FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3202371949> ?p ?o ?g. }

• W3202371949 endingPage "118" @default.
• W3202371949 startingPage "107" @default.
• W3202371949 abstract "Background and Aims Nebbiolo grapes are used to produce Sfursat wine, following partial dehydration. This research aimed to clarify the influence of fruit exposure to light and postharvest water loss on the concentration of green leaf volatiles (GLVs) and lipoxygenase (LOX) and alcohol dehydrogenase (ADH) activity of grapes. Methods and Results Nebbiolo grapes from Control vines (no defoliation) (ND) and from vines defoliated at fruitset (DFS) or defoliated post-veraison (DPV) were harvested at about 23°Brix and dehydrated at 10 and 20°C, 60% RH and air flow of 1.5 m/s. Berries were sampled at 10 and 20% mass loss (ML). Significant differences in crop yield, bunch mass and berry mass were observed. As expected, the higher the dehydration temperature, the faster the dehydration process: 20% ML at 20°C occurred between 18 and 25 days, the shortest time corresponding to ND and the longest to DFS; at 10°C, the dehydration lasted between 27 and 32 days. At 10°C, the ADH activity was almost double that at 20°C, and in DFS was much higher than in other samples. At harvest, LOX did not show any difference among the samples, while at 10°C and 10% ML, the enzyme activity increased significantly and then declined at 20% ML, especially in defoliated samples. At harvest, the total free GLVs associated with the metabolism of lipid oxidation were 9434, 7212 and 11 656 μg/kg dry weight (DW) in ND, DFS and DPV samples, respectively; the total bound GLVs lipid-derived were 7599, 18 486 and 15 409 μg/kg DW in ND, DFS and DPV samples, respectively. During dehydration at 10°C, the ML induced ADH + LOX activity, especially in defoliated samples, but the bound GLVs, produced by defoliation, greatly decreased. Conclusions Defoliation affected the response of Nebbiolo grapes to dehydration temperature: postharvest cold stress (10°C) and ML induced glycosylation of GLVs, alcohol formation (via ADH) and membrane oxidation (via LOX); a further stress effect was observed with leaf removal, regardless of the time of application. Significance of the Study The timing of defoliation and postharvest dehydration temperature are significant factors to mitigate the postharvest stress response of Nebbiolo grapes." @default.
• W3202371949 created "2021-10-11" @default.
• W3202371949 creator A5013502582 @default.
• W3202371949 creator A5015674734 @default.
• W3202371949 creator A5058687795 @default.
• W3202371949 creator A5072727498 @default.
• W3202371949 creator A5076521424 @default.
• W3202371949 creator A5085884150 @default.
• W3202371949 creator A5088256653 @default.
• W3202371949 date "2021-09-28" @default.
• W3202371949 modified "2023-10-09" @default.
• W3202371949 title "Free and glycosylated green leaf volatiles, lipoxygenase and alcohol dehydrogenase in defoliated Nebbiolo grapes during postharvest dehydration" @default.
• W3202371949 cites W1507629570 @default.
• W3202371949 cites W1975776603 @default.
• W3202371949 cites W1976876943 @default.
• W3202371949 cites W1982107809 @default.
• W3202371949 cites W1983094573 @default.
• W3202371949 cites W1990879720 @default.
• W3202371949 cites W1991489713 @default.
• W3202371949 cites W1995919039 @default.
• W3202371949 cites W1999222693 @default.
• W3202371949 cites W2006107127 @default.
• W3202371949 cites W2011931525 @default.
• W3202371949 cites W2014975241 @default.
• W3202371949 cites W2036345648 @default.
• W3202371949 cites W2042318540 @default.
• W3202371949 cites W2061536159 @default.
• W3202371949 cites W2067887032 @default.
• W3202371949 cites W2072500670 @default.
• W3202371949 cites W2083053818 @default.
• W3202371949 cites W2087505274 @default.
• W3202371949 cites W2098805052 @default.
• W3202371949 cites W2103109012 @default.
• W3202371949 cites W2103552711 @default.
• W3202371949 cites W2119706051 @default.
• W3202371949 cites W2122074467 @default.
• W3202371949 cites W2123713398 @default.
• W3202371949 cites W2140668135 @default.
• W3202371949 cites W2144238457 @default.
• W3202371949 cites W2151905364 @default.
• W3202371949 cites W2168788710 @default.
• W3202371949 cites W2184775409 @default.
• W3202371949 cites W2186007545 @default.
• W3202371949 cites W2201985297 @default.
• W3202371949 cites W2247694197 @default.
• W3202371949 cites W2410203401 @default.
• W3202371949 cites W2416569285 @default.
• W3202371949 cites W2525510440 @default.
• W3202371949 cites W2611490362 @default.
• W3202371949 cites W2726377406 @default.
• W3202371949 cites W2754918699 @default.
• W3202371949 cites W2793799512 @default.
• W3202371949 cites W2797762632 @default.
• W3202371949 cites W2883291266 @default.
• W3202371949 cites W2886234292 @default.
• W3202371949 cites W2921680051 @default.
• W3202371949 cites W2944152277 @default.
• W3202371949 cites W2997723589 @default.
• W3202371949 cites W3009582958 @default.
• W3202371949 cites W3086622741 @default.
• W3202371949 cites W3154053344 @default.
• W3202371949 cites W4242257733 @default.
• W3202371949 cites W4362234548 @default.
• W3202371949 doi "https://doi.org/10.1111/ajgw.12521" @default.
• W3202371949 hasPublicationYear "2021" @default.
• W3202371949 type Work @default.
• W3202371949 sameAs 3202371949 @default.
• W3202371949 citedByCount "8" @default.
• W3202371949 countsByYear W32023719492023 @default.
• W3202371949 crossrefType "journal-article" @default.
• W3202371949 hasAuthorship W3202371949A5013502582 @default.
• W3202371949 hasAuthorship W3202371949A5015674734 @default.
• W3202371949 hasAuthorship W3202371949A5058687795 @default.
• W3202371949 hasAuthorship W3202371949A5072727498 @default.
• W3202371949 hasAuthorship W3202371949A5076521424 @default.
• W3202371949 hasAuthorship W3202371949A5085884150 @default.
• W3202371949 hasAuthorship W3202371949A5088256653 @default.
• W3202371949 hasBestOaLocation W32023719491 @default.
• W3202371949 hasConcept C144027150 @default.
• W3202371949 hasConcept C148518694 @default.
• W3202371949 hasConcept C157670687 @default.
• W3202371949 hasConcept C181199279 @default.
• W3202371949 hasConcept C185592680 @default.
• W3202371949 hasConcept C2776034682 @default.
• W3202371949 hasConcept C2776055928 @default.
• W3202371949 hasConcept C2778769901 @default.
• W3202371949 hasConcept C2780857362 @default.
• W3202371949 hasConcept C31903555 @default.
• W3202371949 hasConcept C46325548 @default.
• W3202371949 hasConcept C55493867 @default.
• W3202371949 hasConcept C59822182 @default.
• W3202371949 hasConcept C86803240 @default.
• W3202371949 hasConceptScore W3202371949C144027150 @default.
• W3202371949 hasConceptScore W3202371949C148518694 @default.
• W3202371949 hasConceptScore W3202371949C157670687 @default.
• W3202371949 hasConceptScore W3202371949C181199279 @default.
• W3202371949 hasConceptScore W3202371949C185592680 @default.
• W3202371949 hasConceptScore W3202371949C2776034682 @default.

• next