oubcf
Acetyl Phosphate Functions as a Global Signal during Biofilm Development


Supplemental Tables

Table 1. Genes significantly up-regulated in a pta ackA mutant compared to an ackA mutant

Gene

b#
Pta/Ack

ratio
Pta/Ack

log10
Pta/WT

ratio
Pta/WT

log10
Ack/WT

ratio
Ack/WT

log10
Gene Product

Flagellar regulon

fliC 1923 30.93
1.49
11.76
1.07
-2.63
-0.42
flagellin (filament)
flgE 1076
8.89
0.95
3.95
0.60
-2.25
-0.35
hook
fliD 1924
5.81
0.76
4.12
0.62
-1.41
-0.15
filament cap
flgC 1074
5.49
0.74
3.10
0.49
-1.77
-0.25
basal body-rod
flgB 1073
5.41
0.73
2.64
0.42
-2.05
-0.31
basal body-rod
flgK 1082
4.13
0.62
3.15
0.50
-1.31
-0.12
hook-filament junction
flgG 1078
4.09
0.61
2.45
0.39
-1.67
-0.22
basal body-rod
flgD 1075
3.55
0.55
2.18
0.34
-1.63
-0.21
hook assembly initiation
flgL 1083
3.37
0.53
2.36
0.37
-1.43
-0.16
hook-filament junction
fliA 1922
3.42
0.53
1.89
0.28
-1.81
-0.26
flagellar-specific regulation; sigma factor
fliL 1944
3.13
0.50
1.35
0.13
-2.32
-0.37
flagellar biosynthesis
flgA 1072
2.72
0.42
1.60
0.20
-1.70
-0.23
basal body assembly
flgF 1077
2.49
0.40
1.79
0.25
-1.39
-0.14
basal body-rod
fliM 1945
2.49
0.40
1.50
0.17
-1.66
-0.22
motor switch; energy transduction
cheY 1882
2.33
0.37
2.33
0.37
1.00
0 chemotactic signaling
tar 1886
2.15
0.33
1.94
0.29
-1.11
-0.05
chemoreceptor
flgJ 1081
2.11
0.32
1.80
0.26
-1.17
-0.07
flagellar biosynthesis
flhC 1891
1.92
0.28
1.30
0.11
-1.48
-0.17
with FlhD, activator of flagellar biosynthesis
fliS 1925
1.82
0.26
1.16
0.06
-1.57
-0.20
repressor of class 3a and 3b operons
cheB 1883
1.68
0.22
1.66
0.22
-1.01
<-0.01 chemotactic signaling
flgN 1070
1.67
0.22
-1.38
-0.14
-2.30
-0.36
chaperone of flagellar biosynthesis
cheZ 1881
1.65
0.22
1.95
0.29
1.18
0.07
chemotactic signaling
cheR 1884
1.61
0.21
1.80
0.25
1.12
0.05
chemotactic signaling
flhB 1880
1.61
0.21
-1.03
-0.02
-1.66
-0.22
putative part of flagellar export apparatus
fliZ 1921
1.57
0.20
1.47
0.17
-1.07
-0.03
hypothetical ORF
fliY 1920
1.56
0.19
1.93
0.29
1.24
0.10
putative periplasmic binding transport
trg 1421
1.54
0.19
1.57
0.20
1.02
<0.01
chemoreceptor
motB 1889
1.53
0.19
1.17
0.07
-1.31
-0.12
energy transduction
fliI 1941
1.46
0.17
1.22
0.09
-1.20
-0.08
flagellar biosynthesis; flagellum-specific ATP synthase
fliJ 1942
1.44
0.16
-1.09
-0.04
-1.57
-0.20
flagellar biosynthesis
fliK 1943
1.43
0.15
1.24
0.09
-1.15
-0.06
flagellar biosynthesis; flagellar hook length control protein
flhD 1892
1.42
0.15
-1.89
-0.28
-2.68
-0.43
with FlhC, activator of flagellar biosynthesis

