Table 21.3
(continued)
Description
Genesymbol
Predicted genelocation
Release 3.0predicted gene
Eco-type
pre- screen
Mis-sense
Prematurestop
Splicejunction
non-coding
silent
Totalmutationsper gene
GenbankProtein ID.
Referencefor gene
ReferenceforTILLINGmutants
or Reverse
Symbiotic sulfate transporter
SST1
chr2.CM0610.70.r2.m
Lj2g0776860.1
G
R
0
0
0
3
2
5
CAL36108.1
Krusell etal. 2005
Thiaminethiazole synthase
chr3.CM1543.40.r2.m
Lj3g1010900.1
G/M
R
4
0
0
1
4
9
n/e
Thiaminethiazole synthase
chr5.CM0200.1720.r2.m
Lj5g2060670.1
G
R
7
0
0
0
10
17
n/e
Transcription factor CPP
CPP-L56
chr1.CM0591.160.r2.m
Lj1g0114040.1
G
R
1
0
0
0
0
1
BAG50072.1
Asamizu et al. 2008
Tubulin A
hr4.CM0046.780.r2.a
Lj4g2604350.1
G/M
R
12
0
0
9
3
24
n/e
U-box domain-containingprotein
chr6.LjB02K20.60.r2.m
n/a
G
R
15
1
0
0
4
20
n/e
UDP-Glucosyl transferase
LjSGA_003166.2
Lj0g0140509.1
M
R
9
1
0
0
4
14
n/e
Takos etal.
2011
UDP-Glucosyl transferase
chr4.CM0414.390.r2.d
Lj0g0193249.1
M
R
8
3
0
1
5
17
n/e
Takos etal.
2011
UDP-Glucosyl transferase
chr3.CM0241.610.r2.m
Lj3g0754960.1
M
R
9
1
0
0
2
12
n/e
Takos etal.
2011
Vesicle-associatedmembrane protein
chr6.CM0066.240.r2.a
Lj6g1692680.1
G
R
8
0
2
9
2
21
n/e
Vesicle-associatedmembrane protein
chr6.CM0553.210.r2.d
Lj6g0132830.1
G
R
7
0
0
11
1
19
n/e
Vesicle-associatedmembrane protein
chr3.CM0164.260.r2.d
Lj3g2990300.1
G
R
2
0
0
8
2
12
n/e
Vesicle-associatedmembrane protein
chr2.CM0308.520.r2.m
Lj2g3022900.1
G
R
6
1
0
5
5
17
n/e
Vesicle-associatedmembrane protein
chr4.CM0003.1110.r2.m
Lj4g1881960.1
G
R
11
0
0
10
3
24
n/e
RevGen
UK, by agreement with requestors, releases selected information on each target TILLed one year after completion of the work. This table represents in
formation available for Lotus to date (Nov 2013). An additional 15 gene targets are under embargo at the time of going to press
N/a
not annotated (some genes were not identi
fied in release 3.0)
aTwo entries are present most likely because the two separate annotations, one from routine annotation and the other from gene-based deposition to pub
lic databases, were assigned same gene model
240 T.L. Wang and F. Robson