EPS-GLM-00089

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EPS-GLM-00089

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
PPM/PP2C	195.8	3.8E-57	518	850	333

Status

Unreviewed

Ensembl Protein

GLYMA19G41060.3

UniProt Accession

K7MZP1;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA19G41060	GLYMA19G41060.3	GLYMA19G41060.3
GLYMA19G41060	GLYMA19G41060.2	GLYMA19G41060.2
GLYMA19G41060	GLYMA19G41060.4	GLYMA19G41060.4

Organism

Glycine max

Functional Description

Protein Length

887

Protein Sequence
(FASTA)

MGNGTSRVVG CLVPFNGKSG VDLEFLEPLD EGLGHSFCYV RPSIFESPAI TPSNSERFTV 60

DSSTLDSETL SGSFRHESIE ERPGKNVAET TFKTISGASV SANVSTARTG NQNALLASDV 120

LEPAASFEGT SSFAAIPLQP VPRGSGPLNG FMSGPLERFA SGPLDKGGGF MSGPIEKGVM 180

SGPLDATDKS NFSAPLARGR RRPHLQRLMR SVSGPMRNTF SRTFSRHSMG GSWVQRLFLH 240

PVSQLAWNSK EAKFRPEVSR NCAEVGSSEL EYKHIQNLQW AHGKAGEDRV HVVLSEEQGW 300

LFIGIYDGFS GPDAPDFLMS HLYKFIDKEL EGLLWDYEDN PVDPLKPEVL ENGNDVVALE 360

CGREEMSDAH SISNEESSCC LENSCPIMVK DQSSNSEIVE VNAEVKVNIE QKNCGSPSIV 420

HTVPASVPIG QLSGQGRRSV RLYELLQMES WNEQVSEQGK DSVVPAEIAQ ERQMRFCSPD 480

GKEDRSRHPD EGPTTSGENG GAGFNSTYQE PIAPFSVSGQ RQNSRKSFIG TKIRKMYRKQ 540

KSLRKKLFPW SYDWHREETC VDQKLVESSG PIRICKSGVN HNAVLRAMAR ALERTEEEYL 600

KMVENNMDKN PELALMGSCV LVMLMKDQDV YVMNLGDSRV ILAQERPNDR HPNPCLIKDD 660

MRHKNRSREL LVGMELDRIS EESPVHNINK HVNKINKNRE ISMCRLKMRA VQLSTDHSTS 720

IEEEVFRIRA EHPDDNQAIF NDRVKGQLKV TRAFGAGFLK RPSFNEPLLK MFRVDYVGNA 780

PYLSCASSVL HHRLSSSDRF LVLSSDGLYQ FFSNEEVVAH VTWFMENVPE GDPAQYLIAE 840

LLFRAAKKNG MDFHELLDIP HGDRRKYHDD VSVMVVSLEG RIWRSSG 887

Nucleotide Sequence
(FASTA)