Other genes

rbsB 3751
1.86
0.27
1.95
0.29
1.05
0.02
D-ribose periplasmic binding protein
b1966 1966
1.74
0.24
1.24
0.09
-1.40
-0.15
Putative outer membrane protein
prsA 1207
1.69
0.23
1.79
0.25
1.06
0.03
phosphoribosylpyrophosphate synthetase
purU 1232
1.68
0.23
1.97
0.30
1.17
0.07
Formyltetrahydrofolate deformylase; for purT-dependent FGAR synthesis
ompF 0929
1.68
0.22
-1.68
-0.23
-2.82
-0.45
outer membrane protein 1a; porin
ompC 2215
1.66
0.22
1.46
0.16
-1.14
-0.06
outer membrane protein 1b; porin
malT 3418
1.59
0.20
-1.72
-0.23
-2.73
-0.44
positive regulator of mal regulon
caiF 0034
1.56
0.19
2.72
0.43
1.74
0.24
transcriptional regulator of cai operon
yqiH 3047
1.54
0.19
-1.61
-0.21
-2.48
-0.39
putative membrane protein
glpD 3426
1.53
0.19
1.38
0.14
-1.11
-0.04
sn-glycerol-3-phosphate dehydrogenase (aerobic)
rplV 3315
1.51
0.18
1.62
0.21
1.07
0.03
50S ribosomal subunit protein L22
dnaK 0014
1.46
0.16
2.68
0.43
1.84
0.27
chaperone Hsp70
caiD 0036
1.45
0.16
-1.40
-0.15
-2.03
-0.31
carnitine racemase
mopB 4142
1.44
0.16
2.21
0.35
0.53
0.19
chaperone GroES; binds Hsp60
rfbX 2037
1.42
0.15
2.10
0.32
1.48
0.17
putative O-antigen transporter
rbsD 3748
1.40
0.15
-3.53
-0.55
-4.95
-0.69
D-ribose high-affinity transport system
b3027 3027
1.40
0.15
-1.36
-0.13
-1.90
-0.28
hypothetical protein
mopA 4143
1.41
0.15
1.47
0.17
1.04
0.02
chaperone GroEL/Hsp60

Table 2. Genes significantly up-regulated in an ackA mutant compared to a pta ackA mutant.

Gene

b#
Pta/Ack

ratio
Pta/Ack

log10
Pta/WT

ratio
Pta/WT

log10
Ack/WT

ratio
Ack/WT

log10
Gene Product

Genes that respond positively to AcP

osmB 1283
-10.85
-1.03
-1.07

-0.03

10.14
1.01
osmotically inducible lipoprotein
yjbE 4026
-3.55
-0.55
1.01

<0.01

3.59
0.56
hypothetical protein
rcsA 1951
-3.51
-0.55
1.02

<0.01

3.58
0.55
colanic acid biosynthesis, positive regulator
wcaE 2055
-3.49
-0.54
-1.07

-0.03

3.26
0.51
colanic acid biosynthesis, putative glycosyl transferase
gmd 2053
-3.35
-0.53
-1.11

-0.05

3.02
0.48
colanic acid biosynthesis, GDP-D-mannose dehydratase,
ycfJ 1110
-2.55
-0.41
1.01

<0.01

2.58
0.41
hypothetical protein
ybdG 0577
-2.15
-0.33
-1.12

-0.05

1.92
0.28
putative transport protein
fimC 4316
-2.12
-0.33
-1.05

-0.02

2.02
0.31
type I pilus; periplasmic chaperone
b2833 2833
-2.06
-0.31
1.07

0.03

2.20
0.34
hypothetical protein
eco 2209
-2.02
-0.31
-1.06

-0.02

1.91
0.28
ecotin; serine protease inhibitor
ydhA 1639
-1.96
-0.29
1.05

0.02

2.06
0.31
hypothetical protein
b1171 1171
-1.92
-0.28
1.09

0.04

2.09
0.32
hypothetical protein
b2391 2391
-1.83
-0.26
-1.08

-0.03

1.69
0.23
hypothetical protein
b1550 1550
-1.82
-0.26
1.09

0.04

1.98
0.30
hypothetical protein
wcaD 2056
-1.73
-0.24
-1.14

-0.06

1.52
0.18
colanic acid biosynthesis, putative polymerase
menC 2261
-1.59
-0.20
-1.09

-0.04

1.46
0.17
o-succinylbenzoyl-CoA synthase
yafY 0251
-1.52
-0.18
1.05

0.02

1.60
0.20
hypothetical protein
ygaC 2671
-1.49
-0.17
-1.00

<-0.01

1.49
0.17
hypothetical protein
ugd 2028
-1.44
-0.16
1.00

<0.01

1.44
0.16
colanic acid biosynthesis; UDP-glucose 6-dehydrogenase
b1592 1592
-1.43
-0.16
1.15

