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. 2011 Aug 18;157(2):917–936. doi: 10.1104/pp.111.176818

Table III.

Pairwise correlations of ZmASR1 target metabolites against decreased and/or biomass-related metabolites

Pathway Parameter xa Trend in ZmASR1-OE Parameter yb Correlation (x,y)c
Glu family Gln Down Leu −0.8897
BCAAs Leu Down Gln −0.8897
Ile Down Leu 0.9708
Val Down Phe 0.9188
Pro 0.9935
Aromatic amino acids Phe Down Val 0.9188
Pro 0.9319
Glu family Pro Down Phe 0.9319
Val 0.9935
RFO Galactinol Down Benzoate 0.9598
Citrate 0.9371
Monomethylphosphate 0.8921
Raffinose 0.8893
Succinate 0.9280
Threonate 0.9378
Saccharides Glc Down trans-Aconitate 0.9409
Ala 0.9330
Ascorbate 0.8875
trans-Caffeoylquinate 0.9264
Citramalate 0.9457
Malate 0.9564
Suc 0.9006
Suc Down Ascorbate 0.9692
trans-Caffeoylquinate 0.9532
Citrate 0.9587
Ethanolamine 0.8896
Glc 0.9006
Malate 0.9466
Orn 0.9113
γ-Aminobutyrate shunt Ala Down trans-Aconitate 0.9643
Citramalate 0.9656
Glc 0.9330
Malate 0.9579
Others trans-Aconitate Down Ala 0.9643
Citramalate 0.9669
Glc 0.9409
Malate 0.9118
Raffinose 0.8973
Benzoate Down Galactinol 0.9598
Monomethylphosphate 0.8797
Raffinose 0.8909
Threonate 0.8848
trans-Caffeoylquinate Down Ascorbate 0.9735
Ethanolamine 0.9181
Glc 0.9264
Malate 0.8884
Suc 0.9532
Citramalate Down trans-Aconitate 0.9669
Ala 0.9656
Glc 0.9457
Malate 0.8958
Monomethylphosphate Down Benzoate 0.8797
Galactinol 0.8921
Raffinose 0.9420
a

Metabolites that showed significant changes in ZmASR1-OE leaves compared with wild-type leaves (P < 0.05).

b

Metabolites that showed significant decreases in ZmASR1-OE leaves compared with wild-type leaves and/or were correlated to biomass in Arabidopsis (Meyer et al., 2007; Sulpice et al., 2009). Boldface italic type and underlined lightface italic type distinguish metabolites negatively and positively correlated to biomass, respectively, in Arabidopsis (Meyer et al., 2007; Sulpice et al., 2009).

c

Correlations were calculated from residual data (P < 0.05). The original data are in Supplemental Table S8.