PlantTFDB
PlantRegMap/PlantTFDB v5.0
Plant Transcription Factor Database
Previous version: v3.0 v4.0
Rosa multiflora
ERF Family
Species TF ID Description
Rmu_co8006714.1_g000001.1ERF family protein
Rmu_co8045116.1_g000001.1ERF family protein
Rmu_co8046292.1_g000001.1ERF family protein
Rmu_co8096516.1_g000001.1ERF family protein
Rmu_co8125528.1_g000001.1ERF family protein
Rmu_co8198010.1_g000001.1ERF family protein
Rmu_co8269835.1_g000001.1ERF family protein
Rmu_co8328685.1_g000001.1ERF family protein
Rmu_co8352207.1_g000001.1ERF family protein
Rmu_co8365147.1_g000001.1ERF family protein
Rmu_co8374589.1_g000001.1ERF family protein
Rmu_co8380525.1_g000001.1ERF family protein
Rmu_co8388259.1_g000001.1ERF family protein
Rmu_co8415911.1_g000001.1ERF family protein
Rmu_co8448481.1_g000001.1ERF family protein
Rmu_co8448865.1_g000001.1ERF family protein
Rmu_co8453887.1_g000001.1ERF family protein
Rmu_co8456135.1_g000001.1ERF family protein
Rmu_co8464789.1_g000002.1ERF family protein
Rmu_co8467529.1_g000001.1ERF family protein
Rmu_co8487513.1_g000001.1ERF family protein
Rmu_co8499509.1_g000001.1ERF family protein
Rmu_co8520667.1_g000001.1ERF family protein
Rmu_sc0000063.1_g000026.1ERF family protein
Rmu_sc0000064.1_g000006.1ERF family protein
Rmu_sc0000330.1_g000004.1ERF family protein
Rmu_sc0000367.1_g000138.1ERF family protein
Rmu_sc0000410.1_g000002.1ERF family protein
Rmu_sc0000464.1_g000024.1ERF family protein
Rmu_sc0000483.1_g000022.1ERF family protein
Rmu_sc0000551.1_g000005.1ERF family protein
Rmu_sc0000627.1_g000006.1ERF family protein
Rmu_sc0000674.1_g000028.1ERF family protein
Rmu_sc0000784.1_g000017.1ERF family protein
Rmu_sc0000798.1_g000019.1ERF family protein
Rmu_sc0000855.1_g000009.1ERF family protein
Rmu_sc0000950.1_g000005.1ERF family protein
Rmu_sc0001038.1_g000001.1ERF family protein
Rmu_sc0001038.1_g000002.1ERF family protein
Rmu_sc0001051.1_g000001.1ERF family protein
Rmu_sc0001122.1_g000006.1ERF family protein
Rmu_sc0001190.1_g000018.1ERF family protein
Rmu_sc0001228.1_g000009.1ERF family protein
Rmu_sc0001311.1_g000005.1ERF family protein
Rmu_sc0001377.1_g000009.1ERF family protein
Rmu_sc0001377.1_g000011.1ERF family protein
Rmu_sc0001405.1_g000029.1ERF family protein
Rmu_sc0001407.1_g000003.1ERF family protein
Rmu_sc0001421.1_g000007.1ERF family protein
Rmu_sc0001527.1_g000016.1ERF family protein
Rmu_sc0001576.1_g000027.1ERF family protein
Rmu_sc0001576.1_g000029.1ERF family protein
Rmu_sc0001593.1_g000004.1ERF family protein
Rmu_sc0001609.1_g000030.1ERF family protein
Rmu_sc0001711.1_g000029.1ERF family protein
Rmu_sc0001843.1_g000006.1ERF family protein
Rmu_sc0001925.1_g000007.1ERF family protein
Rmu_sc0001932.1_g000011.1ERF family protein
Rmu_sc0002021.1_g000011.1ERF family protein
Rmu_sc0002034.1_g000015.1ERF family protein
Rmu_sc0002132.1_g000068.1ERF family protein
Rmu_sc0002246.1_g000002.1ERF family protein
Rmu_sc0002292.1_g000002.1ERF family protein
Rmu_sc0002407.1_g000015.1ERF family protein
Rmu_sc0002441.1_g000004.1ERF family protein
Rmu_sc0002715.1_g000012.1ERF family protein
Rmu_sc0002774.1_g000001.1ERF family protein
Rmu_sc0002800.1_g000022.1ERF family protein
Rmu_sc0002895.1_g000027.1ERF family protein
Rmu_sc0003063.1_g000032.1ERF family protein
Rmu_sc0003094.1_g000012.1ERF family protein
Rmu_sc0003116.1_g000010.1ERF family protein
Rmu_sc0003211.1_g000026.1ERF family protein
Rmu_sc0003221.1_g000074.1ERF family protein
Rmu_sc0003221.1_g000082.1ERF family protein
Rmu_sc0003236.1_g000002.1ERF family protein
Rmu_sc0003314.1_g000014.1ERF family protein
Rmu_sc0003363.1_g000069.1ERF family protein
Rmu_sc0003594.1_g000007.1ERF family protein
Rmu_sc0003714.1_g000001.1ERF family protein
Rmu_sc0004073.1_g000001.1ERF family protein
Rmu_sc0004074.1_g000008.1ERF family protein
