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. 2015 Dec 14;10(12):e0144927. doi: 10.1371/journal.pone.0144927

Table 6. Al-induced transporter genes in Hydrangea leaves.

Gene ID a Description b Log2FC c Category d
c86493.graph_c0 Potassium transporter 1 2.9***
c211481.graph_c0 ABC transporter 2.2 ABC family
c205928.graph_c0 Potassium transporter 2 1.2
c208330.graph_c1 Aluminum-activated malate transporter 1.1
c199526.graph_c0 Plastidic glucose transporter 2 1.4
c207435.graph_c0 Sulfate transporter 3.2
c181864.graph_c2 ABC transporter 1.6 ABC family
c186746.graph_c0 Sulfate transporter 1.8
c205623.graph_c1 Nitrate transporter 1.0
c198291.graph_c0 Nramp aluminum transporter 1 0.8 NRAMP family
c190578.graph_c0 Peptide transporter 1.2
c156211.graph_c0 Equilibrative nucleotide transporter 5.3
c204623.graph_c0 Sugar transporter 1.2
c208984.graph_c0 MATE efflux protein 0.3 MATE family
c207435.graph_c1 Low affinity sulfate transporter 3 2.8
c122554.graph_c0 Vacuolar iron transporter 2.4
c202686.graph_c0 Citrate efflux MATE transporter 1.3 MATE family
c191802.graph_c0 Auxin transporter-like protein 1.3
c179282.graph_c0 ABC transporter 1.8 ABC family
c204800.graph_c2 Amino acid transporter 6 1.3
c187439.graph_c0 ABC transporter 2.0 ABC family
c205514.graph_c0 Nitrate excretion transporter 1.3
c176091.graph_c0 Phosphate transporter 4.3

a, Hydrangea assembly unigenes ID.

b, Description based on the BLASTx with NR and Swiss-Prot database.

c, Fold change of expression ratio of +Al treatment and–Al treatment with log2 normalization.

d, Transporter category.

*** The expression level was validated by qPCR. The asterisks indicate significant differences between leaves (+Al) and leaves (-Al), as determined by Student’s t test (***P < 0.001).