EPS-ORB-00054

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EPS-ORB-00054

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
PPM/PP2C	196.6	9.9E-58	534	866	333

Status

Unreviewed

Ensembl Protein

OB03G28320.1

UniProt Accession

J3LP56;

Protein Name

Protein Synonyms/Alias

Gene Name

OB03G28320

Gene Synonyms/Alias

OB03G28320;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
OB03G28320	OB03G28320.1	OB03G28320.1

Organism

Oryza brachyantha

Functional Description

Protein Length

903

Protein Sequence
(FASTA)

MECDSNMMTQ YVLDSETRSG SFRQEVADDL AAGLQRPAKS FSETTFRTIS GASVSANASS 60

ARTGNLCVSL AGDVQEPAAT FESTASFATV PLQPVPRGSG PLNTFLSGPL ERGFASGPLD 120

KGAGFMSGPL DKGVFMSGPI DSGNKSNFSA PLSYGRRKAG LGQLVRSISR PMRSALSRTF 180

SRSSQGPGWV QKFLLHPMAH LSLSRDAKCT SEGSHNGLES GLPEPEYSVT RNLQWAHGKA 240

GEDRIHVVLS EEQGWLFIGI YDGFSGPDAP DFLMSNLYKA IDKELEGPLW VYEDSPERSA 300

HASTLGEDES AAAPHDLPNG GDIQSHTENV KPEQLADLEK ENISNGKISD DGDLQVQSGL 360

NTGAQRDLVS QISSNHRLNA GEIVEEKVGD DVGNNLQGTE SYNSGRDISN IDVNTSCSCT 420

SEHSTYCNED VKSSKEIRTS KRLFELLEME LLEEYNRNIS KSSLEGRKGR NLFNMQAGTT 480

EESSRDIAEL SRCSLAESGE CLVDFENDKH SRRDDSVLGV DPKECNECSI SSSSSGHKQI 540

LRRYLFGSKL RKLYKKQKLL QKKFFPWNYD WHRDQPHVDE SVIKPSEVTR RCKSGPVDHD 600

AVLRAMSRAL EKTEEAYMDI VERELDKNPE LALMGSCVLV MLMKDQDVYV MNLGDSRVIL 660

AQDNEKYNNS SFLKGDLRHR NRSRESLVCV ELDRISEESP MHNPNSHLSS NTKTKELTIC 720

KLKIRAVQLS TDHSTSVEEE ISRIRAEHPD DPKSVFNDRV KGQLKVTRAF GAGFLKKPKF 780

NDMLLEMFRI DYVGTSSYIS CNPAVLHHHL CSNDRFLVLS SDGLYQYFTN DEVVSHVAWF 840

MENVPEGDPA QYLVAELLCR AAKKNGMDFH ELLDIPQGDR RKYHDDVSVM VISLEGRIWR 900

SSG 903

Nucleotide Sequence
(FASTA)