0.06

1.65
0.22
putative chloride channel

Genes that respond positively to both AcCoA and AcP

yfkE 0220
-5.48
-0.74
1.96
0.29
10.75
1.03
hypothetical protein
osmY 4376
-4.63
-0.67
1.77
0.25
8.19
0.91
hyperosmotically inducible periplamic protein
yafP 0234
-3.41
-0.53
1.21
0.08
4.13
0.62
hypothetical protein
sfmC 0531
-2.71
-0.43
1.26
0.10
3.41
0.53
putative fimbrial chaperone
fimG 4319
-2.70
-0.43
1.82
0.26
4.92
0.69
type I pilus; morphology
b1172 1172
-2.66
-0.43
1.30
0.11
3.46
0.54
hypothetical protein
osmC 1482
-2.63
-0.42
1.39
0.14
3.65
0.56
osmotically inducible protein
dps 0812
-2.35
-0.37
3.52
0.55
8.27
0.92
starvation, gobal regulator
hslJ 1379
-2.29
-0.36
1.37
0.14
3.14
0.50
heat shock protein
fimI 4315
-2.28
-0.36
1.63
0.21
3.72
0.57
type I pilus; minor protein?
fimA 4314
-2.18
-0.34
1.68
0.23
3.67
0.56
type I pilus;major subunit (pilin)
fimH 4320
-2.09
-0.32
1.52
0.18
3.17
0.50
type I pilus; D-mannose-specific adhesin
fimF 4318
-2.04
-0.31
1.40
0.15
2.86
0.46
type I pilus; morphology
ompX 0814
-1.77
-0.25
1.23
0.09
2.18
0.34
outer membrane protein
ytfK 4217
-1.67
-0.22
1.20
0.08
2.00
0.30
hypothetical protein
gor 3500
-1.45
-0.16
1.39
0.14
2.01
0.30
glutathione oxidoreductase
sfsA 0146
-1.41
-0.15
1.23
0.09
1.74
0.24
probable regulator of maltose metabolism

Genes that respond negatively to AcCoA and positively to AcP

b0943 0943
-3.01
-0.48
-1.26
-0.10
2.39
0.38
putative fimbrial protein
yiaD 3552
-2.33
-0.37
-1.25
-0.10
1.87
0.27
putative outer membrane protein

Genes that respond negatively to AcP

rplK 3983
-1.64
-0.22
-1.06
-0.03
-1.74
-0.24
50S ribosomal subunit protein L11

Genes that respond negatively to both AcCoA and AcP

b0795 0795
-1.53
-0.18
-1.80
-0.26
-1.18
-0.07
putative membrane protein
fdhF 4079
-1.48
-0.17
-1.95
-0.29
-1.32
-0.12
selenopolypeptide subunit; formate dehydrogenase-H
wcaM 2043
-1.41
-0.15
-2.60
-0.41
-1.84
-0.26 ?colanic acid biosynthesis; hypothetical protein
endA 2945
-1.41
-0.15
-2.13
-0.33
-1.51
-0.18
DNA-specific endonuclease I
ycaI 3382
-1.40
-0.15
-1.89
-0.28
-1.35
-0.13
hypothetical protein
ilvL 3766
-1.40
-0.15
-1.70
-0.23
-1.21
-0.08
ilvGEDA operon leader peptide

 

Table 3. Genes significantly up-regulated in both mutants compared to wild-type.

Gene

b#
Pta/Ack

ratio
Pta/Ack

log10

Pta/WT

ratio
Pta/WT

log10
Ack/WT

ratio
Ack/WT

log10
Gene Product
hdeA 3510
-1.03
-0.01
45.01
1.65
45.94
1.66
acid stress response periplasmic protein
hdeB 3509
-1.03
-0.01
24.96
1.40
25.81
1.41
acid stress response periplasmic protein
yhiE 3512
1.38
0.14
4.51
0.65
3.26
0.51
hypothetical protein; slp-hde-gad region
mdh 3236
1.22
0.09
4.18
0.62
3.42
0.53
hypothetical protein
yfiD 2579
-1.15
-0.06
3.12
0.50
3.59
0.56
putative formate acetyltransferase
slp 3506
1.25
0.10
3.10
0.49
2.48
0.40
outer membrane protein induced after carbon starvation
b0725 0725
1.21
0.08
3.01
0.48
2.48
0.40
hypothetical protein
lpdA 0116
1.38
0.14
3.15
0.50
2.28
0.36
lipoamide dehydrogenase (NADH)
b1777 1777
1.04
0.02
2.63
0.42
2.52
0.40
hypothetical protein
ompT 0565
1.30
0.11
2.89
0.46
2.22
0.35
outer membrane protein 3b; protease VII
ftn 1905
1.04
0.02
2.48
0.40
2.38
0.38
cytoplasmic ferritin
icdA 1136
1.10
0.04
2.49
0.40
2.27
0.36
isocitrate dehydrogenase
gapA 1779
1.19
0.07
2.56
0.41
2.16
0.33
glyceraldehyde-3-phosphate dehydrogenase A
b0105 0105
1.31
0.12
2.68
0.43
2.05
0.31
hypothetical protein
clpB 2592
1.17
0.07
2.47
0.39
2.11
0.33
heat shock protein
sucA 0726
1.19
0.08
2.45
0.39
2.06
0.32
2-oxoglutarate dehydrogenase

