EKS-GLM-01448

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-GLM-01448

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Atypical/ABC1	186.6	2.5E-54	342	669	328

Status

Unreviewed

Ensembl Protein

GLYMA06G15070.1

UniProt Accession

I1KBA9;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA06G15070	GLYMA06G15070.1	GLYMA06G15070.1
GLYMA06G15070	GLYMA06G15070.2	GLYMA06G15070.2

Organism

Glycine max

Functional Description

Protein Length

811

Protein Sequence
(FASTA)

MMEGLEWTCK IIDTLIHENK KEYFYGSSWL KPRVLFISTP FPPFYHAHTV ILSQSLSLFM 60

ATSSPLPLPE LHFLSPQTTP KRRISFSKLP SSPYSVSRHV TSNVSLRTSR IRATREESAL 120

AERLNDVEWT GNGAAAAAAD GNGASVGGYV NGATNGSLVK YGYENGNGVS AEVLEVEASN 180

KLSEDGRKKR LEEIGKEDAW FKQSGNEQVE VAVAPGGRWN RFKTYSTIQR TFEIWGFFAT 240

FIFKAWLNNQ KFSYKGGMTE EKQTLRRKVL AKWLKENILR LGPTFIKIGQ QFSTRVDILP 300

QEYVDQLSEL QDQVPPFPSE TSVAIVEEEL GAPLGDIFDQ FDYEPIAAAS LGQVHRARLN 360

GQEVVIKVQR PGLKDLFDID LKNLRVIAEY LQKIDPKSDG AKRDWVAIYD ECASVLYQEI 420

DYTKEAANAE LFASNFKNMD YVKVPTIYWD YTTPQILTME YVPGIKINKI QALDQLGVDR 480

KRLGRYAVES YLEQILSHGF FHADPHPGNI AVDDVNGGRL IFYDFGMMGS ISPNIREGLL 540

ETFYGVYEKD PDKVLQAMIQ MGVLVPTGDM TAVRRTAQFF LNSFEERLAA QRQEREEATT 600

ELGFKKPLSK EEKIKKKKQR LAAIGEDLLS IAADQPFRFP ATFTFVVRAF SVLDGIGKGL 660

DPRFDITEIA KPYALELLRF REAGVEVVLK DFRKRWDRQS QAFYNLFRQA DRVDKLADII 720

QRLEQGDLKL RVRTLESERA FQRVAAVQKT IGSAVAAGSL INLATVLYLN SIRVPAIAAY 780

IFCALFGFQV LLGIVKVKKL DERERLITGT A 811

Nucleotide Sequence
(FASTA)

