ERF

2015-01-20 | Categories gene family 

• Information
  • ERF1, LOC_Os06g40150, Os06g0604000.
  • ERF100, LOC_Os04g34970, Os04g0429050.
  • ERF103, LOC_Os02g52670, Os02g0764700.
  • ERF104, LOC_Os08g36920, Os08g0474000.
  • ERF106, LOC_Os08g42550, Os08g0537900.
  • ERF107, LOC_Os02g32140, Os02g0521100.
  • ERF108, LOC_Os01g04020, Os01g0131600.
  • ERF109, LOC_Os09g13940, Os09g0309700.
  • ERF11, LOC_Os02g54050, Os02g0781300.
  • ERF112, LOC_Os12g41060, Os12g0603300.
  • ERF113, LOC_Os06g42990, Os06g0636000.
  • ERF114, LOC_Os06g42910, Os06g0635700.
  • ERF115, LOC_Os08g41030, Os08g0521600.
  • ERF118, LOC_Os11g06770, Os11g0168500.
  • ERF120, LOC_Os06g11860, Os06g0222400.
  • ERF121, LOC_Os06g47590, Os06g0691100.
  • ERF122, LOC_Os06g36000, Os06g0553700.
  • ERF123, LOC_Os09g39810, Os09g0571700.
  • ERF124, LOC_Os12g07030, Os12g0168100.
  • ERF126, LOC_Os02g52880, Os02g0767700.
  • ERF127, LOC_Os02g55380, Os02g0797100.
  • ERF128, LOC_Os04g18650, Os04g0257500.
  • ERF129, LOC_Os04g56150, Os04g0655700.
  • ERF13, LOC_Os06g11940, Os06g0223100.
  • ERF133, LOC_Os09g35020, Os09g0522100.
  • ERF136, LOC_Os07g22730, Os07g0410300.
  • ERF137, LOC_Os03g02650, Os03g0117900.
  • ERF138, LOC_Os08g27230, Os08g0360800.
  • ERF138, LOC_Os08g27220, Os08g0360800.
  • ERF17, LOC_Os01g66270, Os01g0885900.
  • ERF18, LOC_Os10g38000, Os10g0523900.
  • ERF19, LOC_Os11g13840, Os11g0242300.
  • ERF2, LOC_Os06g08340, Os06g0181700.
  • ERF20, LOC_Os02g45420, Os02g0676800.
  • ERF21, LOC_Os02g35240, Os02g0558700.
  • ERF23, LOC_Os04g48330, Os04g0572200.
  • ERF28, LOC_Os08g43200, Os08g0545500.
  • ERF34, LOC_Os04g46440, Os04g0550200.
  • ERF36, LOC_Os10g41130, Os10g0560700.
  • ERF37, LOC_Os04g46410, Os04g0549800.
  • ERF38, LOC_Os02g13710, Os02g0231000.
  • ERF39, LOC_Os01g10370, Os01g0200600.
  • ERF4, LOC_Os12g39330, Os12g0582900.
  • ERF41, LOC_Os03g07830, Os03g0174400.
  • ERF43, LOC_Os05g39590, Os05g0473300.
  • ERF44, LOC_Os08g45110, Os08g0565200.
  • ERF45, LOC_Os04g44670, Os04g0529100.
  • ERF46, LOC_Os02g42580, Os02g0638400.
  • ERF47, LOC_Os03g09170, Os03g0191900.
  • ERF48, LOC_Os08g31580, Os08g0408500.
  • ERF49, LOC_Os02g51670, Os02g0752800.
  • ERF5, LOC_Os07g10410, Os07g0204000.
  • ERF50, LOC_Os09g20350, Os09g0369000.
  • ERF51, LOC_Os10g22600, Os10g0371100.
  • ERF52, LOC_Os05g49700, Os05g0572000.
  • ERF53, LOC_Os01g12440, Os01g0224100.
  • ERF54, LOC_Os01g46870, Os01g0657400.
  • ERF55, LOC_Os06g06540, Os06g0160500.
  • ERF56, LOC_Os05g25260, Os05g0316800.
  • ERF57, LOC_Os07g12510, Os07g0227600.
  • ERF58, LOC_Os03g60120, Os03g0815800.
  • ERF6, LOC_Os07g38750, Os07g0575000.
  • ERF61, LOC_Os05g29810, Os05g0361700.
  • ERF65, LOC_Os07g42510, Os07g0617000.
  • ERF66, LOC_Os03g22170, Os03g0341000.
  • ERF67, LOC_Os07g47790, Os07g0674800.
  • ERF68, LOC_Os01g21120, Os01g0313300.
  • ERF69, LOC_Os03g08490, Os03g0183200.
  • ERF7, LOC_Os06g07030, Os06g0166400.
  • ERF71, LOC_Os06g09390, Os06g0194000.
  • ERF74, LOC_Os05g41780, Os05g0497300.
