FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2125115890> ?p ?o ?g. }

• W2125115890 endingPage "1785" @default.
• W2125115890 startingPage "1769" @default.
• W2125115890 abstract "Vitis vinifera berries are sensitive towards infection by the necrotrophic pathogen Botrytis cinerea, leading to important economic losses worldwide. The combined analysis of the transcriptome and metabolome associated with fungal infection has not been performed previously in grapes or in another fleshy fruit. In an attempt to identify the molecular and metabolic mechanisms associated with the infection, peppercorn-sized fruits were infected in the field. Green and veraison berries were collected following infection for microarray analysis complemented with metabolic profiling of primary and other soluble metabolites and of volatile emissions. The results provided evidence of a reprogramming of carbohydrate and lipid metabolisms towards increased synthesis of secondary metabolites involved in plant defence, such as trans-resveratrol and gallic acid. This response was already activated in infected green berries with the putative involvement of jasmonic acid, ethylene, polyamines, and auxins, whereas salicylic acid did not seem to be involved. Genes encoding WRKY transcription factors, pathogenesis-related proteins, glutathione S-transferase, stilbene synthase, and phenylalanine ammonia-lyase were upregulated in infected berries. However, salicylic acid signalling was activated in healthy ripening berries along with the expression of proteins of the NBS-LRR superfamily and protein kinases, suggesting that the pathogen is able to shut down defences existing in healthy ripening berries. Furthermore, this study provided metabolic biomarkers of infection such as azelaic acid, a substance known to prime plant defence responses, arabitol, ribitol, 4-amino butanoic acid, 1-O-methyl- glucopyranoside, and several fatty acids that alone or in combination can be used to monitor Botrytis infection early in the vineyard." @default.
• W2125115890 created "2016-06-24" @default.
• W2125115890 creator A5003703450 @default.
• W2125115890 creator A5012686917 @default.
• W2125115890 creator A5018211423 @default.
• W2125115890 creator A5022019242 @default.
• W2125115890 creator A5045608907 @default.
• W2125115890 creator A5046545741 @default.
• W2125115890 creator A5047041671 @default.
• W2125115890 creator A5073438755 @default.
• W2125115890 creator A5084997804 @default.
• W2125115890 date "2015-02-11" @default.
• W2125115890 modified "2023-10-18" @default.
• W2125115890 title "Transcriptome and metabolome reprogramming in Vitis vinifera cv. Trincadeira berries upon infection with Botrytis cinerea" @default.
• W2125115890 cites W145473912 @default.
• W2125115890 cites W1480750954 @default.
• W2125115890 cites W1600487128 @default.
• W2125115890 cites W1961065789 @default.
• W2125115890 cites W1966649980 @default.
• W2125115890 cites W1967201435 @default.
• W2125115890 cites W1971668303 @default.
• W2125115890 cites W1973990028 @default.
• W2125115890 cites W1979541371 @default.
• W2125115890 cites W1984289581 @default.
• W2125115890 cites W1984319363 @default.
• W2125115890 cites W1986077070 @default.
• W2125115890 cites W1986784616 @default.
• W2125115890 cites W1989872929 @default.
• W2125115890 cites W2000466778 @default.
• W2125115890 cites W2001347404 @default.
• W2125115890 cites W2001824684 @default.
• W2125115890 cites W2012724341 @default.
• W2125115890 cites W2013065241 @default.
• W2125115890 cites W2013191289 @default.
• W2125115890 cites W2017869480 @default.
• W2125115890 cites W2023056769 @default.
• W2125115890 cites W2025276103 @default.
• W2125115890 cites W2028007988 @default.
• W2125115890 cites W2028254759 @default.
• W2125115890 cites W2028478069 @default.
• W2125115890 cites W2031136928 @default.
• W2125115890 cites W2031967316 @default.
• W2125115890 cites W2033707520 @default.
• W2125115890 cites W2046620091 @default.
• W2125115890 cites W2046800185 @default.
• W2125115890 cites W2047848415 @default.
• W2125115890 cites W2048399991 @default.
• W2125115890 cites W2051866530 @default.
• W2125115890 cites W2059598891 @default.
• W2125115890 cites W2060768279 @default.
• W2125115890 cites W2061117777 @default.
• W2125115890 cites W2066662007 @default.
• W2125115890 cites W2074102636 @default.
• W2125115890 cites W2076280502 @default.
• W2125115890 cites W2077203181 @default.
• W2125115890 cites W2081098333 @default.
• W2125115890 cites W2088359680 @default.
• W2125115890 cites W2089179349 @default.
• W2125115890 cites W2091576238 @default.
• W2125115890 cites W2095765749 @default.
• W2125115890 cites W2095962396 @default.
• W2125115890 cites W2099895293 @default.
• W2125115890 cites W2100441566 @default.
• W2125115890 cites W2100700196 @default.
• W2125115890 cites W2106459539 @default.
• W2125115890 cites W2109972881 @default.
• W2125115890 cites W2110547971 @default.
• W2125115890 cites W2117534309 @default.
• W2125115890 cites W2121711582 @default.
• W2125115890 cites W2122224768 @default.
• W2125115890 cites W2124099741 @default.
• W2125115890 cites W2124388496 @default.
• W2125115890 cites W2129304037 @default.
• W2125115890 cites W2132059918 @default.
• W2125115890 cites W2135552915 @default.
• W2125115890 cites W2135735326 @default.
• W2125115890 cites W2137600345 @default.
• W2125115890 cites W2141807592 @default.
• W2125115890 cites W2146367163 @default.
• W2125115890 cites W2148403253 @default.
• W2125115890 cites W2149095531 @default.
• W2125115890 cites W2151346683 @default.
• W2125115890 cites W2151828225 @default.
• W2125115890 cites W2152002992 @default.
• W2125115890 cites W2152160274 @default.
• W2125115890 cites W2156141258 @default.
• W2125115890 cites W2160921175 @default.
• W2125115890 cites W2166424799 @default.
• W2125115890 cites W2168617775 @default.
• W2125115890 cites W2169929045 @default.
• W2125115890 cites W2746062998 @default.
• W2125115890 cites W45534775 @default.
• W2125115890 doi "https://doi.org/10.1093/jxb/eru517" @default.
• W2125115890 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4669548" @default.
• W2125115890 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25675955" @default.
• W2125115890 hasPublicationYear "2015" @default.
• W2125115890 type Work @default.
• W2125115890 sameAs 2125115890 @default.

• next