FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2511965362> ?p ?o ?g. }

• W2511965362 endingPage "2421" @default.
• W2511965362 startingPage "2414" @default.
• W2511965362 abstract "During the early summer of 2012 and 2013, samples of gray mold were collected from greenhouse tomato at eight locations in Hubei Province, and 221 isolates of Botrytis cinerea were obtained and evaluated for the sensitivity to fungicides carbendazim, diethofencarb, boscalid, fludioxonil, and cyprodinil. Results showed that isolates with resistance to carbendazim and cyprodinil were widespread, whereas isolates with resistance to carbendazim and diethofencarb were found at only two locations. No isolates with resistance to boscalid or fludioxonil were detected. Altogether, four resistant phenotypes were determined (i.e., Car R Die S Cyp S , Car R Die R Cyp S , Car R Die S Cyp R , and Car R Die R Cyp R ). Among them, Car R Die S Cyp S and Car R Die S Cyp R were widely distributed, and there was a dominant resistant phenotype at each location. Interestingly, isolates resistant only to cyprodinil were not obtained because the resistance to cyprodinil was always associated with the resistance to carbendazim, demonstrating that a phenotype of multiple fungicide resistance of B. cinerea was more likely to have evolved from previously resistant subpopulations. Stability of resistance to carbendazim, diethofencarb, and cyprodinil was assessed, and the resistance was stable. Fitness tests showed that, as a group, the carbendazim-resistant isolates were not significantly different from sensitive isolates. However, the mycelial growth and virulence of the carbendazim, diethofencarb, and cyprodinil triple-resistant group were significantly lower than the sensitive group, indicating that the triple-resistant isolates suffered from the disability of colonizing the hosts. It should be noted that there was no significant difference for other fitness components (e.g., sporulation or osmotic sensitivity to NaCl), suggesting that the triple-resistant isolates were still competitive in these traits. To investigate the mechanisms of resistance to carbendazim and diethofencarb, partial β-tubulin genes of 10 carbendazim-resistant isolates and 5 isolates resistant to carbendazim and diethofencarb were sequenced, and all 10 carbendazim-resistant isolates harbored the mutation E198V or E198A. For the 5 isolates resistant to carbendazim and diethofencarb, all of them possessed the mutation E198K, and no other mutations were detected. The location-specific resistance profiles found in this study are crucial in designing proper gray mold management strategies in these areas." @default.
• W2511965362 created "2016-09-16" @default.
• W2511965362 creator A5001714759 @default.
• W2511965362 creator A5013170436 @default.
• W2511965362 creator A5024778178 @default.
• W2511965362 creator A5042551529 @default.
• W2511965362 date "2016-12-01" @default.
• W2511965362 modified "2023-10-13" @default.
• W2511965362 title "Occurrence of Fungicide Resistance in <i>Botrytis cinerea</i> from Greenhouse Tomato in Hubei Province, China" @default.
• W2511965362 cites W1880165456 @default.
• W2511965362 cites W1964022577 @default.
• W2511965362 cites W1966009768 @default.
• W2511965362 cites W1966170597 @default.
• W2511965362 cites W1966267494 @default.
• W2511965362 cites W1966568994 @default.
• W2511965362 cites W1969867826 @default.
• W2511965362 cites W1971417891 @default.
• W2511965362 cites W1981349806 @default.
• W2511965362 cites W1993551198 @default.
• W2511965362 cites W1996598074 @default.
• W2511965362 cites W1999648721 @default.
• W2511965362 cites W2004201932 @default.
• W2511965362 cites W2006712786 @default.
• W2511965362 cites W2015043687 @default.
• W2511965362 cites W2021936572 @default.
• W2511965362 cites W2030721380 @default.
• W2511965362 cites W2031387894 @default.
• W2511965362 cites W2034322735 @default.
• W2511965362 cites W2048599764 @default.
• W2511965362 cites W2051129015 @default.
