FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2462828298> ?p ?o ?g. }

• W2462828298 endingPage "1205" @default.
• W2462828298 startingPage "1194" @default.
• W2462828298 abstract "South Africa is one of the leading maize-producing countries in sub-Saharan Africa. Since the 1980s, Cercospora zeina, a causal agent of gray leaf spot of maize, has become endemic in South Africa, and is responsible for substantial yield reductions. To assess genetic diversity and population structure of C. zeina in South Africa, 369 isolates were collected from commercial maize farms in three provinces (KwaZulu-Natal, Mpumalanga, and North West). These isolates were evaluated with 14 microsatellite markers and species-specific mating type markers that were designed from draft genome sequences of C. zeina isolates from Africa (CMW 25467) and the United States (USPA-4). Sixty alleles were identified across 14 loci, and gene diversity values within each province ranged from 0.18 to 0.35. High levels of gene flow were observed (Nm = 5.51), and in a few cases, identical multilocus haplotypes were found in different provinces. Overall, 242 unique multilocus haplotypes were identified with a low clonal fraction of 34%. No distinct population clusters were identified using STRUCTURE, principal coordinate analysis, or Weir’s theta θ statistic. The lack of population differentiation was supported by analysis of molecular variance tests, which indicated that only 2% of the variation was attributed to variability between populations from each province. Mating type ratios of MAT1-1 and MAT1-2 idiomorphs from 335 isolates were not significantly different from a 1:1 ratio in all provinces, which provided evidence for sexual reproduction. The draft genome of C. zeina CMW 25467 exhibited a complete genomic copy of the MAT1-1 idiomorph as well as exonic fragments of MAT genes from both idiomorphs. The high level of gene diversity, shared haplotypes at different geographical locations within South Africa, and presence of both MAT idiomorphs at all sites indicates widespread dispersal of C. zeina between maize fields in the country as well as evidence for sexual recombination. The outcomes of this genome-enabled study are important for disease management since the high diversity has implications for dispersal of fungicide resistance should it emerge and the need for diversified resistance breeding." @default.
• W2462828298 created "2016-07-22" @default.
• W2462828298 creator A5006571544 @default.
• W2462828298 creator A5013814645 @default.
• W2462828298 creator A5018851444 @default.
• W2462828298 creator A5044749185 @default.
• W2462828298 creator A5053967418 @default.
• W2462828298 creator A5054732156 @default.
• W2462828298 creator A5058490973 @default.
• W2462828298 creator A5080182954 @default.
• W2462828298 date "2016-10-01" @default.
• W2462828298 modified "2023-10-10" @default.
• W2462828298 title "<i>Cercospora zeina</i> from Maize in South Africa Exhibits High Genetic Diversity and Lack of Regional Population Differentiation" @default.
• W2462828298 cites W1526224344 @default.
• W2462828298 cites W1812582463 @default.
• W2462828298 cites W1974392651 @default.
• W2462828298 cites W1982826408 @default.
• W2462828298 cites W1987934716 @default.
• W2462828298 cites W1998019829 @default.
• W2462828298 cites W1998880097 @default.
• W2462828298 cites W2002562688 @default.
• W2462828298 cites W2003512348 @default.
• W2462828298 cites W2016603972 @default.
• W2462828298 cites W2017223989 @default.
• W2462828298 cites W2018105531 @default.
• W2462828298 cites W2018450300 @default.
• W2462828298 cites W2019504340 @default.
• W2462828298 cites W2026129783 @default.
• W2462828298 cites W2035839217 @default.
• W2462828298 cites W2036847230 @default.
• W2462828298 cites W2044560904 @default.
• W2462828298 cites W2047506811 @default.
• W2462828298 cites W2052550780 @default.
• W2462828298 cites W2055072770 @default.
• W2462828298 cites W2059265911 @default.
• W2462828298 cites W2066106335 @default.
• W2462828298 cites W2077199897 @default.
• W2462828298 cites W2085731107 @default.
• W2462828298 cites W2092250443 @default.
• W2462828298 cites W2098690579 @default.
• W2462828298 cites W2101548835 @default.
• W2462828298 cites W2104767862 @default.
• W2462828298 cites W2104843935 @default.
• W2462828298 cites W2104923186 @default.
• W2462828298 cites W2115227548 @default.
• W2462828298 cites W2116422623 @default.
• W2462828298 cites W2127396309 @default.
• W2462828298 cites W2129034413 @default.
• W2462828298 cites W2129744420 @default.
• W2462828298 cites W2131271579 @default.
• W2462828298 cites W2133614285 @default.
• W2462828298 cites W2138934717 @default.
• W2462828298 cites W2140083627 @default.
• W2462828298 cites W2142644281 @default.
• W2462828298 cites W2144924760 @default.
• W2462828298 cites W2147299002 @default.
• W2462828298 cites W2150884512 @default.
• W2462828298 cites W2152207030 @default.
• W2462828298 cites W2153372157 @default.
• W2462828298 cites W2157667924 @default.
• W2462828298 cites W2158148243 @default.
• W2462828298 cites W2158489424 @default.
• W2462828298 cites W2160055026 @default.
• W2462828298 cites W2160969485 @default.
• W2462828298 cites W2161339576 @default.
• W2462828298 cites W2164322084 @default.
• W2462828298 cites W2167198817 @default.
• W2462828298 cites W2168564306 @default.
• W2462828298 cites W2171067450 @default.
• W2462828298 cites W2171178153 @default.
• W2462828298 cites W2464802198 @default.
• W2462828298 doi "https://doi.org/10.1094/phyto-02-16-0084-fi" @default.
• W2462828298 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27392176" @default.
• W2462828298 hasPublicationYear "2016" @default.
• W2462828298 type Work @default.
• W2462828298 sameAs 2462828298 @default.
• W2462828298 citedByCount "11" @default.
• W2462828298 countsByYear W24628282982016 @default.
• W2462828298 countsByYear W24628282982017 @default.
• W2462828298 countsByYear W24628282982018 @default.
• W2462828298 countsByYear W24628282982019 @default.
• W2462828298 countsByYear W24628282982020 @default.
• W2462828298 countsByYear W24628282982021 @default.
• W2462828298 countsByYear W24628282982022 @default.
• W2462828298 crossrefType "journal-article" @default.
• W2462828298 hasAuthorship W2462828298A5006571544 @default.
• W2462828298 hasAuthorship W2462828298A5013814645 @default.
• W2462828298 hasAuthorship W2462828298A5018851444 @default.
• W2462828298 hasAuthorship W2462828298A5044749185 @default.
• W2462828298 hasAuthorship W2462828298A5053967418 @default.
• W2462828298 hasAuthorship W2462828298A5054732156 @default.
• W2462828298 hasAuthorship W2462828298A5058490973 @default.
• W2462828298 hasAuthorship W2462828298A5080182954 @default.
• W2462828298 hasBestOaLocation W24628282981 @default.
• W2462828298 hasConcept C104317684 @default.
• W2462828298 hasConcept C107023163 @default.
• W2462828298 hasConcept C144024400 @default.
• W2462828298 hasConcept C149923435 @default.

• next