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Gene: AT1G59580.2


  Alternative name:AT1G59580
  Alternative name:AtMPK2

Genotype (Genotype)
  species: Arabidopsis thaliana
  type: wildtype
  common name: thale cress
  cultivar: Columbia

Gene function:
ATMPK2 (MITOGEN-ACTIVATED PROTEIN KINASE HOMOLOG 2); MAP kinase/ kinase (TAIR 7.0)
ATMPK2 (MITOGEN-ACTIVATED PROTEIN KINASE HOMOLOG 2); MAP kinase/ kinase encodes a mitogen-activated kinase involved in innate immunity Identical to Mitogen-activated protein kinase 2 (EC 2.7.11.24) (MAP kinase 2) (AtMPK2) (MPK2) [Arabidopsis Thaliana] (GB:Q39022;GB:Q9LQ58); similar to ATMPK1 (MITOGEN-ACTIVATED PROTEIN KINASE 1), MAP kinase/ kinase [Arabidopsis thaliana] (TAIR:AT1G10210.2); similar to double HA-tagged mitogen activated protein kinase 1 [synthetic construct] (GB:ABG54328.1); similar to Mitogen-activated protein kinase homolog NTF3 (P43) (GB:Q40517); similar to double HA-tagged mitogen activated protein kinase 2 [synthetic construct] (GB:ABG54329.1); contains InterPro domain Serine/threonine protein kinase; (InterPro:IPR002290); contains InterPro domain p38 MAP kinase; (InterPro:IPR008352); contains InterPro domain Protein kinase-like; (InterPro:IPR011009); contains InterPro domain Protein kinase; (InterPro:IPR000719); contains InterPro domain JNK MAP kinase; (InterPro:IPR008351); contains InterPro domain Serine/threonine protein kinase, active site; (InterPro:IPR008271); contains InterPro domain MAP kinase; (InterPro:IPR003527) (MapMan)

Gene Ontology
GO termIdentifierType
protein amino acid phosphorylationGO:0006468biological process
signal transductionGO:0007165biological process
MAP kinase activityGO:0004707molecular function
kinase activityGO:0016301molecular function
protein kinase activityGO:0004672molecular function
MapMan Annotation:
BIN  30.6: signalling.MAP kinases
BIN  30: signalling

Related with
MSU_p955D0511 cDNA clone
692D06 T-DNA Line
702A03 T-DNA Line
033A06 T-DNA Line
702A04 T-DNA Line
702F01 T-DNA Line
511C08 T-DNA Line
262076_at Affymetrix representative on ATH1-121501

Orthologues and co-orthologues identified by INPARANOID
LOC_Os06g48590.2 Oryza sativa japonica
LOC_Os06g48590.1 Oryza sativa japonica

In vitro kinase assay on protein microarray
The recombinant protein expressed by this clone is an in vitro substrate for the protein kinase(s):
AT5G19010.1Popescu SC, Popescu GV, Bachan S, Zhang Z, Gerstein M, Snyder M, Dinesh-Kumar SP2009. Genes Dev. PMID:19095804

External resources
TAIR
MIPS
PlnTFDB
Aramemnon
SUBA
MapCave
Arabidopsis eFP browser
Cell eFP Browser
Atted
ProMEX
IntAct
PhosPhAT
SLocX
iHOP (AT1G59580)
iHOP (AtMPK2)
 
Sequence: AT1G59580.2
submitter of sequence: public data
length: 377
description: amino acid sequence (TAIR 7.0) 
AT1G59580.2
MATPVDPPNG IRNQGKHYFS MWQTLFEIDT KYVPIKPIGR GAYGVVCSSV NRESNERVAI         60
KKIHNVFENR IDALRTLREL KLLRHLRHEN VVALKDVMMA NHKRSFKDVY LVYELMDTDL        120
HQIIKSSQVL SNDHCQYFLF QLLRGLKYIH SANILHRDLK PGNLLVNANC DLKICDFGLA        180
RTSNTKGQFM TEYVVTRWYR APELLLCCDN YGTSIDVWSV GCIFAELLGR KPVFPGTECL        240
NQIKLIINIL GSQREEDLEF IDNPKAKRYI ESLPYSPGIS FSRLYPGANV LAIDLLQKML        300
VLDPSKRISV TEALQHPYMA PLYDPSANPP AQVPIDLDVD EDEDLGAEMI RELMWKEMIH        360
YHPEAATINN NEVSEF*                                                       377
 
Sequence: AT1G59580.2
submitter of sequence: public data
length: 1534
description: cdna sequence (TAIR 7.0)
Sequence features and Clone alignments (BLAST):
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Gene structure   UTR    start codon    stop codon    exon-exon border 
Clone alignments   forward    reverse    start    stop 
Protein domains   domain       
Click on sequence features to obtain additional information.
 
