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To understand how tropical plants have adapted to acid soils, we analyzed the transcriptome of seedlings of  Psychotria rubra , a typical species found on acid soils. Using RNA-seq, we identified 22,798 genes, including several encoding proteins of the Al 3+ -activated malate transporter (ALMT) and multidrug and toxic compound extrusion (MATE) families. Molecular phylogenetic analysis of ALMTs and MATEs revealed the grouping of those from  P. rubra , which may be useful to select targets for elucidating the molecular basis of  P. rubra  adaptation to acid soils in the future. The transcriptome datasets obtained in this study would help us to further understand the physiological and ecological aspects of soil adaptation of  Psychotria  species.

peerj

Identification of genes encoding ALMT and MATE transporters as candidate aluminum tolerance genes from a typical acid soil plant, <i>Psychotria rubra</i> (Rubiaceae)

Identification of genes encoding ALMT and MATE transporters as candidate aluminum tolerance genes from a typical acid soil plant, Psychotria rubra (Rubiaceae)