(decarboxylase component)

gltA 0720
1.22
0.09
2.47
0.39
2.02
0.31
citrate synthase
yeaA 1778
1.11
0.04
2.37
0.37
2.14
0.33
hypothetical protein
yfiA 2597
-1.18
-0.07
2.06
0.31
2.43
0.39
putative yhbH sigma-54 modulator
tra8_3 4284
1.12
0.05
2.35
0.37
2.10
0.32
IS30 transposase
sucD 0729
1.34
0.13
2.53
0.40
1.89
0.28
succinyl-CoA synthetase, alpha subunit
crl 0240
1.05
0.02
2.22
0.35
2.12
0.33
transcriptional regulator of cryptic csgA gene for curli surface fibers
guaC 0104
1.24
0.09
2.36
0.37
1.91
0.28
GMP reductase
yafA 0239
1.11
0.04
2.19
0.34
1.98
0.30
hypothetical protein
b4285 4285
-1.32
-0.12
1.83
0.26
2.42
0.38
putative transposase
rseA 2572
-1.16
-0.07
1.91
0.28
2.22
0.35
negative regulator of sigma E
sgbU 3582
-1.09
-0.04
1.97
0.29
2.15
0.33
probable 3-hexulose-6-phosphate isomerase

 

Table 4. Genes significantly up-regulated in the wild-type than compared to both mutants


Gene

b#
Pta/Ack

ratio
Pta/Ack

log10
Pta/WT

ratio
Pta/WT

log10
Ack/WT

ratio
Ack/WT

log10
Gene Product
b2862 2862
1.04
0.02
-2.59
-0.41
-2.70
-0.43
hypothetical protein
b0671 0671
1.15
0.06
-2.44
-0.39
-2.80
-0.45
putative RNA
yhhQ 3471
1.06
0.02
-2.36
-0.37
-2.49
-0.40
hypothetical protein
secG 3175
-1.01
<-0.01
-2.33
-0.37
-2.31
-0.36
protein export
yaiV 0375
1.05
0.02
-2.23
-0.35
-2.34
-0.37
hypothetical protein
iadA 4328
1.29
0.11
-2.01
-0.30
-2.59
-0.41
isoaspartyl dipeptidase
rbfA 3167
1.16
0.07
-1.97
-0.30
-2.38
-0.38
ribosome-binding factor A
ymfR 1150
1.08
0.03
-2.05
-0.31
-2.21
-0.35
hypothetical protein
b1030 1030
-1.07
-0.03
-2.21
-0.34
-2.06
-0.31
hypothetical protein
rpmE 3936
1.31
0.12
-1.80
-0.26
-2.36
-0.37
50S ribosomal subunit protein L31
yacG 0101
-1.02
-0.01
-2.03
-0.31
-2.00
-0.30
hypothetical protein
hisF 2025
1.18
0.07
-1.84
-0.27
-2.18
-0.34
subunit of imidazole glycerol phosphate synthase; with HisH
cspC 1823
1.17
0.07
-1.86
-0.27
-2.18
-0.34
cold shock protein
ykfB 0250
-1.24
-0.09
-2.23
-0.35
-1.80
-0.25
hypothetical protein
yaeJ 0191
1.05
0.02
-1.94
-0.29
-2.04
-0.31
hypothetical protein
b1436 1436
-1.07
-0.03
-2.04
-0.31
-1.90
-0.28
hypothetical protein
yhfY 3382
1.06
0.02
-1.91
-0.28
-2.02
-0.31
hypothetical protein
ampE 0111
1.03
0.01
-1.97
-0.30
-1.91
-0.28
regulates ampC
glvC 3683
1.09
0.04
-1.88
-0.27
-2.04
-0.31
PTS system; arbutin-like IIC component
yfhL 2562
1.10
0.04
-1.87
-0.27
-2.06
-0.31
hypothetical protein
ybcO 0549
-1.05
-0.02
-1.98
-0.30
-1.88
-0.27
hypothetical protein
metE 3829
1.11
0.05
-1.83
-0.26
-2.04
-0.31
methionine biosynthesis; tetrahydropteroyltriglutamate methyltransferase
rpmG 3636
-1.12
-0.05
-2.01
-0.30
-1.80
-0.26
50S ribosomal subunit protein L33
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OU Bioinformatics Core Facility @ Advanced Center for Genome Technology | Credits | updated:19 Oct 2005