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Table 4 Other transcription factors with a similar DNA-binding motif

From: Genome-wide data (ChIP-seq) enabled identification of cell wall-related and aquaporin genes as targets of tomato ASR1, a drought stress-responsive transcription factor

Database

TF

E value

Alignment

PLACE

AtTCP20 (SITEIIATCYTC)

8.4270e-10

WRGCCCA

-RGCCCA

minus284MOTIFZMSBE1

2.0664e-06

-----TGGGCYW-----

TCTGGGCCGATTGGCCTTTGGGCTTGCA

GCBP2ZMGAPC4

8.1033e-06

-WRGCCCA

CGGGCCCAC

SITEIIAOSPCNA

8.1033e-06

--WRGCCCA

ACGGGCCCA

UP1ATMSD

8.1033e-06

---TGGGCYW

WWWTGGGCC

TRANSFAC FAMRS

bHLH_PCF2_M00948

1.5189e-05

-TGGGCYW

GTGGGNCCN

CC_HNF4,_M00967

3.9030e-05

-TGGGCYW

NTGGACYT

homeo_Pitx2_M00482

1.3290e-04

-WRGCCCA

NTAATCCCAN

CH_Egr-3_M00245

3.9782e-04

WRGCCCA----

ACGCCCACGCA

CH_Egr-1_M00243

6.9656e-04

WRGCCCA----

MCGCCCACGCA

AGRIS

SORLIP2

1.5219e-05

WRGCCCA

-GGCCC

ATHAMAP

PCF2

3.0241e-05

-TGGGCYW--

GTGGGNCCNN

  1. The ASR1-binding DNA sequence was compared to four different databases using the STAMP program [56]. Columns show the databases used for comparison, the TFs possessing similar binding sites, the statistical E values and the alignments between the ASR1 consensus sequence found in this study (on top) as well as for the other TFs (bottom) for each hit, respectively. Single letter codes for more than one nucleotide at ambiguous positions are the same as recommended in http://www.ncbi.nlm.nih.gov/staff/tao/tools/tool_lettercode.html. All of the computer programs compared both plus and minus strands. ASR1 showed a binding sequence almost identical to the one described for SITEIIATCYTC (AtTCP20).