Matches in SemOpenAlex for { <https://semopenalex.org/work/W1619623942> ?p ?o ?g. }
- W1619623942 endingPage "361" @default.
- W1619623942 startingPage "351" @default.
- W1619623942 abstract "Abstract As natural selection must act on underlying genetic variation, discovering the number and location of loci under the influence of selection is imperative towards understanding adaptive divergence in evolving populations. Studies employing genome scans have hypothesized that the action of divergent selection should reduce gene flow at the genomic locations implicated in adaptation and speciation among natural populations, yet once ‘outlier’ patterns of variation have been identified the function and role of such loci needs to be confirmed. We integrated adaptive QTL mapping and genomic scans among diverging sympatric pairs of the lake whitefish ( Coregonus clupeaformis ) species complex in order to test the hypothesis that differentiation between dwarf and normal ecotypes at growth‐associated QTL was maintained by directional selection. We found evidence of significantly high levels of molecular divergence among eight growth QTL where two of the strongest candidate loci under the influence of directional selection exhibited parallel reductions of gene flow over multiple populations." @default.
- W1619623942 created "2016-06-24" @default.
- W1619623942 creator A5001675482 @default.
- W1619623942 creator A5045680634 @default.
- W1619623942 date "2004-12-07" @default.
- W1619623942 modified "2023-10-16" @default.
- W1619623942 title "FAST-TRACK: Integrating QTL mapping and genome scans towards the characterization of candidate loci under parallel selection in the lake whitefish (Coregonus clupeaformis)" @default.
- W1619623942 cites W1518887094 @default.
- W1619623942 cites W1541311181 @default.
- W1619623942 cites W1598359782 @default.
- W1619623942 cites W1834055872 @default.
- W1619623942 cites W1908556438 @default.
- W1619623942 cites W1948123902 @default.
- W1619623942 cites W1956367799 @default.
- W1619623942 cites W1964423335 @default.
- W1619623942 cites W1967282664 @default.
- W1619623942 cites W1969314093 @default.
- W1619623942 cites W1971940706 @default.
- W1619623942 cites W1979721747 @default.
- W1619623942 cites W1982663312 @default.
- W1619623942 cites W1985287990 @default.
- W1619623942 cites W1990785115 @default.
- W1619623942 cites W1992872619 @default.
- W1619623942 cites W2014408406 @default.
- W1619623942 cites W2019115455 @default.
- W1619623942 cites W2019238420 @default.
- W1619623942 cites W2019883354 @default.
- W1619623942 cites W2021251489 @default.
- W1619623942 cites W2032403665 @default.
- W1619623942 cites W2036507199 @default.
- W1619623942 cites W2054127889 @default.
- W1619623942 cites W2054292456 @default.
- W1619623942 cites W2061744749 @default.
- W1619623942 cites W2063811400 @default.
- W1619623942 cites W2066908868 @default.
- W1619623942 cites W2074370962 @default.
- W1619623942 cites W2074707873 @default.
- W1619623942 cites W2080073236 @default.
- W1619623942 cites W2092628387 @default.
- W1619623942 cites W2095924760 @default.
- W1619623942 cites W2098737273 @default.
- W1619623942 cites W2098775142 @default.
- W1619623942 cites W2105156107 @default.
- W1619623942 cites W2105567091 @default.
- W1619623942 cites W2110770298 @default.
- W1619623942 cites W2112799266 @default.
- W1619623942 cites W2113811335 @default.
- W1619623942 cites W2118308505 @default.
- W1619623942 cites W2122086404 @default.
- W1619623942 cites W2123299130 @default.
- W1619623942 cites W2124407649 @default.
- W1619623942 cites W2136056899 @default.
- W1619623942 cites W2137756861 @default.
- W1619623942 cites W2138448548 @default.
- W1619623942 cites W2139440257 @default.
- W1619623942 cites W2153402526 @default.
- W1619623942 cites W2155745416 @default.
- W1619623942 cites W2159707462 @default.
- W1619623942 cites W2161863335 @default.
- W1619623942 cites W2163285329 @default.
- W1619623942 cites W2165020864 @default.
- W1619623942 cites W2165926649 @default.
- W1619623942 cites W2170307378 @default.
- W1619623942 cites W2171653557 @default.
- W1619623942 cites W4250353446 @default.
- W1619623942 doi "https://doi.org/10.1111/j.1365-294x.2004.02396.x" @default.
- W1619623942 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/15660930" @default.
- W1619623942 hasPublicationYear "2004" @default.
- W1619623942 type Work @default.
- W1619623942 sameAs 1619623942 @default.
- W1619623942 citedByCount "3396" @default.
- W1619623942 countsByYear W16196239422012 @default.
- W1619623942 countsByYear W16196239422013 @default.
- W1619623942 countsByYear W16196239422014 @default.
- W1619623942 countsByYear W16196239422015 @default.
- W1619623942 countsByYear W16196239422016 @default.
- W1619623942 countsByYear W16196239422017 @default.
- W1619623942 countsByYear W16196239422018 @default.
- W1619623942 countsByYear W16196239422019 @default.
- W1619623942 countsByYear W16196239422020 @default.
- W1619623942 countsByYear W16196239422021 @default.
- W1619623942 countsByYear W16196239422022 @default.
- W1619623942 countsByYear W16196239422023 @default.
- W1619623942 crossrefType "journal-article" @default.
- W1619623942 hasAuthorship W1619623942A5001675482 @default.
- W1619623942 hasAuthorship W1619623942A5045680634 @default.
- W1619623942 hasConcept C104317684 @default.
- W1619623942 hasConcept C141231307 @default.
- W1619623942 hasConcept C144024400 @default.
- W1619623942 hasConcept C149923435 @default.
- W1619623942 hasConcept C154945302 @default.
- W1619623942 hasConcept C2777739081 @default.
- W1619623942 hasConcept C2780354846 @default.
- W1619623942 hasConcept C2908647359 @default.
- W1619623942 hasConcept C2909208804 @default.
- W1619623942 hasConcept C2911062015 @default.
- W1619623942 hasConcept C41008148 @default.
- W1619623942 hasConcept C505870484 @default.