Titlebook: Comparative and Evolutionary Genomics of Angiosperm Trees; Andrew Groover,Quentin Cronk Book 2017 Springer International Publishing AG 201

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Left-Atrium

沖擊力

, as a Model Tree,s in understanding such processes in model organisms can, in many cases, then be used to inform the biology of other organisms closely or distantly related, thereby illuminating the nature of conserved processes as well as taxon-specific variations. Many aspects tree biology are difficult or impossi

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Emerging Genomics of Angiosperm Trees,nd eucalyptus reviewed in previous chapters of this book. Whilst the number of published genomes of angiosperm forest trees lags behind that of angiosperm trees grown commercially for fruit or nuts, many new projects are underway. This is aided by the ever-decreasing cost of DNA sequencing technolog

epicardium

Structural Genomics of Angiosperm Trees: Genome Duplications, Ploidy, and Repeat Sequences,ole genome duplication events often result in immediate speciation, contributing to the spectacular radiation of the angiosperm lineage, while also creating two copies of each gene, which subsequently diverge, further fuelling species evolution. In addition to the pronounced role that polyploidy pla

不自然

Evolutionary Histories of Gene Families in Angiosperm Trees,oteins they encode. The vast majority of gene families found in angiosperm trees have existed before the origin of seed plants, while the lineage-specific adaptations of trees have depended on highly dynamic but selective patterns of gene family gain and loss. The mechanisms governing the diversific

不自然

Breeding Systems, Mating Systems, and Genomics of Gender Determination in Angiosperm Trees,ifferences in adaptive capacity and genomic structure. Decades of careful investigations have revealed that although most tree species are hermaphroditic (perfect flowers), dioecy (unisexual individuals) is more common than throughout the angiosperms, and self-fertilization is exceedingly rare. Thes

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Amendment

Mnemonics

The Genomics of Wood Formation in Angiosperm Trees,elevant to angiosperm forest trees. Wood formation is an excellent subject for comparative genomics, as it is an ancestral trait for angiosperms and has undergone significant modification in different angiosperm lineages. This chapter discusses some of the traits associated with wood formation, what