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Table 1 Gene ontology categories corresponding to genes differentially regulated by As in Arabidopsis accessions exposed to As

From: Transcriptome profiling of genes and pathways associated with arsenic toxicity and tolerance in Arabidopsis

Biological process

Accessiona

No. genesa

Background

False discovery rates

Upregulated generally by As (V)

Heat response

Col-0, Ws-2

49, 32

114

1.70E-27, 1.95E-25

Oxidative stress

Col-0, Ws-2

42, 29

258

1.06E-9, 2.87E-13

Chitin response

Col-0, Ws-2

41, 11

127

7.05E-19, 1,39E-5

Metal ion response

Col-0, Ws-2

44, 17

367

2.58E-06, 0.00799

Carbohydrate stimulus

Col-0, Ws-2

50, 14

203

5.80E-21, 0.000626

Upregulated specifically by As (V)

Ethylene response

Col-0 (Ws-2)

16, ( 5 )

143

5.01E-05

ABA response

Col-0 (Ws-2)

14, ( 6 )

262

0.00773

Heat acclimation

Col-0 (Ws-2)

5 ( 2 )

15

0.00154

Osmotic stress

Ws-2 (Col-0)

16 ( 7 )

391

0.0346

Toxin response

Ws-2 (Col-0)

16 ( 10 )

66

5.54E-12

Downregulated generally by As (V)

Cell wall organization

Col-0, Ws-2

49, 12

263

3.01E-12, 3.81E-05

Secondary metabolic process

Col-0, Ws-2

47, 18

359

2.50E-07, 9.42E-06

Cytokinin response

Col-0, Ws-2

8, 6

75

0.0196, 0.0066

Glycoside biosynthesis

Col-0, Ws-2

12,11

32

8.31E-06, 4.30E-11

Transport

Col-0, Ws-2

73,33

1732

0.0499, 0.0289

Downregulated specifically by As (V)

Receptor protein signaling

Col-0

30

130

1,96E-09

  1. aAccession specificity were identified according to false discovery rates (FDR < 0.05) of gene ontology analysis. Accession and no. of genes in parentheses refers to FDR > 0.05 in each gene ontology term.