AT1G59580.2
AAATCTCTCA CTCTCACCAG CCAAATCTCT CCAACTTCCT CTTTCTCTCC ACCCAAATCT         60
CGCCGGCGAT CGTCACTGAC GAATCTGATT CGTCCCCAAC ACTCAACGGA AGAATGGCGA        120
CTCCTGTTGA TCCACCTAAT GGAATTAGGA ATCAAGGGAA GCATTACTTC TCAATGTGGC        180
AAACACTTTT CGAGATCGAT ACCAAATACG TGCCTATCAA ACCGATAGGC CGAGGCGCGT        240
ACGGTGTGGT TTGCTCTTCG GTTAACAGAG AGAGTAATGA GAGAGTGGCG ATCAAGAAGA        300
TCCACAATGT GTTTGAGAAT AGGATTGATG CGTTGAGGAC TCTTAGGGAG CTCAAGCTTC        360
TACGTCATCT TCGACATGAG AATGTGGTTG CTCTTAAAGA TGTAATGATG GCTAATCATA        420
AGAGAAGCTT TAAGGATGTT TATCTTGTTT ATGAGCTTAT GGATACTGAT CTTCATCAGA        480
TTATTAAGTC TTCTCAAGTT CTAAGTAATG ACCATTGCCA ATACTTCTTG TTCCAGTTGC        540
TTCGAGGGCT CAAGTATATT CATTCAGCAA ACATTCTCCA TCGGGATCTG AAACCCGGTA        600
ACCTCCTTGT GAATGCAAAC TGCGACTTAA AGATATGTGA CTTTGGGCTA GCGAGGACGA        660
GCAACACCAA AGGTCAGTTC ATGACTGAAT ATGTTGTGAC TAGATGGTAC CGAGCACCAG        720
AGCTACTCCT CTGTTGTGAC AACTATGGAA CCTCCATTGA TGTCTGGTCA GTCGGTTGCA        780
TATTCGCCGA GCTTCTTGGA AGAAAACCAG TATTCCCGGG AACAGAATGT CTAAACCAGA        840
TTAAACTCAT CATTAACATT TTGGGTAGCC AGAGAGAGGA AGATCTCGAG TTTATAGATA        900
ACCCAAAAGC CAAAAGATAC ATAGAATCAC TCCCTTACTC ACCAGGGATA TCATTCTCTC        960
GTCTTTACCC GGGTGCAAAT GTTTTAGCCA TTGATCTGCT TCAGAAAATG CTCGTTCTTG       1020
ACCCTTCGAA AAGGATTAGT GTCACGGAAG CGCTTCAACA TCCTTACATG GCGCCTTTAT       1080
ATGACCCGAG TGCAAATCCT CCTGCTCAAG TTCCTATTGA TCTCGATGTA GATGAAGACG       1140
AGGATTTGGG AGCAGAGATG ATAAGAGAAT TAATGTGGAA GGAAATGATT CATTATCATC       1200
CAGAAGCTGC TACCATAAAC AACAATGAGG TCTCTGAGTT TTGAGATCAA GTCTTTTGCA       1260
GGTACTGTTC AGAGAGATCT TTCAACAACT TAAACTTATT TATTTTCATG TTTGCTTCTT       1320
GAAATGTTGT TAATAATAGT GTCGAAGAAG AAGAACAATA ACTTTAAATT ATGTGATATG       1380
TTTGTGTCAT GGAGCTTTGT TTTGTTTTTG GTTACAAGCT TAAGTGTCTG TAACGTTTGT       1440
ACATAAGTGT ATGTGTCCTT AAAACTTCAT ACTCTGTCTC TGATCTTATT GTTGGTGATT       1500
TTTCTTATTG AAGATTTTCG AATGTTCAAA GAGC                                   1534
SNPleft flanking [allel] right flanking
SNP157446 AACCGATAGG[C/C]CGAGGCGCGT
SNP157448 ACGGTGTGGT[T/T]TGCTCTTCGG
SNP157450 CGTTGAGGAC[T/T]CTTAGGGAGC
SNP157452 ATCTGAAACC[C/C]GGTAACCTCC
SNP157454 TTGGGCTAGC[G/G]AGGACGAGCA
SNP157456 CACCAGAGCT[A/A]CTCCTCTGTT
SNP157458 GTGACAACTA[T/T]GGAACCTCCA
SNP157460 TTAGTGTCAC[G/G]GAAGCGCTTC
SNP367160 GAAGCTGCTA[C/C]CATAAACAAC
 
