Table 4 Variations of the expression of genes involved in rhamnose and 1,2-propanediol degradation.

From: Metabolic adaptation of adherent-invasive Escherichia coli to exposure to bile salts

Name

Product

Gene size

RNA-seq values (minimal medium)

RNA-seq values (bile salts)

Fold change

Fold change

p value

(bp)

RPKM

RPKM

(Log2)

rhaA

L-rhamnose isomerase

1259

376

39

9.7

3.27

2.279E-24

rhaB

Rhamnulokinase

1469

452

65

7.0

2.80

3.564E-19

rhaD

Rhamnulose-1-phosphate aldolase

824

554

303

1.8

0.87

3.341E-03

fucO

propanediol oxydoreductase

1151

510

234

2.2

1.12

5.724E-06

pduB

polyhedral bodies

812

71

203

2.8

1.51

3.202E-07

pduC

glycerol dehydratase large subunit

1664

251

532

2.1

1.08

3.910E-06

pduD

diol dehydratase medium subunit

668

110

236

2.2

1.11

5.478E-04

pduE

diol dehydratase small subunit

518

39

118

3.1

1.62

7.898E-06

pduG

diol dehydratase reactivation

1832

185

494

2.7

1.42

8.661E-08

pduH

diol dehydratase reactivation

350

71

174

2.4

1.29

4.274E-05

pduJ

polyhedral bodies

275

42

135

3.2

1.69

2.362E-07

pduK

polyhedral bodies

422

16

59

3.7

1.89

1.644E-06

pduL

Phosphate propanoyltransferase

632

53

134

2.6

1.35

5.949E-05

pduM

propanediol utilization protein

491

78

233

3.0

1.59

2.260E-07

pduN

polyhedral bodies

275

48

90

1.9

0.91

1.456E-02

pduO

propanediol utilization: B12 related

1007

106

261

2.5

1.30

6.990E-06

pduP

propionaldehyde dehydrogenase

1112

81

211

2.6

1.39

2.872E-06

pduQ

Propanol dehydrogenase

1343

125

416

3.3

1.74

3.516E-09

pduT

polyhedral bodies

554

55

157

2.8

1.51

1.503E-05

pduU

polyhedral bodies

350

95

102

1.1

0.11

7.703E-01

pduV

propanediol utilization protein

443

188

152

−1.2

−0.31

2.703E-01

  1. 1Values shown in bold are significant.