TABLE 3.
ID | Gene | Ratioa | Description of gene product | Characteristic |
---|---|---|---|---|
Transporter activity | ||||
XCC2867 | btuBb | −1.97 | TonB-dependent transporter | Transport; membrane |
XCC3316 | -b | −1.73 | TonB-dependent transporter | Transport; membrane |
XCC2497 | -b | −1.61 | Pseudo-TonB-dependent transporter/Oar like | Transport; membrane |
XCC3271 | -b | −1.54 | Pseudo-TonB-Dependent Transporter/Oar like | Transport; membrane |
XCC1892 | cirAb | −1.39 | TonB-dependent transporter | Transport; membrane |
Regulatory function | ||||
XCC3677 | −9.64 | Putative two-component system sensor kinase | Two-component signal transduction system (phosphorelay) | |
XCC1935 | rpoN2 | −1.54 | RNA polymerase σ54 factor | Transcription initiation |
XCC1276 | −1.50 | Putative sensor/response regulator hybrid | Two-component signal transduction system (phosphorelay) | |
Metabolism | ||||
XCC2410 | −23.07 | Ketoglutarate semialdehyde dehydrogenase | Metabolic process | |
XCC2295 | −1.68 | Putative polyhydroxyalkanoate synthesis repressor | ||
XCC3324 | ilvB | −1.57 | Acetolactate synthase | Branched-chain family amino acid biosynthetic process |
XCC0550 | atpF | −1.55 | F0F1 ATP synthase subunit B | ATP synthesis-coupled proton transport |
Nucleic acid metabolic process | ||||
XCC2904 | hsdS | −7.86 | Type I restriction enzyme (specificity chain) homologue | DNA modification |
XCC0377 | mnmG | −1.38 | Pyridine nucleotide-disulfide oxidoreductase, class II | tRNA processing |
Catalytic activity | ||||
XCC0700 | -b | −1.39 | Putative peptidase S15 | Proteolysis |
Motility and attachment | ||||
XCC3232 | pilM | −1.35 | Type IV pilus assembly protein PilM | Pilus assembly |
Cell envelope | ||||
XCC3017 | ompP6b | −.53 | Outer membrane protein P6 precursor (OmpA family) | Cell outer membrane |
Oxidative stress function | ||||
XCC1109 | katE | −5.64 | Catalase | Response to oxidative stress |
Unknown function | ||||
XCC1080 | −5.74 | Hypothetical protein | ||
XCC2823 | −1.37 | Hypothetical protein |
Ratio, averaged expression ratio of σE induced (ΔrseA)/no σE (ΔrpoE).
A predicted cleavable signal sequence.