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- W4383313641 abstract "It is now well recognised that closely related species can hybridize and exchange genetic material, which may promote or oppose adaptation and speciation. In some cases, interspecific hybridisation is very common, making it surprising that species identity is preserved despite active gene exchange. The genomes of most eukaryotic species are highly heterogeneous with regard to gene density, abundance of repetitive DNA, chromatin compactisation etc, which can make certain genomic regions more prone or more resistant to introgression of genetic material from other species. Heterogeneity in local recombination rate underpins many of the observed patterns across the genome (e.g. actively recombining regions are typically gene rich and depleted for repetitive DNA) and it can strongly affect the permeability of genomic regions to interspecific introgression. The larger the region lacking recombination, the higher the chance for the presence of species incompatibility gene(s) in that region, making the entire non- or rarely recombining block impermeable to interspecific introgression. Large plant genomes tend to have highly heterogeneous recombination landscape, with recombination frequently occurring at the ends of the chromosomes and central regions lacking recombination. In this paper we review the relationship between recombination and introgression in plants and argue that large rarely recombining regions likely play a major role in preserving species identity in actively hybridising plant species." @default.
- W4383313641 created "2023-07-07" @default.
- W4383313641 creator A5013006452 @default.
- W4383313641 creator A5027368408 @default.
- W4383313641 date "2023-07-06" @default.
- W4383313641 modified "2023-10-04" @default.
- W4383313641 title "The role of recombination landscape in species hybridisation and speciation" @default.
- W4383313641 cites W1516840795 @default.
- W4383313641 cites W1562076340 @default.
- W4383313641 cites W1597717496 @default.
- W4383313641 cites W1841281350 @default.
- W4383313641 cites W1887269475 @default.
- W4383313641 cites W1964227412 @default.
- W4383313641 cites W1964558095 @default.
- W4383313641 cites W1978025281 @default.
- W4383313641 cites W1979907241 @default.
- W4383313641 cites W1982349920 @default.
- W4383313641 cites W1984322287 @default.
- W4383313641 cites W2006555417 @default.
- W4383313641 cites W2008345120 @default.
- W4383313641 cites W2035281648 @default.
- W4383313641 cites W2037949211 @default.
- W4383313641 cites W2039435867 @default.
- W4383313641 cites W2045489411 @default.
- W4383313641 cites W2048324548 @default.
- W4383313641 cites W2051332263 @default.
- W4383313641 cites W2054548645 @default.
- W4383313641 cites W2058710205 @default.
- W4383313641 cites W2097796571 @default.
- W4383313641 cites W2099579350 @default.
- W4383313641 cites W2100302477 @default.
- W4383313641 cites W2101205652 @default.
- W4383313641 cites W2117638220 @default.
- W4383313641 cites W2118020384 @default.
- W4383313641 cites W2118189732 @default.
- W4383313641 cites W2124056533 @default.
- W4383313641 cites W2126636292 @default.
- W4383313641 cites W2136275018 @default.
- W4383313641 cites W2137303277 @default.
- W4383313641 cites W2138452646 @default.
- W4383313641 cites W2140708041 @default.
- W4383313641 cites W2141376729 @default.
- W4383313641 cites W2147039800 @default.
- W4383313641 cites W2152844596 @default.
- W4383313641 cites W2157770413 @default.
- W4383313641 cites W2159580843 @default.
- W4383313641 cites W2160306637 @default.
- W4383313641 cites W2162234744 @default.
- W4383313641 cites W2163842394 @default.
- W4383313641 cites W2165933771 @default.
- W4383313641 cites W2168129076 @default.
- W4383313641 cites W2263728493 @default.
- W4383313641 cites W2266468553 @default.
- W4383313641 cites W2283708125 @default.
- W4383313641 cites W2298320349 @default.
- W4383313641 cites W2327788429 @default.
- W4383313641 cites W2492973857 @default.
- W4383313641 cites W2548379455 @default.
- W4383313641 cites W2551438282 @default.
- W4383313641 cites W2586205171 @default.
- W4383313641 cites W2731782521 @default.
- W4383313641 cites W2755565389 @default.
- W4383313641 cites W2802885717 @default.
- W4383313641 cites W2803947120 @default.
- W4383313641 cites W2810511784 @default.
- W4383313641 cites W2891166255 @default.
- W4383313641 cites W2896454609 @default.
- W4383313641 cites W2917291711 @default.
- W4383313641 cites W2943462671 @default.
- W4383313641 cites W2948953442 @default.
- W4383313641 cites W2950537287 @default.
- W4383313641 cites W2950701710 @default.
- W4383313641 cites W2951578895 @default.
- W4383313641 cites W2951581496 @default.
- W4383313641 cites W2951618704 @default.
- W4383313641 cites W2951950648 @default.
- W4383313641 cites W2951977954 @default.
- W4383313641 cites W2952255385 @default.
- W4383313641 cites W2994196863 @default.
- W4383313641 cites W2995388551 @default.
- W4383313641 cites W3036644358 @default.
- W4383313641 cites W3041530105 @default.
- W4383313641 cites W3041925203 @default.
- W4383313641 cites W3046690974 @default.
- W4383313641 cites W3129995686 @default.
- W4383313641 cites W3164117694 @default.
- W4383313641 cites W3204889382 @default.
- W4383313641 cites W4210814778 @default.
- W4383313641 cites W4214534059 @default.
- W4383313641 cites W4229812736 @default.
- W4383313641 cites W4232591682 @default.
- W4383313641 cites W4242040148 @default.
- W4383313641 cites W4281774145 @default.
- W4383313641 cites W4283315545 @default.
- W4383313641 cites W4283793168 @default.
- W4383313641 cites W4311021883 @default.
- W4383313641 cites W4321496602 @default.
- W4383313641 cites W46211054 @default.
- W4383313641 cites W93588716 @default.
- W4383313641 doi "https://doi.org/10.3389/fpls.2023.1223148" @default.