. Chlorophyll, polyphenols, and carotenoid content, energy value, theoretical biochemical methane potential (TBMP) through stochiometric method were evaluated. The peel color mirrored a different content of the bioactive substances: the dark-red fruits showed a significant increase of the carotenoid content, while the peel of the black-red fruits had the highest values of polyphenols. The preferential accumulation of functional compounds influenced the values of the other parameters. The colored lines compared to the red-fruited control (C) contained less carbon and hydrogen mass fractions and, subsequently, a lower LHV. This, in turn, led to a substantial difference in the estimation of the TBMP. Interestingly, this production was higher in the highly pigmented line, which contained a gene present in some high-lycopene commercial varieties. A circular production model for exhaustive use of peel is proposed. |
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