![]() Leaf samples were taken at two time points in the Guinea grass growing season to analyze transcriptional and metabolite profiles in plants grown at ambient and elevated and temperature, and statistical analyses were used to integrate the data.Įlevated temperature altered the content of amino acids and secondary metabolites. We created a de novo assembly of the Panicum maximum transcriptome. (Guinea grass) metabolite and transcript profiles. This experiment aimed to understand the effects of elevated (600 μmol mol⁻¹) and warming (+ 2 ☌), singly and in combination, on Panicum maximum Jacq. Although the impact is expected to be greatest in tropical regions, the impact of climate-change has been poorly. ![]() Rising and temperature will alter the growth and productivity of major food and forage crops across the globe. By mid-century, global atmospheric carbon dioxide concentration () is predicted to reach 600 μmol mol⁻¹ with global temperatures rising by 2 ☌.
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