Establishing glucose- and ABA-regulated transcription networks in Arabidopsis by microarray analysis and promoter classification using a Relevance Vector Machine

Table 2.

RVM selection of PLACE elements in glucose-regulated genes


Element ID

Number of times picked by RVM

Average weight

Recognition sequence

Potential target genes (from Supplemental Table S6)
Up-regulated
    TELOBOXATEEF1AA1 10 2.9895 aaaccctaa Ribosomal proteins, protein synthesis
    AMMORESIIUDCRNIA1 10 1.3346 ggwagggt Nucleotide metabolism
    QARBNEXTA 10 1.1033 aacgtgt No significant categories
    BS1EGCCR 10 0.9637 agcggg Carbohydrate metabolism enzymes
    E2FBNTRNR 10 0.9067 gcggcaaa Protein synthesis
    MYB26PS 10 0.8397 gttaggtt Carbohydrate metabolism, S uptake
    DRECRTCOREAT 10 0.8076 rccgac Abiotic stress
Down-regulated
    IBOXCORENT 10 -3.3202 gataagr Trehalose synthesis
    IBOXCORE 10 -2.1431 gataa Abiotic stress
    IBOX 10 -0.7107 gataag
    MYBST1 10 -3.2140 ggata Trehalose synthesis
Abiotic stress
Amino acid degradation
    LRENPCABE 10 -1.1698 acgtggca Carbohydrate, lipid and amino acid metabolism
    GARE2OSREP1 10 -0.9167 taacgta Secondary metabolism
    EVENINGAT
10
-0.8441
aaaatatct
Jasmonate synthesis, abiotic stress

This Article

  1. Genome Res. 16: 414-427

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