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Gourds and Tendrils of Cucurbitaceae: How Their Shape Diversity, Molecular and Morphological Novelties Evolved via Whole-Genome Duplications

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摘要 Whole-genome duplications(WGDs)are regarded as important drivers of macroevolution in plants(Clark and Donoghue,2018).However,there are few studies that test a connection between WGDs and evolutionary novelty.The proper study of evolutionary patterns related to WGDs needs a well-resolved phylogeny,accurate dates of the WGD events,and historical reconstructions of the evolutionary novelties(Clark and Donoghue,2018).The advent of exhaustive phylogenomic studies is becoming a promising way to solve these issues,as wholegenome data can help clarify obscure phylogenetic relationships,evaluate patterns associated with WGDs,and track down the evolution of life-history traits that shaped plant lineages(Bellot et al.,2020).
出处 《Molecular Plant》 SCIE CAS CSCD 2020年第8期1108-1110,共3页 分子植物(英文版)
基金 Our research is funded by CONABIO(Mexico)grant PE001.
关键词 WHOLE PHYLOGENY TRAITS
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