  • ERF76, LOC_Os04g57340, Os04g0669200.
  • ERF79, LOC_Os02g38090, Os02g0594300.
  • ERF8, LOC_Os04g55520, Os04g0648900.
  • ERF80, LOC_Os08g07700, Os08g0173700.
  • ERF81, LOC_Os02g32040, Os02g0520000.
  • ERF82, LOC_Os04g32790, Os04g0399800.
  • ERF83, LOC_Os03g64260, Os03g0860100.
  • ERF84, LOC_Os05g49010, Os05g0564700.
  • ERF85, LOC_Os05g37640, Os05g0448700.
  • ERF86, LOC_Os07g22770, Os07g0410700.
  • ERF87, LOC_Os09g39850, Os09g0572000.
  • ERF88, LOC_Os03g05590, Os03g0150200.
  • ERF9, LOC_Os03g15660, Os03g0263000.
  • ERF94, LOC_Os04g46250, Os04g0547600.
  • ERF95, LOC_Os02g43820, Os02g0655200.
  • ERF96, LOC_Os10g41330, Os10g0562900.
  • ERF97, LOC_Os04g46240, Os04g0547500.
  • ERF98, LOC_Os02g34260, Os02g0546600.
• Publication
  • Genome-wide analysis of the ERF gene family in Arabidopsis and rice., 2006, Plant Physiol..
  • An ethylene response factor OsWR1 responsive to drought stress transcriptionally activates wax synthesis related genes and increases wax production in rice., 2012, Plant Mol. Biol..
  • Expression and functional analysis of the barley Nud gene using transgenic rice, 2011, Breeding Science.
  • AP2/ERF Transcription Factor in Rice: Genome-Wide Canvas and Syntenic Relationships between Monocots and Eudicots., 2012, Evol. Bioinform. Online.
  • Plant Omics: Genome-Wide Analysis of ABA Repressor1 ABR1 Related Genes in Rice During Abiotic Stress and Development., 2013, OMICS.
  • Transcriptional activation of OsDERF1 in OsERF3 and OsAP2-39 negatively modulates ethylene synthesis and drought tolerance in rice., 2011, PLoS ONE.
  • The arbuscular mycorrhizal symbiosis promotes the systemic induction of regulatory defence-related genes in rice leaves and confers resistance to pathogen infection., 2011, Mol. Plant Pathol..
  • Genome-wide analysis of the ERF gene family in Arabidopsis and rice., 2006, Plant Physiol..
  • New insights into Oryza genome evolution: high gene colinearity and differential retrotransposon amplification, 2007, Plant Mol. Biol..
  • Colinearity and similar expression pattern of rice DREB1s reveal their functional conservation in the cold-responsive pathway., 2012, PLoS ONE.
  • OsDREB4 genes in rice encode AP2-containing proteins that bind specifically to the dehydration-responsive element, 2005, J. Integr. Plant Biol..
  • Comprehensive analysis of rice DREB2-type genes that encode transcription factors involved in the expression of abiotic stress-responsive genes., 2010, Mol. Genet. Genomics.
  • Evolutionary analysis of the Sub1 gene cluster that confers submergence tolerance to domesticated rice, 2009, Ann. Bot..
  • Rice Ethylene-Response AP2/ERF Factor OsEATB Restricts Internode Elongation by Down-Regulating a Gibberellin Biosynthetic Gene, 2011, Plant Physiol..
  • The bphi008a gene interacts with the ethylene pathway and transcriptionally regulates MAPK genes in the response of rice to brown planthopper feeding., 2011, Plant Physiol..

Prev     Next