ATGGGCAACG GCACTTCTCG TGTTGTTGGC TGTCTGGTGC CATTTAATGG CAAAAGTGGG 60

GTTGATTTGG AGTTTCTAGA GCCATTAGAT GAAGGGTTAG GCCATTCCTT TTGTTATGTG 120

AGGCCATCTA TTTTTGAATC TCCTGCCATT ACCCCATCAA ACTCTGAGAG GTTTACTGTT 180

GATTCTAGTA CCCTTGATTC TGAGACATTG AGTGGTTCGT TTAGGCATGA GAGCATTGAA 240

GAGAGGCCTG GTAAGAATGT TGCGGAAACC ACGTTCAAAA CAATATCAGG GGCTTCGGTT 300

AGTGCCAATG TTTCCACTGC CAGGACTGGT AACCAGAACG CATTACTAGC TAGCGATGTT 360

CTGGAGCCTG CTGCATCGTT TGAGGGAACC TCGTCGTTCG CTGCAATCCC TTTGCAGCCT 420

GTTCCCCGGG GTTCTGGACC TTTGAACGGT TTCATGTCGG GACCTCTGGA GAGATTTGCT 480

TCCGGTCCGT TGGATAAGGG CGGCGGTTTC ATGTCTGGGC CGATTGAGAA GGGCGTTATG 540

TCGGGTCCTC TTGATGCCAC TGATAAGTCC AACTTTTCAG CACCACTTGC CCGTGGTCGT 600

CGAAGGCCAC ACCTCCAGCG CCTCATGAGA AGTGTAAGTG GTCCTATGAG AAACACTTTT 660

TCTCGGACTT TTTCGAGGCA CTCCATGGGT GGCAGTTGGG TGCAGCGATT ATTCCTTCAT 720

CCGGTGTCTC AACTAGCTTG GAATTCCAAA GAGGCAAAGT TTCGACCGGA AGTTTCTAGA 780

AACTGTGCTG AAGTTGGATC GTCCGAATTG GAGTATAAAC ATATACAAAA TTTGCAGTGG 840

GCACATGGTA AGGCTGGTGA AGATAGGGTT CATGTTGTGC TTTCTGAAGA ACAAGGGTGG 900

CTGTTTATTG GGATATATGA TGGTTTTAGT GGACCAGATG CACCTGATTT TCTGATGAGT 960

CATCTTTATA AGTTCATAGA CAAGGAATTA GAAGGATTGC TCTGGGATTA TGAGGATAAT 1020

CCCGTTGATC CACTTAAACC TGAAGTCCTT GAAAATGGAA ATGATGTAGT TGCTCTAGAA 1080

TGTGGTAGGG AGGAAATGTC AGATGCTCAT AGCATTTCAA ATGAAGAAAG TTCTTGCTGT 1140

TTAGAAAATT CTTGTCCCAT AATGGTCAAG GATCAATCAT CTAATAGTGA GATAGTGGAG 1200

GTAAATGCTG AAGTTAAGGT AAATATTGAA CAGAAAAATT GTGGAAGTCC CAGTATTGTA 1260

CATACTGTTC CTGCATCTGT TCCAATTGGA CAATTGAGTG GTCAAGGCAG AAGAAGTGTG 1320

CGACTTTATG AGCTACTTCA GATGGAATCT TGGAATGAAC AGGTGTCAGA ACAAGGCAAG 1380

GATTCTGTGG TTCCTGCGGA AATAGCACAA GAGAGGCAGA TGAGATTCTG CTCACCTGAT 1440

GGTAAAGAGG ATAGATCTAG ACATCCAGAT GAAGGTCCCA CTACTTCGGG GGAAAATGGA 1500

GGTGCTGGGT TTAATTCGAC CTACCAGGAG CCAATAGCTC CTTTTTCCGT TTCAGGACAA 1560

AGGCAGAATT CAAGAAAGTC ATTCATTGGT ACAAAAATCA GAAAAATGTA CAGGAAGCAG 1620

AAGTCCTTGC GTAAGAAACT TTTTCCTTGG AGTTATGATT GGCATAGGGA GGAAACTTGT 1680

GTTGACCAGA AATTAGTTGA ATCCTCAGGA CCCATTAGAA TATGCAAGTC TGGAGTAAAT 1740

CATAATGCAG TTTTAAGAGC AATGGCTAGG GCTCTTGAAA GAACAGAGGA GGAATACCTG 1800

AAAATGGTGG AGAATAATAT GGACAAAAAT CCAGAGCTTG CCTTGATGGG ATCATGTGTT 1860

TTAGTGATGC TGATGAAGGA TCAAGATGTT TATGTTATGA ACCTTGGAGA TAGTCGTGTA 1920

ATTTTGGCTC AAGAACGGCC AAATGATCGT CATCCTAATC CGTGTCTTAT CAAAGATGAC 1980

ATGAGGCATA AGAATCGATC TAGAGAGTTG TTAGTGGGCA TGGAGTTGGA TAGAATTTCG 2040

GAGGAGTCCC CAGTGCACAA TATAAATAAG CATGTTAACA AGATAAACAA AAACAGAGAG 2100

ATATCCATGT GCAGACTGAA AATGAGGGCT GTTCAGCTTT CCACAGATCA CAGCACAAGC 2160

ATTGAAGAGG AAGTTTTTAG AATAAGAGCA GAACACCCTG ATGATAATCA GGCCATATTC 2220

AATGATCGAG TGAAAGGACA ATTAAAAGTG ACCAGAGCAT TTGGTGCTGG ATTCCTGAAG 2280

