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Table 5 Expression levels of known Msn2/4p-dependent genes

From: Transcription analysis of recombinant industrial and laboratory Saccharomyces cerevisiae strains reveals the molecular basis for fermentation of glucose and xylose

ORF

Gene

MA-R4 xylose/glucose (C1)

MA-B4 xylose/glucose (C2)

Description

(C1-1)

(C1-2)

(C2-1)

(C2-2)

YER150W

SPI1

126.64

199.67

48.44

67.29

GPI-anchored cell wall protein

YOL052C-A

DDR2

105.36

135.30

99.99

232.51

Multi-stress response protein

YBR117C

TKL2

87.83

164.53

95.81

94.69

Transketolase

YGR088W

CTT1

38.28

49.52

17.11

21.33

Catalase T

YMR169C

ALD3

37.09

42.34

10.28

7.78

Aldehyde dehydrogenase

YBL075C

SSA3

24.17

17.42

12.94

14.98

Chaperone protein

YLR258W

GSY2

11.84

16.29

5.01

6.14

Glycogen synthase

YDR171W

HSP42

10.65

9.66

5.25

5.53

Heat shock protein

YDR258C

HSP78

10.11

7.85

5.36

4.66

Heat shock protein

YMR170C

ALD2

7.08

12.90

7.38

6.28

Aldehyde dehydrogenase

YLL026W

HSP104

6.89

7.95

6.11

6.61

Heat shock protein

YDR074W

TPS2

5.27

4.61

4.55

4.72

Trehalose-6-phosphate phosphatase

YBR126C

TPS1

4.95

6.86

4.75

7.17

Trehalose-6-phosphate synthase

YHR008C

SOD2

2.48

2.14

2.65

2.29

Superoxide dismutase

  1. Relevant genes for which the MA-R4 xylose/glucose ratio (C1) and the MA-B4 xylose/glucose ratio (C2) were higher than two were selected. The DNA microarray analysis was repeated twice (Values shown in C1-2 and C2-2 are from dye-swap experiments).