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Table 2 Gene ontology based on molecular function for selected repressed genes of arsenic-treated Arabidopsis thaliana Columbia plants.

From: Transcriptional responses of Arabidopsis thaliana plants to As (V) stress

Molecular function

Gene ID

Locus

FC

RP

Catalase activity

catalase 3 (SEN2)

at1g20620

-1.59

191.7

Peroxidase activity

peroxidase

at3g49120

-1.77

165.3

 

peroxidase

at5g64120

-1.84

123.2

 

cationic peroxidase

at4g25980

-1.52

333.1

Oxidoreductase activity

superoxide dismutase [Fe], chloroplast

at4g25100

-5.17

1.7

 

lipoxygenase

at1g72520

-2.41

242.9

 

FAD-binding domain-containing protein

at1g26380

-1.50

293.0

 

cytochrome p450 83B1

at4g31500

-1.71

142.3

 

auxin-responsive family protein

at5g35735

-1.59

156.4

Metal ion binding

germin-like protein

at5g39160

-1.51

319.7

 

germin-like protein

at5g39190

-2.13

27.3

 

calcium-binding EF hand family protein

at1g76650

-2.00

50.4

 

C2-domain containing protein

at4g34150

-1.53

313.4

 

touch-responsive protein/calmodulin-related

at2g41100

-1.64

137.9

 

ferritin 1 (FER 1)

at5g01600

-1.78

83.0

 

ferritin 4

at3g56090

-1.52

201.0

 

zinc finger (C2H2 type) protein

at3g46090

-1.51

191.2

 

zinc finger (C2H2 type) protein

at3g46080

-1.59

178.8

 

zinc finger (C3HC4 type) protein

at5g27420

-1.75

82.2

Hydrolase activity

lipase class 3 family protein

at1g02660

-1.56

218.8

 

invertase/pectin methylesterase family protein

at5g62360

-1.75

85.0

 

protein phosphatase 2C

at2g30020

-1.52

237.4

 

phosphoric monoester hydrolase

at1g73010

-3.01

7.0

 

acid phosphatase type 5 (ACP5)

at3g17790

-1.62

290.7

 

phosphoric monoester hydrolase

at1g17710

-1.88

118.6

 

glycosyl hydrolase family 17 protein

at3g55430

-1.53

201.2

 

glycosyl hydrolase family 17 protein

at4g31140

-1.71

248.5

 

glycosyl hydrolase family 17 protein

at4g19810

-1.96

99.2

 

glycosyl hydrolase family 36 protein

at5g20250

-1.52

201.8

 

xyloglucan endotransglucosylase/hydrolase

at4g30280

-1.63

172.2

 

xyloglucan endotransglucosylase/hydrolase

at4g14130

-2.00

47.9

 

xyloglucan endotransglucosylase/hydrolase

at5g57560

-1.68

97.3

 

nudix hydrolase homolog 4

at1g18300

-1.54

215.9

 

MERI-5 endo-xyloglucan transferase

at4g30270

-1.96

45.6

Protein binding

calmodulin-binding family protein

at4g33050

-1.78

88.6

 

ankyrin repeat family protein

at5g45110

-1.58

252.0

 

mitochondrial substrate carrier family protein

at4g24570

-1.50

260.2

 

polygalacturonase inhibitory protein

at5g06860

-1.91

65.0

Chitin binding

hevein-like protein (HEL)

at3g04720

-1.53

499.9

Carbohydrate binding

legume lectin family protein

at3g16530

-2.03

37.8

Sugar binding

curculin-like lectin family protein

at1g78830

-1.64

138.3

ATP binding

ATP-dependent Clp protease ATP-binding subunit

at5g51070

-1.51

188.7

Jasmonic acid synthesis

allene oxide cyclase

at3g25760

-1.54

279.6

Peptidase activity

vacuolar processing enzyme gamma

at4g32940

-1.65

117.1

 

