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- W4301396710 abstract "Peaches and nectarines are temperate climate stone fruits, which should be stored at 0°C to prevent the ripening of these climacteric fruits. However, if stored for too long or if stored at a higher temperature (4 or 5°C), they develop chilling injury. Chilling injury damage includes (1) dry, mealy, wooly (lack of juice) fruits, (2) hard-textured fruits with no juice (leatheriness), (3) flesh browning, and (4) flesh bleeding or internal reddening. There are genetic components to these disorders in that early season fruits are generally more resistant than late season fruits, and white-fleshed fruits are more susceptible to internal browning than yellow-fleshed fruits. A recent review covered the recent research in genomic and transcriptomic studies, and this review examines findings from proteomic and metabolomics studies. Proteomic studies found that the ethylene synthesis proteins are decreased in cold compromised fruits, and this affects the processes initiated by ethylene including cell wall and volatile changes. Enzymes in metabolic pathways were both higher and lower in abundance in CI fruits, an indication of an imbalance in energy production. Stress proteins increased in both fruits with or without CI, but were higher in damaged fruits. Metabolomics showed the role of levels of sugars, sucrose, raffinose, galactinol, and glucose-6-phosphate in protection against chilling injury, along with other membrane stabilizers such as polyamines. Amino acid changes were inconsistent among the studies. Lipid species changes during storage could be correlated with sensitivity or resistance to CI, but more studies are needed." @default.
- W4301396710 created "2022-10-05" @default.
- W4301396710 creator A5083992640 @default.
- W4301396710 date "2022-10-04" @default.
- W4301396710 modified "2023-09-30" @default.
- W4301396710 title "Proteomic and metabolomic studies on chilling injury in peach and nectarine" @default.
- W4301396710 cites W1597678601 @default.
- W4301396710 cites W1659776035 @default.
- W4301396710 cites W1893956418 @default.
- W4301396710 cites W1896611560 @default.
- W4301396710 cites W1903798378 @default.
- W4301396710 cites W1971156841 @default.
- W4301396710 cites W1973906825 @default.
- W4301396710 cites W1975944769 @default.
- W4301396710 cites W1976939018 @default.
- W4301396710 cites W1979555257 @default.
- W4301396710 cites W1985970940 @default.
- W4301396710 cites W1988257469 @default.
- W4301396710 cites W1997062226 @default.
- W4301396710 cites W2006034247 @default.
- W4301396710 cites W2011035705 @default.
- W4301396710 cites W2011108029 @default.
- W4301396710 cites W2026318824 @default.
- W4301396710 cites W2028283237 @default.
- W4301396710 cites W2030414352 @default.
- W4301396710 cites W2035019656 @default.
- W4301396710 cites W2049590190 @default.
- W4301396710 cites W2058060770 @default.
- W4301396710 cites W2064200642 @default.
- W4301396710 cites W2067371713 @default.
- W4301396710 cites W2080712805 @default.
- W4301396710 cites W2082638413 @default.
- W4301396710 cites W2084510322 @default.
- W4301396710 cites W2086220792 @default.
- W4301396710 cites W2087975443 @default.
- W4301396710 cites W2088944177 @default.
- W4301396710 cites W2090974836 @default.
- W4301396710 cites W2091910674 @default.
- W4301396710 cites W2094734146 @default.
- W4301396710 cites W2098485440 @default.
- W4301396710 cites W2103082400 @default.
- W4301396710 cites W2104695009 @default.
- W4301396710 cites W2113162555 @default.
- W4301396710 cites W2114397608 @default.
- W4301396710 cites W2138990983 @default.
- W4301396710 cites W2145050311 @default.
- W4301396710 cites W2146810599 @default.
- W4301396710 cites W2148737870 @default.
- W4301396710 cites W2153909399 @default.
- W4301396710 cites W2166998713 @default.
- W4301396710 cites W2168683949 @default.
- W4301396710 cites W2202128469 @default.
- W4301396710 cites W2208675726 @default.
- W4301396710 cites W226877569 @default.
- W4301396710 cites W2304140002 @default.
- W4301396710 cites W2413026548 @default.
- W4301396710 cites W2414209738 @default.
- W4301396710 cites W2435452871 @default.
- W4301396710 cites W2526880919 @default.
- W4301396710 cites W2528816476 @default.
- W4301396710 cites W2599523975 @default.
- W4301396710 cites W2744397259 @default.
- W4301396710 cites W2750822643 @default.
- W4301396710 cites W2763606836 @default.
- W4301396710 cites W2765754420 @default.
- W4301396710 cites W2783620160 @default.
- W4301396710 cites W2800407097 @default.
- W4301396710 cites W2802060062 @default.
- W4301396710 cites W2804874894 @default.
- W4301396710 cites W2808758754 @default.
- W4301396710 cites W2888079468 @default.
- W4301396710 cites W2913144435 @default.
- W4301396710 cites W2917256625 @default.
- W4301396710 cites W2936995946 @default.
- W4301396710 cites W2941194603 @default.
- W4301396710 cites W2957146140 @default.
- W4301396710 cites W2968043244 @default.
- W4301396710 cites W2983563657 @default.
- W4301396710 cites W2994965649 @default.
- W4301396710 cites W2998438000 @default.
- W4301396710 cites W3000333823 @default.
- W4301396710 cites W3006979917 @default.
- W4301396710 cites W3011054315 @default.
- W4301396710 cites W3016317892 @default.
- W4301396710 cites W3083061460 @default.
- W4301396710 cites W3083202202 @default.
- W4301396710 cites W3115712152 @default.
- W4301396710 cites W3153860067 @default.
- W4301396710 cites W3165594710 @default.
- W4301396710 cites W4206553455 @default.
- W4301396710 cites W61152205 @default.
- W4301396710 cites W2980848165 @default.
- W4301396710 doi "https://doi.org/10.3389/fpls.2022.958312" @default.
- W4301396710 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36267944" @default.
- W4301396710 hasPublicationYear "2022" @default.
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