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. 2019 Oct 15;31(12):2912–2928. doi: 10.1105/tpc.19.00411

Table 2.

Most Strongly Downregulated FtsH3-Dependent and Fe-Independent Protein-Coding Genes, log2FC ≤ −2

Functional Category Gene Name(s) TU No. Protein Name(s) log2FC = (FtsH3WT)
Pho regulon sll0680–sll0684 TU2785 PstS1, PstC1, PstA1, PstB1, PstB1’ −4.2 to −2.2
slr1247–slr1249 TU1428 PstS2, pstC2, PstA2 −3.9 to −2.3
sll0654, sll0656 TU388 Alkaline phosphatase, NucH −3.4 to −2.4
Translation (RP, EF) sll1743sll1746 TU931 RpL11, RpL1, RpL10, RpL12 RpL3, RpL4, −3.2 to −2.1
sll1799sll1807 TU837 RpL23, RpL2, RpS19, RpL22, RpS3, RpL16, RpL29, Rps17, RpL14, RpL24 −2.8 to −2.1
ssr0482 TU2205 RpS16 −2.7
sll1096sll1101 TU1986 RpS12, RpS7, elongation factor EF-TU, Rps10 −2.6 to −2.2
ssr1398; ssr1399 TU298 RpL33; RpS18 −2.6; −2.3
sll1816sll1822, TU833 RpS13; RpS11, Rps9 −2.4; −2.1
sll1426;sll0767 TU2501 Rpl35; Rpl20 −2.2; −2.1
slr0628 TU2793 RpS14 −2.2
ssl1784 TU332 RpS15 −2.2
ssl2233 TU865 RpS20 −2.1
slr1678 TU2627 RpL21 −2.0
slr1356 TU1129 RpS1 homolog A −2.0
sll1260 TU1778 RpS2 −2.0
sll1261 TU1777 Elongation factor Ts, EF-Ts −2.2
slr0083 TU3046 ATP-dependent RNA helicase CrhR −2.1
ssl3177 TU1030 Uncharacterized protein Ssl3177 −2.0
Photosynthesis, energy ssl0020 TU2593 Ferredoxin-1, PetF −3.3
sll0819 TU1727 PSI reaction center subunit III, PsaF −2.1
sll1317 TU1200 Apocytochrome f, PetA −2.0
ssl2615; sll1322 TU166 ATP synthases subunits AtpH; AtpI −2.4; −2.3
Toxin-antitoxin systems ssl2245, sll1130 TU1078 Ssl2245 antitoxin, Sll1130 toxin −2.8; −2.7
Unknown proteins slr0287 TU2207 Slr0287 protein −2.6
ssl2874 TU3563 UPF0296 protein Ssl2874 −2.4

Genes were considered FtsH3-dependent and Fe-independent when log2 FC ≈ log2FC_Fe ≥ 1. FCs between the wild type (WT) and FtsH3down mutant were calculated by subtracting the corresponding wild-type value. The P-values of all listed log2FC were ≤0.05. All genes belonging to the same transcriptional unit (TU) are listed in one line, with the range in log2FC values shown at the end. TUs were defined previously (Kopf et al., 2014). EF, elongation factor.