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Table 3 HS-dependent changes in WT that were most different in cngc16 under HS

From: A comparison of heat-stress transcriptome changes between wild-type Arabidopsis pollen and a heat-sensitive mutant harboring a knockout of cyclic nucleotide-gated cation channel 16 (cngc16)

Gene ID

Description

Net-work a

Function based on S (String), MM (MapMan), T (TAIR)

WT Heat Avg.

cngc16 Heat Avg.

log2- CHG

Sig. adj. p-val.

Seed-ling HS log2- CHGb

Ratio pollen to seed-ling c

Over-responsive in cngc16 compared to WT under HS

 AT4G33790

FAR3, CER4, acyl CoA reductase

B

Cell Wall, Cuticular Wax S

5.6

30.4

2.1

0.001

0.16

0.03

 AT3G05650

Receptor-like protein 32, RLP32

 

Biotic Stress Signaling S

20.4

73.2

1.7

0.009

−0.58

< 0.01

 AT3G44310

Nitrilase 1

 

Secondary Metabolism MM

54.1

146

1.4

< 0.001

−0.43

< 0.01

 AT5G59320

Lipid transfer protein 3

C

Membrane Dynamics S

131

366

1.4

0.004

0.32

0.06

 AT5G25280

Serine-rich protein

 

Unknown S,MM, T

146

376

1.3

0.010

2.05

0.01

 AT5G59613

ATP synthase

 

ATP Synthase T

31.5

78.3

1.2

0.001

NA

0.08

 AT5G15960

Stress-responsive protein (KIN1)

 

Stress Protein, Antifreeze T

58.4

139

1.2

0.005

0.09

0.00

 AT5G59310

Lipid transfer protein 4

C

Membrane Dynamics S

377

879

1.2

0.004

0.32

0.17

 AT2G24940

MAPR2 steroid-binding protein 3

 

Membrane Dynamics S

40.9

91.8

1.1

0.009

0.15

0.02

 AT3G04120

GAP dehydrogenase C subunit 1

B

Glycolysis MM

160

338

1.0

0.001

0.12

0.01

 AT1G07590

Tetratricopeptide repeat (TPR)-like

 

Gene Expression MM

66.5

142

1.0

0.006

0.15

0.02

Under-responsive in cngc16 compared to WT under HS

 AT2G20110

Tesmin/TSO1-like with CXC domain

 

Gene Expression MM

120

51.6

−1.2

0.002

0.20

2.60

 AT1G49490

LRX9, Leucine-Rich Repeat/Extensin 9

 

Cell Wall Functions MM

149137

61672

−1.2

< 0.001

0.09

702

 AT2G46192

Non-coding RNA, “other_rna”

 

Gene Expression MM

91.0

33.6

−1.4

< 0.001

NA

2.57

 AT5G17320

HDG9, homeodomain GLABROUS 9

 

Gene Expression MM

37.0

11.6

−1.5

0.010

0.24

120

 AT4G12870

Lysosomal thiol (GILT) reductase

A

Unknown S,MM, T

20.3

5.8

−1.6

0.007

NA

0.02

 AT3G08770

Lipid transfer protein 6

A

Membrane Dynamics S

108

31.2

−1.6

< 0.001

−0.53

< 0.01

 AT1G56100

Invertase/pectin methylesterase inhibitor

A

Cell Wall Functions MM

21.7

3.2

−2.3

< 0.001

0.02

< 0.01

 AT2G46960

CYP709B1, cytochrome P450

A

Stress Responsive P450 S

17.8

2.3

−2.3

0.002

0.29

6.63

 AT5G47350

Alpha/beta-Hydrolases superfamily

A

Membrane Dynamics T

43.8

6.0

−2.5

< 0.001

0.07

< 0.01

 AT3G20210

Delta vacuolar processing enzyme

A

Protein Degradation S

31.0

3.7

−2.6

< 0.001

0.07

2644

 AT4G15750

Invertase/pectin methylesterase inhibitor

A

Cell Wall Functions MM

51.7

5.2

−2.9

< 0.001

0.22

17.1

 AT1G26240

Proline-rich extensin-like family

 

Cell Wall Functions MM

14.4

0.4

−3.2

< 0.001

0.09

0.50

  1. aNetwork group analysis was done using STRING [32]
  2. bHS-dependent changes in transcript abundance in seedlings (aerial parts) based on publically available data using the AtGenExpress Visualization Tool (AVT) (http://jsp.weigelworld.org/expviz/expviz.jsp) [33] for seedlings exposed to one hour HS at 38 °C. The log2-fold change was calculated based on a comparison of means of normalized values for two heat-stressed and two non-stressed seedling samples
  3. cRatio of expression between pollen and seedling is based on [22]. NA stands for not applicable because it was not possible to calculate based on the information available
  4. Functional annotation based on S (STRING, [32]), MM (MapMan, [71]), and T (TAIR, [64]), as noted