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Table 6 Microarray analyses of RNA of livers of chickens after treatment with various compounds.

From: δ-Tocotrienol and quercetin reduce serum levels of nitric oxide and lipid parameters in female chickens

  

Genes up-regulated by the first four lipid-lowering compounds,

  

and down-regulated by dexamethasone

 

#

Genes

Control

δ-T3

Quer

Ribo

Co lac

Dexa

Description

1

CR353609

4.47

7.23

7.13

6.67

7.12

3.95

Finished cDNA, clone CHEST110e20

2

AJ720605

3.07

5.39

5.65

5.23

5.04

2.66

Ornithine aminotransferase

3

BX265212

2.81

4.72

5.12

4.54

5.14

2.38

Similar to L-Kynurenine hydrrlase

4

CR405837

2.76

4.89

5.27

4.49

4.95

1.89

Finished cDNA, clone CHEST884a21

5

BU250153

3.57

5.25

5.97

5.13

5.77

3.27

Selenoprotein P, plasma, 1

6

AJ720030

3.29

5.00

5.62

5.35

5.13

1.62

Squalene epoxidase

7

ENSGALT10

2.97

4.76

5.19

4.00

4.83

3.86

Assembly = WASHUC1ǀchr = 20ǀstrand = forwardǀcdna

8

L07842

2.48

3.90

4.80

3.18

5.70

1.48

Antithrombin III

 

Genes

Genes down-regulated by the first four lipid-lowering compounds,

  

and up-regulated by dexamethasone

 

1

CR389189

4.60

2.35

3.26

1.90

3.68

8.02

Finshed cDNA, clone CHEST613j 16

2

NM204114

3.82

0.66

2.35

1.33

2.22

5.97

Deiodenase, iodothyronine, type II

3

NM_205155

4.73

5.52

6.87

5.48

5.79

9.09

Fatty acid synthase

 

Genes

Genes up-regulated only by dexamethasone

1

BU359098

0.84

1.08

1.04

1.25

0.88

3.69

BUB 1 uninhibited by benzimidazoles 1 homolog

 

Genes

Genes down-regulated only by dexamethasone

1

BU384885

2.11

3.48

4.56

2.90

3.43

1.23

Hypothetical LOC771662

  1. δ-T3 = δ-Tocotrienol; Quer. = Quercetin; Ribo = Riboflavin; Co lac = (-) Corey lactone; Dexa = Dexamethasone