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. 2015 Jun 25;11(6):e1005047. doi: 10.1371/journal.pgen.1005047

Table 1. Transcriptome analysis of a kre mutant (PG479).

Genes are listed with 4-fold expression differences between wild type and a kre deletion mutant (PG479). Genes with adjusted p-values for the expression difference larger than 0.05 are discarded. ComK-induced genes are highlighted in bold.

gene fold down adj. P-val function
kre 88.2 0.001 comK repressor
nrgA 5.2 0.015 ammonium transporter
ygzA 4.8 0.016 hypothetical protein
yvsH 4.5 0.043 putative lysine transporter
yqhR 4.3 0.038 hypothetical protein
gin 4.2 0.015 inhibitor of SigG and SigE
yfhI 4.1 0.015 hypothetical protein
gene fold up adj. P-val function
dhbA 15.1 0.027 biosynthesis of siderophore bacillibactin
dhbC 14.5 0.029 biosynthesis of siderophore bacillibactin
dhbE 13.8 0.029 biosynthesis of siderophore bacillibactin
dhbB 12.4 0.034 biosynthesis of siderophore bacillibactin
ykuO 11.0 0.029 hypothetical protein
ykuP 10.8 0.033 flavodoxin
ysbB 10.2 0.024 hypothetical protein
licA 9.8 0.030 lichenan uptake and phosphorylation
dhbF 9.7 0.038 biosynthesis of siderophore bacillibactin
ysbA 9.3 0.023 putative anti-holin
ykuN 9.2 0.028 flavodoxin
licH 8.9 0.036 phospho-beta glucosidase (lichenan utilization)
licC 8.0 0.033 lichenan uptake and phosphorylation
rbsA 6.9 0.016 ribose ABC transporter
licB 6.9 0.032 lichenan uptake and phosphorylation
rbsB 6.9 0.023 ribose ABC transporter
rbsC 6.9 0.020 ribose ABC transporter
levD 6.9 0.031 fructose uptake and phosphorylation
yhaR 6.8 0.023 hypothetical protein
besA 6.6 0.028 trilactone hydrolase (iron acquisition)
sunT 6.5 0.012 sublancin lantibiotic ABC transporter
citZ 6.4 0.012 citrate synthase
rocG 6.0 0.016 glutamate dehydrogenase (arginine utilization)
levF 5.9 0.031 fructose uptake and phosphorylation
rbsD 5.9 0.017 ribose ABC transporter
kbl 5.9 0.018 amino-ketobutyrate CoA ligase (threonine utilization)
abn2 5.7 0.015 arabinan degradation
bdbA 5.5 0.014 thiol-disulfide oxidoreductase
levG 5.3 0.033 fructose uptake and phosphorylation
ywsB 5.2 0.033 survival of ethanol and salt stresses
rbsK 5.1 0.014 ribokinase (ribose utilization)
abnA 5.1 0.021 arabinan degradation
phrA 5.1 0.012 phosphatase (RapA) inhibitor
ssbB 5.1 0.014 single-strand DNA-binding protein (ComK induced)
tdh 5.0 0.020 threonine dehydrogenase (threonine utilization)
gltP 4.9 0.029 similar to H+/glutamate symporter
araP 4.9 0.014 arabinose ABC transporter
sunS 4.8 0.015 biosynthesis of antimicrobial peptide sublancin
ywcE 4.7 0.024 holin required for spore morphogenesis germination
rocA 4.7 0.017 arginine, ornithine and citrulline utilization
rbsR 4.7 0.016 regulation of ribose utilization
dctP 4.7 0.029 uptake succinate, fumurate, malate and oxaloacetate
rapA 4.6 0.012 response regulator aspartate phosphatase
xynB 4.6 0.023 xylan beta-xylosidase
yobO 4.6 0.016 hypothetical protein
levE 4.5 0.034 fructose uptake and phosphorylation
ybbJ 4.5 0.016 hypothetical protein
sunA 4.4 0.018 sublancin lantibiotic antimicrobial precursor peptide
yxeB 4.4 0.024 hydroxamate siderophore ABC transporter
xynP 4.4 0.029 beta-xyloside permease (xylan utilization)
murQ 4.4 0.016 cell wall turnover
ybaR 4.4 0.012 hypothetical protein
ald 4.3 0.020 alanine dehydrogenase (alanine utilization)
yesL 4.3 0.020 hypothetical protein
btr 4.3 0.015 regulation of iron acquisition
araN 4.1 0.016 arabinose ABC transporter
ybxI 4.1 0.022 beta-lactamase
murR 4.1 0.016 probably regulation of muramic acid utilization
phrK 4.1 0.020 phosphatase (RapK) regulator
dprA 4.0 0.018 recombination mediator protein (ComK induced)
gcvPA 4.0 0.016 glycine dehydrogenase (glycine utilization)