• W2511965362 cites W2055072453 @default.
• W2511965362 cites W2074850976 @default.
• W2511965362 cites W2075749533 @default.
• W2511965362 cites W2079076133 @default.
• W2511965362 cites W2082643894 @default.
• W2511965362 cites W2083563441 @default.
• W2511965362 cites W2091161477 @default.
• W2511965362 cites W2092069131 @default.
• W2511965362 cites W2095200104 @default.
• W2511965362 cites W2104042158 @default.
• W2511965362 cites W2106329785 @default.
• W2511965362 cites W2113762600 @default.
• W2511965362 cites W2116901274 @default.
• W2511965362 cites W2123269053 @default.
• W2511965362 cites W2135582898 @default.
• W2511965362 cites W2135730631 @default.
• W2511965362 cites W2141114413 @default.
• W2511965362 cites W2149052750 @default.
• W2511965362 cites W2155749802 @default.
• W2511965362 cites W2170059214 @default.
• W2511965362 doi "https://doi.org/10.1094/pdis-03-16-0395-re" @default.
• W2511965362 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30686177" @default.
• W2511965362 hasPublicationYear "2016" @default.
• W2511965362 type Work @default.
• W2511965362 sameAs 2511965362 @default.
• W2511965362 citedByCount "26" @default.
• W2511965362 countsByYear W25119653622018 @default.
• W2511965362 countsByYear W25119653622019 @default.
• W2511965362 countsByYear W25119653622020 @default.
• W2511965362 countsByYear W25119653622021 @default.
• W2511965362 countsByYear W25119653622022 @default.
• W2511965362 countsByYear W25119653622023 @default.
• W2511965362 crossrefType "journal-article" @default.
• W2511965362 hasAuthorship W2511965362A5001714759 @default.
• W2511965362 hasAuthorship W2511965362A5013170436 @default.
• W2511965362 hasAuthorship W2511965362A5024778178 @default.
• W2511965362 hasAuthorship W2511965362A5042551529 @default.
• W2511965362 hasBestOaLocation W25119653621 @default.
• W2511965362 hasConcept C144027150 @default.
• W2511965362 hasConcept C2775867217 @default.
• W2511965362 hasConcept C2777588181 @default.
• W2511965362 hasConcept C2778407277 @default.
• W2511965362 hasConcept C2779597892 @default.
• W2511965362 hasConcept C74600772 @default.
• W2511965362 hasConcept C86803240 @default.
• W2511965362 hasConceptScore W2511965362C144027150 @default.
• W2511965362 hasConceptScore W2511965362C2775867217 @default.
• W2511965362 hasConceptScore W2511965362C2777588181 @default.
• W2511965362 hasConceptScore W2511965362C2778407277 @default.
• W2511965362 hasConceptScore W2511965362C2779597892 @default.
• W2511965362 hasConceptScore W2511965362C74600772 @default.
• W2511965362 hasConceptScore W2511965362C86803240 @default.
• W2511965362 hasIssue "12" @default.
• W2511965362 hasLocation W25119653621 @default.
• W2511965362 hasLocation W25119653622 @default.
• W2511965362 hasOpenAccess W2511965362 @default.
• W2511965362 hasPrimaryLocation W25119653621 @default.
• W2511965362 hasRelatedWork W1980162952 @default.
• W2511965362 hasRelatedWork W1991276591 @default.
• W2511965362 hasRelatedWork W1994349762 @default.
• W2511965362 hasRelatedWork W2021813138 @default.
• W2511965362 hasRelatedWork W2063929573 @default.
• W2511965362 hasRelatedWork W2372392277 @default.
• W2511965362 hasRelatedWork W2382497007 @default.
• W2511965362 hasRelatedWork W2809225958 @default.
• W2511965362 hasRelatedWork W2087116076 @default.
• W2511965362 hasRelatedWork W3043020663 @default.
• W2511965362 hasVolume "100" @default.

• next