Skip to main content

Table 2 Representative Arabidopsis RING proteins used in this study, their expression in a wheat germ cell-free system and their ubiquitination activities

From: Wheat germ-based protein libraries for the functional characterisation of the Arabidopsis E2 ubiquitin conjugating enzymes and the RING-type E3 ubiquitin ligase enzymes

AGI loci

Other names

RING type

M. wt. (Da)

High molecular smear

Activity with UBC8/10

Activity with other UBCs

Comments

At1g22500

ATL15

H2

42,226

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At1g49200

 

H2

24,790

Yes(b)

nd

nd

 

At3g09760

 

v

23,097

Yes(a)

Yes(c)

UBC11(e)

 

At2g39100

 

HCa

31,376

No(a)

Yes(d)

nd

 

At1g74410

 

H2

12,293

No(a)

No(c), Yes(d)

UBC8(f)

 

At5g07270

XBAT33

HCa

56,010

Yes(a)

Yes(c)

UBC11, UBC28(e)

 

At1g73760

 

H2

40,616

No(a)

Yes(d)

nd

 

At1g80400

 

H2

44,551

Yes(a)

nd

nd

 

At1g71980

 

H2

46,218

Yes(a)

nd

nd

 

At1g15100

RHA2a

H2

16,983

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At5g08139

 

H2

60,426

Yes(b)

nd

nd

 

At2g18670

 

H2

21,067

No(a)

No(c)

nd

Low expression

At3g47550

 

v

31,784

Yes(b)

nd

nd

 

At2g47700

RFI2

H2

35,729

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At1g74760

 

H2

29,318

No(a)

No(c)

nd

 

At3g23280

XBAT35

HCa

50,055

No(a)

Yes(c)

UBC11, UBC28(e)

 

At2g04240

XERICO

H2

17,928

Yes(a)

nd

nd

 

At5g22920

RZPF34

H2

33,549

No(a)

No(c)

nd

 

At3g05200

ATL6

H2

42,561

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

Low expression

At4g39140

 

H2

47,548

No(a)

No(c)

nd

 

At2g32950

COP1/DET340/EMB168/FUS1

HCa

76,188

Yes(a)

nd

nd

 

At2g44950

HUB1/RDO4

HCa

59,491

No(a)

Yes(d)

UBC1, UBC2 and UBC8(f)

 

At5g45290

 

H2

60,928

No(a)

Yes(d)

nd

 

At5g01520

AIRP2

HCa

28,050

No(a)

No(c)

nd

 

At2g15580

 

H2

23,182

No(a)

No(c), Yes(d)

UBC8, UBC31(f)

 

At5g03180

 

v

52,475

Yes(a)

nd

nd

 

At1g21650

SECA2

 

177,644

Yes(a)

nd

nd

Truncated

At1g79810

PEX2/TED3

HCa

38,175

Yes(a)

nd

nd

 

At2g35330

 

HCa

79,194

Yes(a)

Yes(d)

nd

 

At1g63170

 

H2

42,677

Yes(a)

nd

nd

 

At3g09770

AIRP3/LOG2

HCa

42,848

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At4g25230

RIN2

H2

66,537

Yes(a)

nd

nd

Low expression

At1g12760

 

H2

40,453

Yes(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

Low expression

At5g06420

 

HCa

42,460

No(a)

Yes(d)

nd

 

At5g15820

 

H2

38,560

Yes(b)

nd

nd

 

At4g23450

AIRP1

H2

21,143

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At2g02960

 

v

29,591

Yes(b)

nd

nd

 

At1g55530

 

H2

38,963

Yes(b)

nd

nd

 

At2g28840

XBAT31

HCa

46,391

No(a)

No(c)

nd

 

At3g47160

 

HCa

28,524

No(a)

Yes(c)

UBC11(e)

 

At5g20910

AIP2

H2

34,807

No(a)

Yes(c)

UBC11, UBC28, UBC29 and UBC30(e)

 

At5g14420

RGLG2

HCa

51,578

No(a)

Yes(c)

