Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204176321> ?p ?o ?g. }
- W3204176321 endingPage "5359" @default.
- W3204176321 startingPage "5343" @default.
- W3204176321 abstract "Genomic-based epidemiology can provide insight into the origins and spread of herbicide resistance mechanisms in weeds. We used kochia (Bassia scoparia) populations resistant to the herbicide glyphosate from across western North America to test the alternative hypotheses that (i) a single EPSPS gene duplication event occurred initially in the Central Great Plains and then subsequently spread to all other geographical areas now exhibiting glyphosate-resistant kochia populations or that (ii) gene duplication occurred multiple times in independent events in a case of parallel evolution. We used qPCR markers previously developed for measuring the structure of the EPSPS tandem duplication to investigate whether all glyphosate-resistant individuals had the same EPSPS repeat structure. We also investigated population structure using simple sequence repeat markers to determine the relatedness of kochia populations from across the Central Great Plains, Northern Plains and the Pacific Northwest. We found that the original EPSPS duplication genotype was predominant in the Central Great Plains where glyphosate resistance was first reported. We identified two additional EPSPS duplication genotypes, one having geographical associations with the Northern Plains and the other with the Pacific Northwest. The EPSPS duplication genotype from the Pacific Northwest seems likely to represent a second, independent evolutionary origin of a resistance allele. We found evidence of gene flow across populations and a general lack of population structure. The results support at least two independent evolutionary origins of glyphosate resistance in kochia, followed by substantial and mostly geographically localized gene flow to spread the resistance alleles into diverse genetic backgrounds." @default.
- W3204176321 created "2021-10-11" @default.
- W3204176321 creator A5000683473 @default.
- W3204176321 creator A5001272783 @default.
- W3204176321 creator A5003011872 @default.
- W3204176321 creator A5007248765 @default.
- W3204176321 creator A5017718430 @default.
- W3204176321 creator A5022834940 @default.
- W3204176321 creator A5023985621 @default.
- W3204176321 creator A5033787462 @default.
- W3204176321 creator A5036724519 @default.
- W3204176321 creator A5037906125 @default.
- W3204176321 creator A5040758372 @default.
- W3204176321 creator A5046055504 @default.
- W3204176321 creator A5061335139 @default.
- W3204176321 creator A5079085389 @default.
- W3204176321 creator A5088506144 @default.
- W3204176321 creator A5090353321 @default.
- W3204176321 date "2021-10-21" @default.
- W3204176321 modified "2023-10-11" @default.
- W3204176321 title "Genomic‐based epidemiology reveals independent origins and gene flow of glyphosate resistance in <i>Bassia scoparia</i> populations across North America" @default.
- W3204176321 cites W1536142406 @default.
- W3204176321 cites W1733929839 @default.
- W3204176321 cites W1891636177 @default.
- W3204176321 cites W1967575896 @default.
- W3204176321 cites W1994928153 @default.
- W3204176321 cites W2007688634 @default.
- W3204176321 cites W2010009128 @default.
- W3204176321 cites W2016603972 @default.
- W3204176321 cites W2025306064 @default.
- W3204176321 cites W2036571340 @default.
- W3204176321 cites W2045701397 @default.
- W3204176321 cites W2046630500 @default.
- W3204176321 cites W2047417387 @default.
- W3204176321 cites W2049698134 @default.
- W3204176321 cites W2053555525 @default.
- W3204176321 cites W2071852501 @default.
- W3204176321 cites W2075218986 @default.
- W3204176321 cites W2098126593 @default.
- W3204176321 cites W2100481775 @default.
- W3204176321 cites W2107159787 @default.
- W3204176321 cites W2114570899 @default.
- W3204176321 cites W2116585889 @default.
- W3204176321 cites W2116898648 @default.
- W3204176321 cites W2118055782 @default.
- W3204176321 cites W2125092464 @default.
- W3204176321 cites W2130455745 @default.
- W3204176321 cites W2130517250 @default.
- W3204176321 cites W2134069188 @default.
- W3204176321 cites W2148076290 @default.
- W3204176321 cites W2151534459 @default.
- W3204176321 cites W2155033014 @default.
- W3204176321 cites W2161339576 @default.
- W3204176321 cites W2162745885 @default.
- W3204176321 cites W2175021499 @default.
- W3204176321 cites W2280945636 @default.
- W3204176321 cites W2291322965 @default.
- W3204176321 cites W2294391692 @default.
- W3204176321 cites W2392367966 @default.
- W3204176321 cites W2563357853 @default.
- W3204176321 cites W2577382479 @default.
- W3204176321 cites W2610319835 @default.
- W3204176321 cites W2724253418 @default.
- W3204176321 cites W2731149480 @default.
- W3204176321 cites W2766334685 @default.
- W3204176321 cites W2768832660 @default.
- W3204176321 cites W2792321518 @default.
- W3204176321 cites W2792577622 @default.
- W3204176321 cites W2810473995 @default.
- W3204176321 cites W2886829634 @default.
- W3204176321 cites W2905490691 @default.
- W3204176321 cites W2912674663 @default.
- W3204176321 cites W2927961455 @default.
- W3204176321 cites W2953352581 @default.
- W3204176321 cites W2964879797 @default.
- W3204176321 cites W2972982135 @default.
- W3204176321 cites W2974255083 @default.
- W3204176321 cites W2978623500 @default.
- W3204176321 cites W3004302349 @default.
- W3204176321 cites W3020310848 @default.
- W3204176321 cites W3026615616 @default.
- W3204176321 cites W3084077974 @default.
- W3204176321 cites W3096313876 @default.
- W3204176321 cites W3097256257 @default.
- W3204176321 cites W3142145209 @default.
- W3204176321 cites W3204176321 @default.
- W3204176321 cites W84311565 @default.
- W3204176321 doi "https://doi.org/10.1111/mec.16215" @default.
- W3204176321 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34614274" @default.
- W3204176321 hasPublicationYear "2021" @default.
- W3204176321 type Work @default.
- W3204176321 sameAs 3204176321 @default.
- W3204176321 citedByCount "8" @default.
- W3204176321 countsByYear W32041763212021 @default.
- W3204176321 countsByYear W32041763212022 @default.
- W3204176321 countsByYear W32041763212023 @default.
- W3204176321 crossrefType "journal-article" @default.
- W3204176321 hasAuthorship W3204176321A5000683473 @default.