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Table 1 TIR, NB, NLL, LRR, and PL motifs detected from TNLs within the peach genome and from reference TNL genes

From: TNL genes in peach: insights into the post-LRR domain

TNL sequence numbers

Motif

Signature

MEME motif (consensus sequence)

E-value

Sequences displaying the motif

Similar to (Meyers et al.) [3]

Similar to (Jupe et al.) [39]

 

TIR1

VFLSFRGxDTRxxFxxHL

YDVFLSFRGEDTRKGFTDHLYHALXXKGI

3.6e-2895

98 %

TIR-1

motif 18

 

TIR2

DDxxLxRG

TFRDDDELERG

2.9e-634

95 %

  

146

TIR3

YAxSxWCLDEL

YSPELLKAIEESRISIIVFSKNYASSTWCLDELVKIL

3.0e-3730

99 %

TIR-2

motif 15

 

TIR4

PxFYxVDPSxVRxQ

VLPIFYDVDPSDVRKQTGSFA

1.2e-2248

99 %

TIR-3

motif 13

 

TIR5

KVxxWRxAL

DKEKVLRWRAALTEVANLSGW

2.9e-1463

92 %

  
 

NB1

GIWGMGGIGKTT

RMVGIWGMGGIGKTTIAKAVYNSISHKFE

8.3e-2337

100 %

P-loop

motif 1

 

NB2

GSRIIITT

GKDWFGPGSRIIITTRDKHLL

9.0e-1589

100 %

RNBS-B

motif 5

120

NB3

GLPLAL

YLELSKRVVDYAGGLPLALKVLGSSLYGR

8.1e-1978

100 %

GLPL

motif 3

 

NB4

FLDIACF

LDDMEKEIFLDIACFFKGK

2.7e-1129

92 %

RNBS-D

-

 

NB5

MHDL

NKLWMHDLLQEMGREIVREE

1.9e-1115

92 %

MHDV

motif 7

 

NLL1

FxxMxxLxxL

EAFSKMKNLRLLILSNV

5.8e-1047

95 %

-

-

146

NLL2

LxxLxWxxxPLxxLP

LRWLCWSGYPLKSLP

2.2e-1037

95 %

-

-

 

NLL3

FxPxxLxxLxxMxxS

SNFQPEKLVELNMPYSKLRQL

2.6e-1017

95 %

-

-

 

LRR1a

PDFxxxPNLxxLxLxxCxxL

TKTPDFSGIPNLERLNLEGCTSLVEVHPSI

2.8e-1638

91 %

-

-

 

LRR1b

LxxLxxLxLxGCxxLxxLP

LKSLETLILSGCSKLEKLPEI

1.1e-789

91 %

-

-

118

LRR2a

LxxLxLxGTxIxxLPxSI

MESLKELDLSGTAIRELPSSI

4.0e-767

92 %

-

-

 

LRR2b

LxxCxxLxxLPxxI

NLKDCKNLLKSLPSSI

2.4e-461

90 %

-

-

 

PL-1

IPxWF

PGSEIPEWFSHQSVGD

1.0e-643

95 %

-

-

124

PL-2

GxAxCxV

KWMGLALCAVFE

3.2e-386

89 %

-

-

 

PL-3

VKKCGxxL

VKKCGVRLVYEQDVEELNQT

9.0e-704

83 %

-

-

  1. Numbers of domain sequences used to detect the motifs are indicated in the left column. Each motif is characterised by its specific signature, its MEME consensus sequence, its e-value and the percentage of sequences displaying it. Some motifs from TIR and NB domains correspond to those described in the literature. Motifs are reported in sequence order