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Table 3 Biologically-verified data on transcription factors that act on genes also found in Additional file 1: transcript dependence on Cat8 and Adr1.

From: Transcriptome analysis of a respiratory Saccharomyces cerevisiae strain suggests the expression of its phenotype is glucose insensitive and predominantly controlled by Hap4, Cat8 and Mig1

ORF

GENE

FACTOR CHANGE IN GENE EXPRESSION FROM V5 TO V5.TM6*Pa

FACTOR CHANGE IN GENE EXPRESSION USING DATA FROM CHROMATIN IMMUNOPRECIPITATION FOR Cat8b[25], mRNA EXPRESSION RATIOS FOR WT/Δcat8c[16] AND IMMUNOPRECIPITATION DATA FOR Adr1d [25].

Gluconeogenesis

YLR377C

FBP1

5.3

5.0b; MAXc

YKR097W

PCK1

6.9

7.7b; 151c

Alternative carbon source utilization

YPL061W

ALD6

2.3

5.2b; 8c

YML054C

CYB2

10.1

7.4d

YHL032C

GUT1

6.2

3.7d

YIL155C

GUT2

3.3

4.6d

TCA cycle

YGR244C

LSC2

2.9

5.2d

Glyoxylate cycle

YCR005C

CIT2

2.2

1.7c

YLR174W

IDP2

4

2.9b; 23c

YOL126C

MDH2

3

12.7b; 3.6c

YNL117W

MLS1

3.5

8.9b; 79c

Respiratory chain

YPR151C

SUE1

3.7

4.4d

Plasma membrane transport

YOR348C

PUT4

5.8

2.7b; 6.1c; 2.0d

YDR536W

STL1

21.7

4.4c

Mitochondrial transport

YNR002C

ATO2

3.8

0.33c

YML042W

CAT2

2.6

2.8b; 2.4c

YOR100C

CRC1

2.2

8.1c

YKL217W

JEN1

10.3

3.6b; 10c; 10.5d

YPL134C

ODC1

6.3

3.2b

YJR095W

SFC1

18.3

6.2b; MAXc

  1. The table is arranged as for Table 2. Factor changes denoted 'a' are from Additional file 1, 'b' refer to chromatin immunoprecipitation data for Cat8 [25], 'c' refer to mRNA expression ratios for wt/Δcat8 [16] and 'd' refer to chromatin immunoprecipitation data for Adr1 [25].