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Table 1 Summary of enzyme-encoding tt alleles described to date

From: Analysis of T-DNA alleles of flavonoid biosynthesis genes in Arabidopsis ecotype Columbia

Gene

Allele1

Line number2

Ecotype3

Mutagen4

First described

chalcone synthase (CHS)at5g13930

tt4-1

85

Ler

EMS

[14, 20]

tt4-2

2YY6

Col

EMS

[21–23]

tt4-3

C1

Col

Carbon ions

[24]

tt4-4

C2

Col

Carbon ions

tt4-5

UV01

Ler

γ radiation

[25]

tt4-6

UV25

Ler

EMS

tt4-7

UV113

Ler

γ radiation

tt4-8

UV118a

Ler

γ radiation

tt4-9

38G1R

Ler

γ radiation

tt4-10

 

Est-1

EMS

[26]

tt4-11

DFW34

Ws-2

T-DNA

[27]

tt4-12

CS429127 / GK-304D03

Col

T-DNA

[28]

tt4-13

SALK_020583 5

Col-0

T-DNA

[29, 30]

tt4-14 through 21

  

zinc finger nucleases

[31]

chalcone isomerase (CHI)at3g55120

tt5-1

86

 

EMS

[14]

tt5-2

CS300857/ GK-176H03

Col

T-DNA

[28, 30]; this report

tt5-3

SALK_034145

Col-0

T-DNA

This report

flavanone 3-hydroxylase (F3H)at3g51240

tt6-1

87

Ler

EMS

[14, 32]

f3h-2::En

 

Col

Transposon

[32]

f3h-3::En

 

Col

Transposon

f3h-4f

 

Col

Transposon

f3h-5f

 

Col

Transposon

tt6-2

CS427992 / GK-292E08

Col-0

T-DNA

[28]

tt6-3

SALK_113904 5

Col-0

T-DNA

[33]

tt6-4

SALK_023664

Col-0

T-DNA

Leaky allele – unpublished results

flavonoid 3'-hydroxylase (F3'H)at5g07990

tt7-1

88

Ler

EMS

[14, 34]

tt7-2

 

Col-7

T-DNA

[35]

tt7-3

CS433473 / GK-349F05

Col-0

T-DNA

[28, 30]

tt7-4

DJI11

Ws-2

T-DNA

[27]

tt7-5

SALK_053394

Col-0

T-DNA

[36]

dihydroflavonol 4-reductase (DFR) at5g42800

tt3-1

84

Ler

EMS

[37]

tt3-2

CS428258 / GK-295C10

Col-0

T-DNA

[28]

tt3-3

 

Est-1

fast neutrons

[26]

 

GK-212G01

Col-0

T-DNA

Some segregants have pale brown seeds, none yellow

 

SALK_099848

Col-0

T-DNA

Does not have phenotype

anthocyanidin synthase (ANS/LDOX)at4g22880

tt11-1

   

Debeaujon and Koornneef, unpublished

tt11-2

 

Ler

EMS

[38]

tds4-1

 

Ws-4

T-DNA but not tagged (INRA)

[35]

tds4-2

SALK_028793

Col-0

T-DNA

[39]

tds4-3

CSHL GT9767

Ler

Gene trap

tt17

 

Est-1

Fast neutrons

[26]

tt18-1

AB084467

Col

Carbon ions

[40]

tt18-2

AB084468

Col

Carbon ions

tt18-3

 

Col

Carbon ions

tt11-11 (tds4-4)

SALK_073183

Col-0

T-DNA

[39]; this report.

anthocyanidin reductase (ANR/BAN) at1g61720

ban-1

 

Ws-2

T-DNA

[41]

ban-2

F36

En-1

unknown

[42]

ban-3

F52

En-1

unknown

ban-4

SALK_040250 5

Col-0

T-DNA

This report

flavonol synthase 1 (FLS1)at5g08640

fls1-1

fls-1::En

Col

Transposon

[32, 43]

fls-2f

 

Col

Transposon

[32]

fls-3f

 

Col

Transposon

fls-4d

 

Col

Transposon

fls1-2

RIKEN PST16145

No-0

T-DNA

[44]

fls1-3

INRA FLAG_533E06 (AJ588535/EGT283)

Ws

T-DNA

[45]

 

SALK_076420

Col-0

T-DNA

Recessive embryo lethal potentially due to disruption of adjacent divergently-transcribed gene [45]

FLS2at5g63580

fls2-1

SALK_023235

Col-0

T-DNA

[45]

fls2-2

GK-429B10

Col-0

T-DNA

[44]

FLS3at5g63590

fls3-1

SALK_050041

Col-0

T-DNA

[44, 45]

FLS4at5g63595

fls4-1

SALK_002309

Col-0

T-DNA

FLS5at5g63600

fls5-1

CS430396 / GK-317E12

Col-0

T-DNA

FLS6at5g43935

fls6-1

SALK_0038795

Col-0

T-DNA

 
  1. 1 Alleles in bold are described in the current study.
  2. 2 GK = GABI-Kat.
  3. 3Standard ecotype abbreviations, as follows: Landsberg erecta (Ler); Columbia accession number 0 (Col-0) or accession unknown (Col), ; Enkheim (En-1); Estland (Est-1); Wassilewskija (Ws-2).
  4. 4 ethyl methanesulfonate (EMS).
  5. 5 independently-derived homozygote already available at ABRC.