Comparison of independent evolutionary origins reveals both convergence and divergence in the metabolic mechanisms of symbiosis. Sorensen et al.

Name: Comparison of independent evolutionary origins reveals both convergence and divergence in the metabolic mechanisms of symbiosis. Sorensen et al.
Creator: Megan Sorensen
Published: 2019-12-28T14:03:34.673Z
Keywords: Photochemistry, Fitness in Evolutionary Biology, Metabolomics

Sorensen, Megan; Wood, A. Jamie; Minter, Ewan; Lowe, Chris; Cameron, Duncan; Brockhurst, Michael

doi:10.17632/6zspctmwpj.1

Comparison of independent evolutionary origins reveals both convergence and divergence in the metabolic mechanisms of symbiosis. Sorensen et al.

Published: 28 December 2019| Version 1 | DOI: 10.17632/6zspctmwpj.1

Contributors:

, A. Jamie Wood, Ewan Minter, Chris Lowe, Duncan Cameron, Michael Brockhurst

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This data accompanies the publication: Comparison of independent evolutionary origins reveals both convergence and divergence in the metabolic mechanisms of symbiosis The data provided has been separated into the metabolomics data, the fitness assay and the photophysiology data. Within each section detailed method information is provided as a separate file and the sample codes are explained separately or within the methods file.

Comparison of independent evolutionary origins reveals both convergence and divergence in the metabolic mechanisms of symbiosis. Sorensen et al.

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