AGGCCGTCTT TTAATGAACC GCTACTGAAG ATGTTTCGAG TTGATTATGT GGGGAATGCT 2340

CCTTACCTAA GTTGTGCTTC TTCTGTCCTT CATCACCGAC TTTCCTCAAG TGACCGGTTC 2400

CTGGTGCTCT CCTCCGATGG GCTTTACCAA TTTTTCAGCA ATGAAGAGGT AGTTGCCCAT 2460

GTCACATGGT TCATGGAAAA TGTTCCTGAA GGTGATCCTG CACAATACCT TATCGCAGAG 2520

CTTCTCTTCC GTGCGGCTAA AAAGAACGGA ATGGATTTTC ATGAATTGCT GGATATTCCT 2580

CATGGAGATA GGCGTAAATA TCATGATGAT GTTTCTGTTA TGGTGGTTTC GTTGGAGGGA 2640

AGGATTTGGA GATCATCGGG ATAA 2664

Domain Profile

S: 42    DGhggsevakfcseklheilaeele.................................ss  68

          G++ ++ ++f+ +k+++++ ++++                                 +s

Q: 518   SGQRQNSRKSFIGTKIRKMYRKQKSlrkklfpwsydwhreetcvdqklvessgpiricKS  577

         59999*****************************99999999999999888888888877

S: 69    eseerkvkkalakaFlstdeelkvleeksldidk....sGstavvalikdsklyvanvGd  124

         + + + v +a+a+a+++t+ee+ +++e+++d+++    +Gs+++v+l+kd+++yv+n+Gd

Q: 578   GVNHNAVLRAMARALERTEEEYLKMVENNMDKNPelalMGSCVLVMLMKDQDVYVMNLGD  637

         77778888**************999999999999**************************

S: 125   SravLcrng.k...a.............................................  135

         Sr++L++++ +   +

Q: 638   SRVILAQERpNdrhPnpclikddmrhknrsrellvgmeldriseespvhninkhvnkink  697

         *******9965555277999****************************************

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

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

Q: 698   nreismcrlkmraVQLSTDHSTSIEEEVFRIRAEHpddNQAIFND--RVKGQLKVTRAFG  755

         ***********************************6655555555..*************

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

         +++lk                    py+++   v +hrl+s+d+fl+L+sDGl++ +sne

Q: 756   AGFLKrpsfnepllkmfrvdyvgnaPYLSCASSVLHHRLSSSDRFLVLSSDGLYQFFSNE  815

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

S: 220   eavslvrdvlekkeaeqeaakkLvklalargskdnv  255

         e+v++v++++e +++e+++a++L++++l r++k+n+

Q: 816   EVVAHVTWFME-NVPEGDPAQYLIAELLFRAAKKNG  850

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

Domain Sequence
(FASTA)

SGQRQNSRKS FIGTKIRKMY RKQKSLRKKL FPWSYDWHRE ETCVDQKLVE SSGPIRICKS 60

GVNHNAVLRA MARALERTEE EYLKMVENNM DKNPELALMG SCVLVMLMKD QDVYVMNLGD 120

SRVILAQERP NDRHPNPCLI KDDMRHKNRS RELLVGMELD RISEESPVHN INKHVNKINK 180

NREISMCRLK MRAVQLSTDH STSIEEEVFR IRAEHPDDNQ AIFNDRVKGQ LKVTRAFGAG 240

FLKRPSFNEP LLKMFRVDYV GNAPYLSCAS SVLHHRLSSS DRFLVLSSDG LYQFFSNEEV 300

VAHVTWFMEN VPEGDPAQYL IAELLFRAAK KNG 333

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brassica rapa"; ?>Musa acuminata"; ?>Populus trichocarpa"; ?>Setaria italica"; ?>Vitis vinifera"; ?>Zea mays"; ?>

Gene Ontology

KEGG

InterPros

Pfam

SMARTs

Prosites

Prints

Created Date

20-Feb-2013