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Discovery Projects - Grant ID: DP160104173

Title
Discovery Projects - Grant ID: DP160104173
Funding
ARC | Discovery Projects
Contract (GA) number
DP160104173
Start Date
2016/01/01
End Date
2020/12/31
Open Access mandate
no
Organizations
-
More information
http://purl.org/au-research/grants/arc/DP160104173

 

  • The impacts of drift and selection on genomic evolution in insects

    Tong, K. Jun; Duchêne, Sebastián; Lo, Nathan; Ho, Simon Y.W. (2017)
    Projects: ARC | Discovery Projects - Grant ID: DP160104173 (DP160104173)
    Genomes evolve through a combination of mutation, drift, and selection, all of which act heterogeneously across genes and lineages. This leads to differences in branch-length patterns among gene trees. Genes that yield trees with the same branch-length patterns can be grouped together into clusters. Here, we propose a novel phylogenetic approach to explain the factors that influence the number and distribution of these gene-tree clusters. We apply our method to a genomic dataset from insects,...

    The Genome as an Evolutionary Timepiece

    Ho, Simon Y. W.; Chen, Amanda X. Y.; Lins, Luana S. F.; Duchêne, David A.; Lo, Nathan (2016)
    Projects: ARC | Discovery Projects - Grant ID: DP160104173 (DP160104173)
    Abstract The molecular clock is a valuable and widely used tool for estimating evolutionary rates and timescales in biological research. There has been considerable progress in the theory and practice of molecular clocks over the past five decades. Although the idea of a molecular clock was originally put forward in the context of protein evolution and advanced using various biochemical techniques, it is now primarily applied to analyses of DNA sequences. An interesting but very underapprecia...

    The impacts of drift and selection on genomic evolution in holometabolous insects

    Ho, Simon; Duchene, Sebastian; Tong, K.; Lo, Nathan (2016)
    Projects: ARC | Discovery Projects - Grant ID: DP160104173 (DP160104173)
    Genomes evolve through a medley of mutation, drift, and selection, all of which act heterogeneously across genes and lineages. The pacemaker models of genomic evolution describe the resulting patterns of evolutionary rate variation: genes that are governed by the same pacemaker exhibit the same pattern of rate heterogeneity across lineages. However, the relative importance of drift and selection in determining the structure of these pacemakers is unknown. Here, we propose a novel phylogenetic...
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  • Scientific Results

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    PUBLICATIONS BY ACCESS MODE

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    Publications in Repositories

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