linkedin post 2016-10-21 05:53:02

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TWO GENE DUPLICATION TYPES. "Comparative analysis of multiple angiosperm genomes has implicated gene duplication in the expansion and diversification of many gene families. However, empirical data and theory suggest that whole-genome and small-scale duplication events differ with respect to the types of genes preserved as duplicate pairs." https://lnkd.in/eHCDVhZ View in LinkedIn
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linkedin post 2016-10-18 04:42:47

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OVERCOMING INCOMPATIBILITY. "Repeated backcrossing between an asymmetrically produced hybrid and its paternal pollen source may lead to “cytoplasmic capture,” in which the mitochondria and chloroplasts of the maternal progenitor are combined with the nuclear genome of the paternal progenitor." https://lnkd.in/es_dhAz View in LinkedIn
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linkedin post 2016-10-20 05:59:17

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ANGIOSPERMS VS VERTEBRATE WGD. "Much of this disparity can be attributed to the different nature of plant vs. animal development vis-à-vis compensation for gene dosage. Subfunctionalization of gene duplicates has been shown to be a prominent molecular evolutionary force for coping with WGD in both flowering plants and ray-finned fish." (WGD = whole genome duplication). https://lnkd.in/eg_D7BR View in LinkedIn
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linkedin post 2016-10-20 05:56:13

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EXCEPTIONAL STATUS. "Despite clear evidence for WGD underlying all vertebrates, many fewer lineage-specific polyploidy events have been detected than among angiosperms, which have a far shorter combined evolutionary history." (WGD = whole genome duplication). https://lnkd.in/eg_D7BR View in LinkedIn
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linkedin post 2016-10-20 05:52:25

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EXPLOSIVE SPECIATION. "Nowhere else in the history of life is the influence of polyploidy more apparent as a possible diversifying force as it is among the angiosperms. Only the tetraploidization event in the stem lineage of ray-finned fish may come close, having potentially resulted in >20 000 living species." https://lnkd.in/eg_D7BR View in LinkedIn
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