Table 1.

General Overview of Metabolic Pathways and Cellular Processes for Which Related Transcripts Accumulate or Decline in Wild-Type and snrk2.1 Mutant Cells during –S Conditions

Specific in the Wild TypeCommon in the Wild Type and snrk2.1 MutantSpecific in snrk2.1 Mutant
        S acquisition and assimilation (to Cys)    Stress-related LHC proteins    Oxidative stress (singlet oxygen)
        Routing and recycling of S    Others    Proteolysis-related genes
        Remodeling of PSII antenna (LHCBM9)    Vacuolar and vesicular transport
        Cell wall and periplasmic proteins    Apoptosis
            (HAPs, ARSs, and ECPs)    Lipid degradation
        SQDG synthesis    Pro degradation
        Oxidative pentose phosphate pathway    Putrescine biosynthesis
        CAH9    Low CO2-inducible genesa
        Others    Shikimate biosynthesis (SHKG1)
    CoA biosynthesis
        tRNA biosynthesisb    Met, SAM, thiamine, and biotin biosynthesis    S assimilation (APK and APR)
        Transcription and translation processesb    Photosynthesis and chlorophyll biosynthesis    Urea/Arg cycle
        Polyamine biosynthesis    Carbon and folate metabolism    Carbon fixation
        Others    Plastid ribosomesc    Others
    Amino acid biosynthesisc
    Lipid metabolism
    Purine and pyrimidine metabolism
  • A1, A2, A3, B1, B2, B3, C1, and C2 designate the same group categories described in Figure 3 and Supplemental Data Set 2 online. Footnotes indicate exceptions.

  • a Some transcripts were more abundant in snrk2.1 mutant relative to wild-type cells in +S conditions.

  • b Some transcripts were also diminished in snrk2.1 mutant cells.

  • c Some transcripts were not diminished in snrk2.1 mutant cells.