Rmu_sc0004184.1_g000009.1ERF family protein
Rmu_sc0004216.1_g000004.1ERF family protein
Rmu_sc0004235.1_g000029.1ERF family protein
Rmu_sc0004243.1_g000002.1ERF family protein
Rmu_sc0004300.1_g000003.1ERF family protein
Rmu_sc0004300.1_g000010.1ERF family protein
Rmu_sc0004342.1_g000003.1ERF family protein
Rmu_sc0004618.1_g000040.1ERF family protein
Rmu_sc0004618.1_g000053.1ERF family protein
Rmu_sc0004657.1_g000024.1ERF family protein
Rmu_sc0004677.1_g000023.1ERF family protein
Rmu_sc0004719.1_g000008.1ERF family protein
Rmu_sc0004768.1_g000002.1ERF family protein
Rmu_sc0004768.1_g000004.1ERF family protein
Rmu_sc0004768.1_g000006.1ERF family protein
Rmu_sc0005129.1_g000017.1ERF family protein
Rmu_sc0005523.1_g000015.1ERF family protein
Rmu_sc0005594.1_g000003.1ERF family protein
Rmu_sc0005594.1_g000005.1ERF family protein
Rmu_sc0005621.1_g000003.1ERF family protein
Rmu_sc0005805.1_g000005.1ERF family protein
Rmu_sc0006007.1_g000007.1ERF family protein
Rmu_sc0006028.1_g000028.1ERF family protein
Rmu_sc0006452.1_g000003.1ERF family protein
Rmu_sc0006452.1_g000008.1ERF family protein
Rmu_sc0006572.1_g000001.1ERF family protein
Rmu_sc0006850.1_g000002.1ERF family protein
Rmu_sc0006892.1_g000003.1ERF family protein
Rmu_sc0007820.1_g000002.1ERF family protein
Rmu_sc0008192.1_g000020.1ERF family protein
Rmu_sc0008496.1_g000007.1ERF family protein
Rmu_sc0008529.1_g000003.1ERF family protein
Rmu_sc0008529.1_g000015.1ERF family protein
Rmu_sc0008603.1_g000012.1ERF family protein
Rmu_sc0008612.1_g000008.1ERF family protein
Rmu_sc0009449.1_g000010.1ERF family protein
Rmu_sc0009616.1_g000001.1ERF family protein
Rmu_sc0009830.1_g000005.1ERF family protein
Rmu_sc0010342.1_g000003.1ERF family protein
Rmu_sc0010342.1_g000008.1ERF family protein
Rmu_sc0010476.1_g000004.1ERF family protein
Rmu_sc0010720.1_g000001.1ERF family protein
Rmu_sc0010734.1_g000007.1ERF family protein
Rmu_sc0010966.1_g000018.1ERF family protein
Rmu_sc0011630.1_g000003.1ERF family protein
Rmu_sc0011792.1_g000007.1ERF family protein
Rmu_sc0012221.1_g000010.1ERF family protein
Rmu_sc0013090.1_g000002.1ERF family protein
Rmu_sc0013090.1_g000003.1ERF family protein
Rmu_sc0013090.1_g000004.1ERF family protein
Rmu_sc0013558.1_g000004.1ERF family protein
Rmu_sc0013558.1_g000006.1ERF family protein
Rmu_sc0015523.1_g000010.1ERF family protein
Rmu_sc0016640.1_g000010.1ERF family protein
Rmu_sc0017668.1_g000003.1ERF family protein
Rmu_sc0018017.1_g000002.1ERF family protein
Rmu_sc0018542.1_g000001.1ERF family protein
Rmu_sc0019189.1_g000002.1ERF family protein
Rmu_sc0019587.1_g000002.1ERF family protein
Rmu_sc0021954.1_g000001.1ERF family protein
Rmu_sc0022454.1_g000001.1ERF family protein
Rmu_sc0025693.1_g000001.1ERF family protein
Rmu_sc0025693.1_g000002.1ERF family protein
Rmu_sc0028578.1_g000001.1ERF family protein
Rmu_sc0028578.1_g000002.1ERF family protein
Rmu_sc0029514.1_g000002.1ERF family protein
Rmu_sc0030312.1_g000001.1ERF family protein
Rmu_sc0034080.1_g000001.1ERF family protein
Rmu_sc0037294.1_g000005.1ERF family protein
Rmu_sc0037407.1_g000001.1ERF family protein
Rmu_sc0038320.1_g000002.1ERF family protein
Rmu_sc0039534.1_g000001.1ERF family protein
Rmu_sc0041365.1_g000001.1ERF family protein
Rmu_sc0042286.1_g000001.1ERF family protein
Rmu_sc0042359.1_g000001.1ERF family protein
Rmu_sc0042461.1_g000001.1ERF family protein
Rmu_ssc0000043.1_g000001.1ERF family protein
Rmu_ssc0000078.1_g000008.1ERF family protein
Rmu_ssc0000248.1_g000011.1ERF family protein
Rmu_ssc0000248.1_g000012.1ERF family protein
Rmu_ssc0000264.1_g000034.1ERF family protein
Rmu_ssc0000339.1_g000019.1ERF family protein
Rmu_ssc0000368.1_g000032.1ERF family protein
Rmu_ssc0000368.1_g000039.1ERF family protein
ERF Family Introduction