subtilase family protein

at1g32970

-1.91

81.1

Ligase activity

v-box domain-containing protein

at2g35930

-1.63

205.5

 

asparagine synthetase 1

at3g47340

-1.74

75.5

Transferase activity

glutathione S-transferase (GSTF6); phi class

at1g02930

-2.10

62.9

 

glutathione S-transferase (GSTF7); phi class

at1g02920

-2.88

7.6

 

branched-chain amino acid amino transferase 2

at1g10070

-1.60

113.8

Nutrient reservoir activity

patatin

at2g26560

-1.81

84.8

Kinase activity

serine/threonine protein kinase 19

at3g08720

-1.55

249.8

Molecular function unknown

hypothetical protein no ATG start

at3g09922

-2.15

33.6

 

expressed protein

at2g25510

-1.99

96.9

 

expressed protein no ATG start

at5g03545

-2.72

16.8

 

expressed protein

at5g42530

-2.01

147.4

 

expressed protein

at4g31570

-2.21

45.6

 

expressed protein

at1g69890

-1.73

79.9

 

expressed protein

at5g20790

-2.33

32.7

 

expressed protein

at2g04460

-1.73

190.5

 

VQ motif-containing protein

at2g22880

-1.83

57.3

 

glycine-rich protein

at1g07135

-1.53

167.4

 

glycine-rich protein

at3g04640

-1.81

73.9

 

glycine-rich protein

at2g05540

-1.85

47.9

 

glycine-rich protein

at2g05380

-1.59

146.7

 

integral membrane family protein

at4g15610

-1.58

139.7

 

gibberellin-responsive protein

at1g22690

-1.88

51.5

 

gibberellin-regulated protein (GASA1)

at1g75750

-1.70

93.7

 

dehydrin (RAB18)

at5g66400

-1.70

81.1

 

unknown protein – similar to glycosyltransferase

at2g41640

-1.54

185.8

 

patatin-like protein 8

at4g29800

-1.52

198.7

 

phosphate-responsive protein

at5g64260

-1.52

221.0

 

phosphate-responsive protein

at1g35140

-1.58

131.5

 

similar to LITAF-domain containing protein

at5g13190

-1.54

293.4

Transcription factor activity

DRE-binding protein

at1g12610

-1.74

116.8

 

AP2 domain-containing transcription factor

at4g34410

-2.01

50.4

 

zinc finger (C2H2 type) protein

at3g46090

-1.51

191.2

 

zinc finger (C2H2 type) protein

at3g46080

-1.59

178.8

 

WRKY family transcription factor 33

at2g38470

-1.63

157.9

 

WRKY family transcription factor 53

at4g23810

-1.55

278.3

 

WRKY family transcription factor 40

at1g80840

-1.88

70.9

 

NAC domain-containing protein

at5g08790

-1.53

238.7

Senescence-related

senescence-associated family protein

at5g66040

-1.55

164.0

 

senescence/dehydration-associated protein

at2g17840

-1.60

256.9

 

senescence-associated protein (SEN1)

at4g35770

-1.59

123.9

 

SRG3 (senescence-related gene 3)

at3g02040

-2.65

11.0

Transporter activity

MATE efflux family protein

at1g61890

-1.80

108.3

Galactolipid biosynthesis

monogalactosyldiacylglycerol synthase type C

at2g11810

-1.78

130.5

Electron transport

cytochrome p450 family 94 subfamily B

at3g48520

-1.56

249.8

Guanosine tetraphosphate metabolism

RSH 2 (RELA-SPOT HOMOLOG)

at3g14050

-1.52

188.7

N-terminal protein myristoylation

band 7 family protein

at3g01290

-1.54

253.4

  1. RP, rank products; FC, fold change. Only genes upregulated above -1.5-fold and meeting a significance criteria of P < 0.001 and FDR of 1% are shown. Rank products analysis reveals that most significantly repressed genes display the lowest RP value.