Sequence: AT1G59580.2
submitter of sequence: public data
length: 1935
description: genomic sequence (TAIR 7.0) 
AT1G59580.2
AAATCTCTCA CTCTCACCAG CCAAATCTCT CCAACTTCCT CTTTCTCTCC ACCCAAATCT         60
CGCCGGCGAT CGTCACTGAC GAATCTGATT CGTCCCCAAC ACTCAACGGG TAAGCTCTCT        120
CTGCAAAATT CAGATCGTTC TAGCTCAATC TCAACATCGG ATCAAGATTC AACTTTTGTT        180
CTTTTCTCTT AAACAAAGCT TTTGATCATT AGTGAAATCT AAAATATTAA CCTTTGAATC        240
TGTAAACTTA AGCTTAGAGA ACCCTAAGAT CAAAACTAAA AATTTGATCT TTCATTGTCA        300
CTTGTTGGAA GCAATTCAAA ATTCTGTGTT GTGTATATTT TCAAATTTGT GGATTGTTCC        360
AATTTCGATA AAGTTTTGAT TTTTATTCCT TTTGTTGTGT GTTTTTATAA GGAGGTAGAA        420
GAATGGCGAC TCCTGTTGAT CCACCTAATG GAATTAGGAA TCAAGGGAAG CATTACTTCT        480
CAATGTGGCA AACACTTTTC GAGATCGATA CCAAATACGT GCCTATCAAA CCGATAGGCC        540
GAGGCGCGTA CGGTGTGGTT TGCTCTTCGG TTAACAGAGA GAGTAATGAG AGAGTGGCGA        600
TCAAGAAGAT CCACAATGTG TTTGAGAATA GGATTGATGC GTTGAGGACT CTTAGGGAGC        660
TCAAGCTTCT ACGTCATCTT CGACATGAGA ATGTGGTTGC TCTTAAAGAT GTAATGATGG        720
CTAATCATAA GAGAAGCTTT AAGGATGTTT ATCTTGTTTA TGAGCTTATG GATACTGATC        780
TTCATCAGAT TATTAAGTCT TCTCAAGTTC TAAGTAATGA CCATTGCCAA TACTTCTTGT        840
TCCAGGTATG TGATTTGTTT GCATTTGCTT TTACCATTAG TGTGTGTTGT TTGCATTTGG        900
TGTTTGCATT TACTTGCTTT TTATTTCTTT TGCATAGTTG CTTCGAGGGC TCAAGTATAT        960
TCATTCAGCA AACATTCTCC ATCGGGATCT GAAACCCGGT AACCTCCTTG TGAATGCAAA       1020
CTGCGACTTA AAGATATGTG ACTTTGGGCT AGCGAGGACG AGCAACACCA AAGGTCAGTT       1080
CATGACTGAA TATGTTGTGA CTAGATGGTA CCGAGCACCA GAGCTACTCC TCTGTTGTGA       1140
CAACTATGGA ACCTCCATTG ATGTCTGGTC AGTCGGTTGC ATATTCGCCG AGCTTCTTGG       1200
AAGAAAACCA GTATTCCCGG GAACAGAATG TCTAAACCAG ATTAAACTCA TCATTAACAT       1260
TTTGGGTAGC CAGAGAGAGG AAGATCTCGA GTTTATAGAT AACCCAAAAG CCAAAAGATA       1320
CATAGAATCA CTCCCTTACT CACCAGGGAT ATCATTCTCT CGTCTTTACC CGGGTGCAAA       1380
TGTTTTAGCC ATTGATCTGC TTCAGAAAAT GCTCGTTCTT GACCCTTCGA AAAGGATTAG       1440
TGTCACGGAA GCGCTTCAAC ATCCTTACAT GGCGCCTTTA TATGACCCGA GTGCAAATCC       1500
TCCTGCTCAA GTTCCTATTG ATCTCGATGT AGATGAAGAC GAGGATTTGG GAGCAGAGAT       1560
GATAAGAGAA TTAATGTGGA AGGAAATGAT TCATTATCAT CCAGAAGCTG CTACCATAAA       1620
CAACAATGAG GTCTCTGAGT TTTGAGATCA AGTCTTTTGC AGGTACTGTT CAGAGAGATC       1680
TTTCAACAAC TTAAACTTAT TTATTTTCAT GTTTGCTTCT TGAAATGTTG TTAATAATAG       1740
TGTCGAAGAA GAAGAACAAT AACTTTAAAT TATGTGATAT GTTTGTGTCA TGGAGCTTTG       1800
TTTTGTTTTT GGTTACAAGC TTAAGTGTCT GTAACGTTTG TACATAAGTG TATGTGTCCT       1860
TAAAACTTCA TACTCTGTCT CTGATCTTAT TGTTGGTGAT TTTTCTTATT GAAGATTTTC       1920
GAATGTTCAA AGAGC                                                        1935
 
