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Table 1 Genes selected by in silico subtraction

From: Computational and experimental analysis identifies Arabidopsis genes specifically expressed during early seed development

Gene AGI code

Imm. seed ESTs

Indi- ferent ESTs

Definition

Functional category

Pattern of expression1

Mutants

Tandem arrays

Segmental duplication

At1g03790

1

5

Zinc finger (CCCH-type) family protein

Regulation of gene expression

IIc

-

1

1

At1g03890

41

22

Cruciferin 12S seed storage protein

Nutrient reservoir

IIb

-

2

1

At1g14950

2

15

Major latex protein type1

Secondary metabolism

IIc

-

4

1

At1g48130

2

12

Peroxiredoxin

Response to abiotic stress

IIb

-

1

1

At1g48660

1

0

Auxin-responsive GH3 family protein

Development

IIc

-

3

1

At1g62060

32

25

Unknown

Unknown

IIa

-

2

1

At1g65090

2

6

Unknown

Unknown

IIb

-

1

1

At1g67100

3

3

Seed specific protein Bn15D17A

Unknown

IIb

-

1

1

At1g73190

8

16

Tonoplast intrinsic protein 3.1

Protein processing

IIb

-

1

2

At1g80090

3

2

Unknown

Unknown

IIb

-

1

1

At2g28420

1

4

Lactoylglutathione lyase family protein

Carbohydrate metabolism

IIc

-

1

1

At2g33520

1

1

Unknown

Unknown

IIc

-

1

1

At2g34700

2

4

Proline-rich glycoprotein

Development

I

-

1

1

At3g01570

15

52

Oleosin

Nutrient reservoir

IIb

-

1

1

At3g04170

1

0

Germin-like protein subfamily 1

Unknown

I

-

5

1

At3g04190

1

0

Germin-like protein subfamily 1

Unknown

I

-

5

1

At3g12960

1

0

Similar to seed maturation protein PM28

Unknown

IIc

-

1

1

At3g24650

6

3

ABI3 protein

Regulation of gene expression

IIb

Abi32

1

1

At3g27660

7

0

Oleosin

Nutrient reservoir

IIb

-

1

1

At3g48580

1

1

Xyloglucan:xyloglucosyl transferase

Carbohydrate metabolism

IIc

-

1

1

At3g54940

4

18

Cysteine proteinase

Protein processing

IIb

-

1

1

At3g60730

2

2

Pectinesterase-like protein

Development

IIc

-

1

1

At3g61040

1

0

Cytochrome P450 monooxygenase-like

Respiration and energy

IIc

-

1

1

At3g62730

55

17

Desiccation-related protein

Response to abiotic stress

IIb

-

1

1

At3g63040

1

0

Unknown

Unknown

IIb

-

1

1

At4g25140

1

5

Glycine-rich protein/ oleosin

Nutrient reservoir

IIb

-

1

1

At4g27150

68

33

2S seed storage protein 2 precursor

Nutrient reservoir

IIb

-

4

1

At4g28520

92

4

12S cruciferin seed storage protein (CRU3)

Nutrient reservoir

IIb

-

1

1

At4g36700

48

16

Globulin-like protein

Nutrient reservoir

IIa

-

1

1

At4g37050

2

5

Patatin-like

Nutrient reservoir

IIa

-

3

1

At5g01670

1

1

Aldose reductase-like protein

Carbohydrate metabolism

IIc

-

1

1

At5g03860

1

18

Malate synthase

Carbohydrate metabolism

IIc

-

1

1

At5g04010

1

0

Unknown

Unknown

IIc

-

1

1

At5g07190

10

15

Embryo-specific protein 3 (ATS3)

Unknown

IIb

-

1

1

At5g09640

10

4

Serine carboxypeptidase-like

Protein processing

I

Sng23

1

1

At5g22470

8

1

Poly (ADP-ribose) polymerase family protein

Protein processing

IIc

-

1

1

At5g40420

39

68

Oleosin

Nutrient reservoir

IIb

-

1

1

At5g44310

5

1

Late embryogenesis abundant protein-like

Response to abiotic stress

IIc

-

1

1

At5g45690

4

6

Unknown

Unknown

IIc

-

1

1

At5g45830

1

1

Unknown

Unknown

IIc

-

1

1

At5g48100

30

19

Laccase

Response to abiotic stress

IIa

-

1

1

At5g49190

9

0

Sucrose synthase (SUS2)

Carbohydrate metabolism

I

-

1

1

At5g50700

9

41

11-beta-hydroxysteroid dehydrogenase-like

Response to abiotic stress

IIb

-

2

1

At5g54740

7

37

2S storage protein-like

Nutrient reservoir

IIb

-

1

1

At5g55240

6

3

Embryo-specific protein 1

Unknown

IIb

-

1

1

At5g57260

1

0

Cytochrome P450

Respiration and energy

IIb

-

1

2

At5g59170

11

6

Cell wall protein precursor, extensin

Development

IIb

-

1

1

At5g62490

2

5

AtHVA22b

Response to abiotic stress

IIc

-

1

1

At5g62800

1

0

Seven in absentia (SINA) family protein

Protein processing

IIb

-

1

1

  1. (1) Information in Figure 4.
  2. (2) Mutant is abscisic acid-insensitive and lacks seed dormancy.
  3. (3) Mutant accumulates sinapoylglucose instead of sinapoylcholine.