The AP2/ERF superfamily is defined by the AP2/ERF domain, which consists of about 60 to 70 amino acids and is involved in DNA binding. These three families have been defined as follows. The AP2 family proteins contain two repeated AP2/ERF domains, the ERF family proteins contain a single AP2/ERF domain, and the RAV family proteins contain a B3 domain, which is a DNA-binding domain conserved in other plant-specific transcription factors, in addition to the single AP2/ERF domain.

It has been demonstrated that the AP2/ERF proteins have important functions in the transcriptional regulation of a variety of biological processes related to growth and development, as well as various responses to environmental stimuli.

After finding the tobacco ERFs, many proteins in the ERF family were identified and implicated in many diverse functions in cellular processes, such as hormonal signal transduction, response to biotic and abiotic stresses, regulation of metabolism, and in developmental processes in various plant species.

Toshitsugu Nakano, Kaoru Suzuki, Tatsuhito Fujimura, and Hideaki Shinshi.
Genome-wide analysis of the ERF gene family in Arabidopsis and rice.
Plant Physiol, 2006. 140(2): p. 411-32.
PMID: 16407444


The first class are proteins which bind to ethylene response elements (ERE) or GCC boxes (tobacco EREBPs, Arabidopsis AtEBP and AtERF1-5, and tomato Pti4-6) found in the promoters of ethylene-inducible pathogenesis related genes. The GCC box is an 11 bp sequence (TAAGAGCCGCC) with a core GCCGCC sequence that is required for binding.
The second class includes proteins that bind to the C-repeat or dehydration response element (DRE) in the promoters of genes that are turned on in response to low temperatures and/or water deficit (CBF1, CBF2, CBF3/DREB1A and DREB2A). The C-repeat/DREs contain the core sequence CCGAC.

Nole-Wilson S, Krizek BA.
DNA binding properties of the Arabidopsis floral development protein AINTEGUMENTA.
Nucleic Acids Res. 2000 Nov 1;28(21):4076-82. Erratum in: Nucleic Acids Res 2001 Mar 1;29(5):1261.
PMID: 11058102