UBC11, UBC28, UBC29 and UBC30(e)

 

At4g11680

 

H2

47,218

Yes(a)

Yes(c)

UBC11, UBC28, UBC29, UBC35 and UBC36(e)

 

At5g51450

RIN3

H2

65,087

Yes(a)

nd

nd

Low expression

At3g61550

 

H2

23,224

No(a)

Yes(d)

nd

 

At3g06330

 

v

46,711

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

Low expression

At3g16720

ATL2

H2

34,052

No(a)

No(c), Yes(d)

UBC8, UBC31(f)

 

At5g18260

 

H2

35,673

No(a)

Yes(d)

nd

 

At5g01960

 

HCa

46,018

Yes(a)

nd

nd

 

At5g62460

 

v

33,660

Yes(b)

nd

nd

 

At1g69330

 

HCa

30,423

No(a)

Yes(d)

nd

 

At2g35910

 

H2

19,725

No(a)

Yes(d)

nd

 

At2g22680

WAVH1

H2

74,401

No(a)

Yes(c)

UBC11, UBC28 and UBC29(e)

 

At5g63780

SHA1

H2

39,838

Yes(a)

nd

nd

 

At5g63760

ARI15

HCb

57,610

Yes(a)

nd

nd

 

At3g61180

 

H2

40,754

Yes(a)

nd

nd

 

At1g74370

 

HCa

29,400

Yes(a)

Yes(c)

UBC11, UBC28, UBC29, UBC35 and UBC36(e)

 

At5g37930

 

HCa

38,924

Yes(a)

nd

nd

 

At2g22120

 

v

28,253

Yes(a)

nd

nd

 

At1g18470

 

HCa

47,408

Yes(a)

nd

nd

 

At4g19670

 

HCb

60,343

No(a)

Yes(d)

nd

 

At4g09560

 

H2

48,030

Yes(a)

nd

nd

 

At5g15790

 

H2

26,352

No(a)

Yes(d)

nd

 

At1g60610

 

HCa

38,334

No(a)

No(c), Yes(d)

nd

 

At3g16090

HRD1a

H2

56,037

Yes(a)

nd

nd

 

At1g11020

 

v

31,326

Yes(a)

nd

nd

 

At1g50440

 

H2

28,785

Yes(a)

Yes(c)

nd

 

At4g14220

RHF1a

H2

41,035

Yes(a)

Yes(c)

nd

 

At4g35840

 

H2

29,169

Yes(a)

nd

nd

 

At3g07200

 

HCa

20,090

Yes(b)

nd

nd

 

At1g23980

 

H2

40,765

No(a)

Yes(d)

nd

 

At4g33940

 

HCa

73,413

No(a)

Yes(d)

nd

Truncated

At2g38920

 

HCa

35,490

Yes(a)

nd

nd

 

At1g74870

 

C2

33,404

No(a)

Yes(d)

nd

 

At3g48070

 

C2

35,234

No(a)

Yes(c)

UBC11(e)

 

At1g30860

 

HCa

84,259

Yes(a)

nd

nd

 
  1. The table shows the expression and ubiquitination activities of representative Arabidopsis RING proteins used in this study (See additional file 3 for a summary of all RING ORFs used in this study). ‘M. wt. (Da)’ indicates the expected molecular weight of the expressed proteins according to the RAFL database. ‘High molecular smear’ indicates the detection of a smear: awhen RING protein expression was detected by immunoblot analysis or bwhen analysed in ubiquitination assays without the addition of E1 or E2. ‘Activity with UBC8/10’ indicates the E3 ligase activity of selected RING proteins tested with cAtUBC8 [14] or dAtUBC10 in this study. ‘Activity with other E2s’ indicates the E3 ligase activity of selected RING proteins tested along with various E2s in eprevious study [13] or fin this study. ‘Truncated’ refers to proteins that were more than 20 KDa less than their expected size. ‘Low expression’ refers to proteins expressed at relatively low levels. Abbreviations: yes, detected; No, not detected; nd, not tested