FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1723083414> ?p ?o ?g. }

• W1723083414 endingPage "1180" @default.
• W1723083414 startingPage "1167" @default.
• W1723083414 abstract "Mature grapevine berries at the harvesting stage (MB) are very susceptible to the gray mold fungus Botrytis cinerea, while veraison berries (VB) are not. We conducted simultaneous microscopic and transcriptomic analyses of the pathogen and the host to investigate the infection process developed by B. cinerea on MB versus VB, and the plant defense mechanisms deployed to stop the fungus spreading. On the pathogen side, our genome-wide transcriptomic data revealed that B. cinerea genes upregulated during infection of MB are enriched in functional categories related to necrotrophy, such as degradation of the plant cell wall, proteolysis, membrane transport, reactive oxygen species (ROS) generation, and detoxification. Quantitative-polymerase chain reaction on a set of representative genes related to virulence and microscopic observations further demonstrated that the infection is also initiated on VB but is stopped at the penetration stage. On the plant side, genome-wide transcriptomic analysis and metabolic data revealed a defense pathway switch during berry ripening. In response to B. cinerea inoculation, VB activated a burst of ROS, the salicylate-dependent defense pathway, the synthesis of the resveratrol phytoalexin, and cell-wall strengthening. On the contrary, in infected MB, the jasmonate-dependent pathway was activated, which did not stop the fungal necrotrophic process." @default.
• W1723083414 created "2016-06-24" @default.
• W1723083414 creator A5001144818 @default.
• W1723083414 creator A5002145534 @default.
• W1723083414 creator A5004325428 @default.
• W1723083414 creator A5016687960 @default.
• W1723083414 creator A5030053996 @default.
• W1723083414 creator A5036573514 @default.
• W1723083414 creator A5037760639 @default.
• W1723083414 creator A5046674673 @default.
• W1723083414 creator A5047266111 @default.
• W1723083414 creator A5048185021 @default.
• W1723083414 creator A5050299840 @default.
• W1723083414 creator A5051025139 @default.
• W1723083414 creator A5051732055 @default.
• W1723083414 creator A5053291544 @default.
• W1723083414 creator A5064943358 @default.
• W1723083414 creator A5066231561 @default.
• W1723083414 creator A5066708006 @default.
• W1723083414 creator A5068336660 @default.
• W1723083414 creator A5071207730 @default.
• W1723083414 creator A5077251700 @default.
• W1723083414 creator A5080339857 @default.
• W1723083414 creator A5086199215 @default.
• W1723083414 creator A5089983518 @default.
• W1723083414 creator A5090010483 @default.
• W1723083414 creator A5090017846 @default.
• W1723083414 date "2015-11-01" @default.
• W1723083414 modified "2023-10-17" @default.
• W1723083414 title "Analysis of the Molecular Dialogue Between Gray Mold (<i>Botrytis cinerea</i>) and Grapevine (<i>Vitis vinifera</i>) Reveals a Clear Shift in Defense Mechanisms During Berry Ripening" @default.
• W1723083414 cites W1481836826 @default.
• W1723083414 cites W1516095885 @default.
• W1723083414 cites W1543968842 @default.
• W1723083414 cites W1565054751 @default.
• W1723083414 cites W1586181119 @default.
• W1723083414 cites W1884528635 @default.
• W1723083414 cites W1920908115 @default.
• W1723083414 cites W1921245392 @default.
• W1723083414 cites W1934545207 @default.
• W1723083414 cites W1968868743 @default.
• W1723083414 cites W1970855639 @default.
• W1723083414 cites W1973273549 @default.
• W1723083414 cites W1974624556 @default.
• W1723083414 cites W1975556329 @default.
• W1723083414 cites W1978979107 @default.
• W1723083414 cites W1983238720 @default.
• W1723083414 cites W1984444442 @default.
• W1723083414 cites W1984668713 @default.
• W1723083414 cites W1992512552 @default.
• W1723083414 cites W1994145712 @default.
• W1723083414 cites W2000418547 @default.
• W1723083414 cites W2002306270 @default.
• W1723083414 cites W2005626721 @default.
• W1723083414 cites W2006380500 @default.
• W1723083414 cites W2007358741 @default.
• W1723083414 cites W2010912609 @default.
• W1723083414 cites W2011485738 @default.
• W1723083414 cites W2014144934 @default.
• W1723083414 cites W2019873749 @default.
• W1723083414 cites W2021559971 @default.
• W1723083414 cites W2025404386 @default.
• W1723083414 cites W2028007988 @default.
• W1723083414 cites W2031967316 @default.
• W1723083414 cites W2033149045 @default.
• W1723083414 cites W2033636157 @default.
• W1723083414 cites W2033707520 @default.
• W1723083414 cites W2044610472 @default.
• W1723083414 cites W2049862239 @default.
• W1723083414 cites W2055505299 @default.
• W1723083414 cites W2058406327 @default.
• W1723083414 cites W2059971395 @default.
• W1723083414 cites W2059977778 @default.
• W1723083414 cites W2061117777 @default.
• W1723083414 cites W2062529977 @default.
• W1723083414 cites W2067431766 @default.
• W1723083414 cites W2070786666 @default.
• W1723083414 cites W2071647949 @default.
• W1723083414 cites W2072489175 @default.
• W1723083414 cites W2073585538 @default.
• W1723083414 cites W2073737539 @default.
• W1723083414 cites W2076787581 @default.
• W1723083414 cites W2084190704 @default.
• W1723083414 cites W2084413935 @default.
• W1723083414 cites W2086869971 @default.
• W1723083414 cites W2088189594 @default.
• W1723083414 cites W2092392048 @default.
• W1723083414 cites W2093106969 @default.
• W1723083414 cites W2096286551 @default.
• W1723083414 cites W2099110887 @default.
• W1723083414 cites W2100441566 @default.
• W1723083414 cites W2101242188 @default.
• W1723083414 cites W2102187892 @default.
• W1723083414 cites W2105846423 @default.
• W1723083414 cites W2108292211 @default.
• W1723083414 cites W2108929776 @default.
• W1723083414 cites W2110777390 @default.
• W1723083414 cites W2114544212 @default.
• W1723083414 cites W2114756078 @default.

• next