Table 2

Detailed characteristics of multi-CLE domain proteins

CLE

Database

Length

Motif

Start

Stop

Motif Sequence

Distance


CLE75

O. sativa genome

250

1

51

63

IGVGKRLTPTGPNPVHNEFQP

51

2

87

99

IGNGKRLTPTGPDPIHNEFQP

36

3

123

135

IGDGKRLTPTGPDPVHNKFQP

36

4

155

167

IGDGKRLTPTGPDPIHNEFQP

32

5

191

203

IGDGKRLTPIGPDPIHNEFPP

36

6

223

235

IGDGKRLTPTGPDPVHNEFQP

36

CLE76

O. sativa genome

195

1

65

77

DFSVLRKVPTGPDPITSDPPP

65

2

94

106

QFSVLRKVPTGPDPITSDPPP

29

3

119

131

EFPVLREVPSGPDPITSDPPP

25

4

146

158

EFPVLREVPSGPDPITSDPPP

27

CLE68

M. truncatula genome

181

1

70

82

EIGELRKVPSSPDPIHNSDID

70

2

128

140

QIRGLTKVPTSPDPIHNSDSV

58

3

157

169

QIGRARMVSSGPNPLHNRLIN

29

CLE31

T. aestivum ESTs

175

1

75

97

IMMAPRPVPSGPDPIHHCPPA

75

2

112

124

AMVAPRPVPSGPNPIHHRPPH

37

3

145

157

VMVAPMPIPSGPDPIHHCPPA

33

CLE30

T. aestivum ESTs

175

1

61

73

VMVAPRPVPSGPDPIHHRPHA

61

2

98

110

VMVAPRPVPSGPNPIHHFPAP

37


Detailed characteristics of identified CLE members that carry multiple CLE motifs. The table contains information about database origin, protein length in amino acids, and motif position as well as motif sequences and distance in amino acids between the motifs in the protein sequence.

Oelkers et al. BMC Plant Biology 2008 8:1   doi:10.1186/1471-2229-8-1

Open Data