Table III.
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 |
Metabolites that showed significant changes in ZmASR1-OE leaves compared with wild-type leaves (P < 0.05).
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).
Correlations were calculated from residual data (P < 0.05). The original data are in Supplemental Table S8.