ATGGAGTGTG ATAGTAACAT GATGACGCAA TACGTGCTGG ACTCGGAGAC CCGCAGCGGG 60

TCCTTCCGGC AGGAGGTTGC CGACGACCTG GCGGCCGGGT TGCAGAGGCC GGCCAAGAGC 120

TTCTCGGAGA CCACCTTCCG GACGATATCG GGGGCCTCGG TCAGTGCGAA CGCTTCATCT 180

GCCCGGACAG GCAATCTGTG TGTGTCCCTT GCTGGTGATG TGCAGGAGCC TGCTGCCACG 240

TTCGAGAGCA CCGCATCATT CGCCACTGTT CCATTGCAGC CGGTGCCGCG GGGATCAGGG 300

CCGCTCAATA CATTCTTGTC AGGGCCGCTA GAGAGAGGAT TCGCGTCCGG GCCACTGGAC 360

AAAGGTGCCG GGTTCATGTC CGGGCCATTA GATAAAGGAG TTTTCATGTC TGGTCCTATT 420

GACAGCGGCA ACAAAAGCAA TTTCTCAGCA CCTCTTTCGT ATGGTCGGAG GAAGGCTGGC 480

CTCGGACAGC TTGTGCGTAG CATTAGCAGA CCGATGAGAA GTGCGCTGTC AAGAACATTT 540

AGCAGGAGCT CACAGGGTCC TGGTTGGGTC CAAAAATTTC TGTTGCATCC TATGGCTCAT 600

CTAAGCTTGT CGAGGGATGC AAAGTGCACG TCAGAAGGTT CACATAATGG CTTGGAATCT 660

GGGTTACCTG AACCTGAGTA TAGCGTAACG AGGAACCTGC AGTGGGCTCA TGGCAAGGCA 720

GGAGAGGATA GGATTCATGT TGTTTTATCT GAAGAGCAAG GGTGGCTATT TATTGGAATT 780

TATGATGGAT TTAGTGGTCC TGATGCACCG GATTTCTTAA TGAGCAACCT ATACAAGGCC 840

ATTGATAAAG AACTGGAAGG ACCTCTCTGG GTTTATGAAG ACAGTCCTGA AAGGAGTGCT 900

CATGCATCTA CTCTTGGAGA GGATGAATCA GCTGCAGCTC CTCATGACCT GCCTAATGGA 960

GGTGACATTC AGTCCCATAC TGAAAATGTT AAACCAGAAC AACTTGCTGA TCTTGAAAAA 1020

GAAAATATAT CCAATGGGAA GATAAGTGAT GATGGTGATT TGCAAGTTCA GTCGGGCTTG 1080

AACACCGGTG CGCAGAGAGA TTTAGTATCA CAAATTTCAA GTAATCATAG GTTAAATGCT 1140

GGTGAAATAG TTGAGGAAAA GGTGGGGGAT GATGTGGGGA ATAATCTCCA GGGTACAGAA 1200

TCTTATAACT CAGGCAGAGA TATTTCAAAT ATAGATGTAA ACACTAGCTG TAGTTGTACA 1260

TCAGAACATA GTACTTATTG TAATGAAGAT GTCAAATCAT CAAAAGAAAT CAGAACAAGC 1320

AAACGACTTT TTGAGCTACT TGAGATGGAA TTGCTTGAAG AATATAATAG AAATATTTCC 1380

AAATCGTCAC TAGAGGGAAG GAAAGGGAGG AATTTATTTA ATATGCAAGC AGGAACTACA 1440

GAGGAAAGCT CTAGGGATAT AGCAGAGCTC TCAAGGTGTT CATTGGCAGA ATCTGGAGAA 1500

TGCCTTGTTG ATTTTGAGAA TGATAAACAT TCAAGAAGAG ACGATAGTGT GCTTGGGGTT 1560

GATCCAAAAG AGTGTAATGA ATGTTCAATT TCATCATCAT CATCAGGGCA CAAGCAAATT 1620

CTGAGAAGAT ATTTGTTTGG GTCAAAGTTG AGGAAGTTGT ACAAGAAGCA AAAACTATTG 1680

CAGAAGAAGT TTTTCCCTTG GAACTATGAT TGGCATAGAG ACCAACCTCA TGTTGATGAA 1740

AGTGTTATCA AACCTTCTGA AGTCACTAGG AGATGCAAGT CAGGACCAGT AGACCATGAT 1800

GCTGTATTAA GGGCAATGTC CCGGGCACTT GAAAAAACCG AGGAAGCATA CATGGACATA 1860

GTGGAAAGGG AGCTTGATAA AAATCCAGAG CTTGCTTTGA TGGGTTCATG TGTGCTTGTG 1920

ATGTTGATGA AGGATCAGGA TGTATATGTT ATGAACCTCG GAGATAGTCG AGTTATCTTG 1980

GCACAGGATA ATGAGAAATA CAACAACTCA AGCTTCTTAA AAGGTGATTT AAGACATCGA 2040

AACAGGTCAA GAGAGTCACT TGTCTGCGTT GAACTTGATA GGATATCTGA GGAGTCACCA 2100

ATGCATAATC CTAACAGCCA CCTAAGCAGC AACACCAAAA CTAAGGAACT GACTATTTGT 2160

AAATTAAAGA TAAGAGCAGT TCAACTATCG ACAGACCATA GTACAAGTGT TGAGGAGGAA 2220

ATCTCGAGGA TCAGGGCAGA ACATCCTGAT GACCCTAAAT CTGTATTTAA TGACAGGGTG 2280