Sequence: AT1G59580.2
submitter of sequence: public data
length: 1131
description: coding sequence (TAIR 7.0) 
AT1G59580.2
ATGGCGACTC CTGTTGATCC ACCTAATGGA ATTAGGAATC AAGGGAAGCA TTACTTCTCA         60
ATGTGGCAAA CACTTTTCGA GATCGATACC AAATACGTGC CTATCAAACC GATAGGCCGA        120
GGCGCGTACG GTGTGGTTTG CTCTTCGGTT AACAGAGAGA GTAATGAGAG AGTGGCGATC        180
AAGAAGATCC ACAATGTGTT TGAGAATAGG ATTGATGCGT TGAGGACTCT TAGGGAGCTC        240
AAGCTTCTAC GTCATCTTCG ACATGAGAAT GTGGTTGCTC TTAAAGATGT AATGATGGCT        300
AATCATAAGA GAAGCTTTAA GGATGTTTAT CTTGTTTATG AGCTTATGGA TACTGATCTT        360
CATCAGATTA TTAAGTCTTC TCAAGTTCTA AGTAATGACC ATTGCCAATA CTTCTTGTTC        420
CAGTTGCTTC GAGGGCTCAA GTATATTCAT TCAGCAAACA TTCTCCATCG GGATCTGAAA        480
CCCGGTAACC TCCTTGTGAA TGCAAACTGC GACTTAAAGA TATGTGACTT TGGGCTAGCG        540
AGGACGAGCA ACACCAAAGG TCAGTTCATG ACTGAATATG TTGTGACTAG ATGGTACCGA        600
GCACCAGAGC TACTCCTCTG TTGTGACAAC TATGGAACCT CCATTGATGT CTGGTCAGTC        660
GGTTGCATAT TCGCCGAGCT TCTTGGAAGA AAACCAGTAT TCCCGGGAAC AGAATGTCTA        720
AACCAGATTA AACTCATCAT TAACATTTTG GGTAGCCAGA GAGAGGAAGA TCTCGAGTTT        780
ATAGATAACC CAAAAGCCAA AAGATACATA GAATCACTCC CTTACTCACC AGGGATATCA        840
TTCTCTCGTC TTTACCCGGG TGCAAATGTT TTAGCCATTG ATCTGCTTCA GAAAATGCTC        900
GTTCTTGACC CTTCGAAAAG GATTAGTGTC ACGGAAGCGC TTCAACATCC TTACATGGCG        960
CCTTTATATG ACCCGAGTGC AAATCCTCCT GCTCAAGTTC CTATTGATCT CGATGTAGAT       1020
GAAGACGAGG ATTTGGGAGC AGAGATGATA AGAGAATTAA TGTGGAAGGA AATGATTCAT       1080
TATCATCCAG AAGCTGCTAC CATAAACAAC AATGAGGTCT CTGAGTTTTG A                1131
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