AAAGGACAGT TGAAGGTTAC TAGAGCATTT GGTGCAGGCT TTCTAAAGAA GCCAAAATTT 2340

AATGACATGC TACTTGAGAT GTTTCGCATC GACTATGTTG GAACATCATC ATATATCAGC 2400

TGCAACCCTG CTGTCCTTCA CCATCATCTT TGCTCAAATG ATCGGTTTCT TGTCCTGTCC 2460

TCAGATGGGC TGTATCAATA TTTCACCAAT GATGAGGTAG TTTCACATGT TGCATGGTTT 2520

ATGGAAAATG TACCAGAGGG TGACCCTGCA CAATATCTTG TAGCTGAGCT GTTATGCCGT 2580

GCAGCAAAAA AGAATGGCAT GGATTTTCAT GAATTGCTAG ATATCCCTCA GGGCGATCGC 2640

CGAAAATACC ATGATGATGT TTCTGTTATG GTAATTTCTC TTGAAGGCCG AATTTGGCGC 2700

TCTTCTGGAT GA 2712

Domain Profile

S: 41    yDGhggsevakfcseklheilaeele..................................  66

           Gh+     +   +kl++++++++

Q: 534   SSGHKQILRRYLFGSKLRKLYKKQKLlqkkffpwnydwhrdqphvdesvikpsevtrrck  593

         567777777888899999999999989999999999999988888888876666666655

S: 67    sseseerkvkkalakaFlstdeelkvleeksldidk....sGstavvalikdsklyvanv  122

         s+  + + v +a+ +a+++t+e++++++e++ld+++    +Gs+++v+l+kd+++yv+n+

Q: 594   SGPVDHDAVLRAMSRALEKTEEAYMDIVERELDKNPelalMGSCVLVMLMKDQDVYVMNL  653

         4445555566**************************************************

S: 123   GdSravLcrng.ka..............................................  135

         GdSr++L++++ k

Q: 654   GDSRVILAQDNeKYnnssflkgdlrhrnrsreslvcveldriseespmhnpnshlssntk  713

         *********7735467889999**************************************

S: 136   .............velssdHkpsredEleRieeag...gsvilkdgaRvlGvLavsRalG  179

                      v+ls+dH++s+e+E++Ri++++   ++++ +d  Rv+G+L+v+Ra+G

Q: 714   tkelticklkiraVQLSTDHSTSVEEEISRIRAEHpddPKSVFND--RVKGQLKVTRAFG  771

         ***********************************8886666666..*************

S: 180   dlylk....................pyvtpePevtshrltsedefliLasDGlwdvvsne  219

         +++lk                    +y++++P v +h l s+d+fl+L+sDGl+++++n

Q: 772   AGFLKkpkfndmllemfridyvgtsSYISCNPAVLHHHLCSNDRFLVLSSDGLYQYFTND  831

         ************************************************************

S: 220   eavslvrdvlekkeaeqeaakkLvklalargskdnv  255

         e+vs+v +++e +++e+++a++Lv+++l r++k+n+

Q: 832   EVVSHVAWFME-NVPEGDPAQYLVAELLCRAAKKNG  866

         ***********.***********************8

Domain Sequence
(FASTA)

SSGHKQILRR YLFGSKLRKL YKKQKLLQKK FFPWNYDWHR DQPHVDESVI KPSEVTRRCK 60

SGPVDHDAVL RAMSRALEKT EEAYMDIVER ELDKNPELAL MGSCVLVMLM KDQDVYVMNL 120

GDSRVILAQD NEKYNNSSFL KGDLRHRNRS RESLVCVELD RISEESPMHN PNSHLSSNTK 180

TKELTICKLK IRAVQLSTDH STSVEEEISR IRAEHPDDPK SVFNDRVKGQ LKVTRAFGAG 240

FLKKPKFNDM LLEMFRIDYV GTSSYISCNP AVLHHHLCSN DRFLVLSSDG LYQYFTNDEV 300

VSHVAWFMEN VPEGDPAQYL VAELLCRAAK KNG 333

Keyword

Complete proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brassica rapa"; ?>Glycine max"; ?>Musa acuminata"; ?>Oryza indica"; ?>Oryza sativa"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>