ATGATGGAGG GCCTGGAGTG GACATGTAAG ATAATAGATA CTTTGATCCA TGAAAATAAA 60

AAAGAATATT TTTATGGCTC ATCTTGGCTA AAGCCACGTG TTCTGTTCAT CTCCACCCCT 120

TTCCCTCCTT TCTATCACGC TCACACTGTG ATCCTTAGTC AATCTCTCTC ACTCTTCATG 180

GCTACGTCTT CTCCTCTCCC GTTACCCGAA CTCCACTTCC TCTCTCCGCA AACCACCCCC 240

AAACGCCGTA TCTCCTTCTC CAAACTCCCC TCCTCACCTT ACTCCGTTTC CCGCCACGTC 300

ACCTCCAACG TCTCTCTCCG CACCTCGCGA ATCCGCGCAA CTAGAGAAGA ATCCGCGTTG 360

GCCGAGCGAC TCAACGACGT CGAATGGACC GGAAACGGCG CCGCCGCCGC TGCTGCTGAC 420

GGAAATGGCG CCTCCGTTGG TGGATACGTT AACGGCGCTA CTAACGGAAG CTTGGTGAAG 480

TACGGCTACG AAAACGGAAA CGGCGTTTCT GCGGAGGTGT TGGAAGTTGA AGCCTCTAAT 540

AAGCTGAGCG AGGATGGGAG GAAGAAGAGG TTGGAGGAGA TTGGGAAAGA AGACGCCTGG 600

TTTAAACAAA GTGGGAACGA ACAAGTTGAG GTGGCGGTTG CGCCTGGGGG TCGTTGGAAC 660

AGGTTCAAGA CTTACTCCAC AATACAAAGA ACCTTTGAGA TTTGGGGATT TTTTGCCACG 720

TTTATCTTTA AGGCTTGGCT GAACAACCAG AAGTTCTCTT ACAAAGGAGG AATGACTGAG 780

GAAAAACAAA CCTTAAGGCG AAAGGTTCTT GCCAAGTGGC TGAAGGAAAA CATTCTTAGA 840

TTAGGTCCAA CATTCATCAA AATTGGCCAG CAGTTCTCCA CTAGGGTGGA CATTCTTCCT 900

CAAGAATATG TTGACCAGTT GTCCGAACTT CAGGATCAAG TTCCTCCATT TCCCTCAGAG 960

ACCTCTGTAG CTATTGTTGA AGAAGAGCTT GGAGCTCCTT TAGGTGATAT CTTTGATCAG 1020

TTTGACTATG AACCAATAGC TGCTGCAAGT CTTGGTCAGG TTCATCGTGC GAGATTAAAT 1080

GGACAGGAGG TTGTTATTAA AGTACAAAGG CCTGGTCTCA AGGATCTTTT TGATATTGAT 1140

CTTAAAAACC TGAGGGTTAT TGCTGAATAT CTTCAAAAAA TCGATCCAAA ATCAGATGGC 1200

GCAAAGAGGG ATTGGGTTGC TATTTATGAT GAATGTGCCT CTGTCTTATA TCAGGAGATT 1260

GATTACACCA AGGAGGCTGC TAATGCAGAA TTGTTTGCAA GTAACTTTAA GAACATGGAT 1320

TATGTGAAAG TTCCTACAAT CTACTGGGAT TATACCACAC CACAGATTCT GACAATGGAG 1380

TATGTTCCAG GGATTAAAAT AAACAAAATA CAAGCTTTAG ATCAACTGGG TGTTGACCGC 1440

AAAAGGTTAG GGAGATATGC GGTTGAGTCA TACTTGGAAC AAATTTTATC ACATGGTTTC 1500

TTCCATGCTG ACCCTCATCC TGGAAATATT GCAGTTGATG ATGTCAATGG TGGAAGATTG 1560

ATCTTCTATG ATTTTGGAAT GATGGGGAGT ATCAGTCCAA ACATTCGAGA AGGTTTGCTT 1620

GAAACATTTT ATGGAGTTTA TGAGAAAGAT CCAGACAAGG TTCTACAAGC AATGATTCAA 1680

ATGGGAGTTC TTGTCCCTAC TGGAGATATG ACTGCTGTTA GAAGAACAGC ACAATTCTTC 1740

CTTAACAGTT TTGAAGAGCG CCTGGCTGCA CAAAGGCAAG AGAGAGAGGA AGCAACAACT 1800

GAACTTGGAT TCAAAAAACC ATTAAGCAAG GAGGAAAAAA TAAAGAAGAA AAAGCAACGT 1860

CTGGCTGCTA TTGGTGAAGA TTTATTATCT ATTGCAGCAG ACCAGCCCTT CCGATTTCCT 1920

GCTACATTCA CATTTGTTGT TAGAGCCTTC TCAGTGTTGG ATGGCATTGG AAAGGGGCTT 1980

GACCCACGTT TTGACATCAC TGAGATTGCC AAACCTTATG CCCTGGAGTT GCTCAGGTTT 2040

CGTGAAGCTG GGGTTGAAGT TGTCCTAAAG GACTTCAGGA AGAGATGGGA TAGACAATCT 2100

CAAGCATTTT ACAACTTATT CAGACAGGCT GATAGGGTTG ACAAGCTTGC TGACATTATC 2160

CAAAGACTGG AGCAAGGTGA TCTAAAGCTG CGAGTTCGAA CTTTGGAATC TGAGAGGGCA 2220

TTCCAGCGTG TTGCTGCTGT CCAGAAGACT ATAGGGAGTG CAGTAGCTGC TGGGAGCCTA 2280

ATCAATCTTG CAACAGTTTT GTATCTCAAT TCAATTCGGG TGCCTGCCAT TGCAGCATAT 2340

ATCTTCTGTG CACTCTTTGG TTTTCAAGTG CTCTTGGGCA TTGTCAAGGT CAAGAAGCTA 2400

GATGAACGGG AACGATTGAT AACAGGGACT GCATAA 2436

Domain Profile

S: 1     eekPlaaASlaqvhkArLkdGeeVAVKvqypgvkesidsDlktlelllkvlevlf...kd  57

         +++P+aaASl+qvh+ArL +G+eV++Kvq pg+k+ +d Dlk+l+++ + l+ +     +

Q: 342   DYEPIAAASLGQVHRARL-NGQEVVIKVQRPGLKDLFDIDLKNLRVIAEYLQKIDpksDG  400

         789***************.6*******************************999845545

S: 58    lklew..lvdelkkeLaleldferEarnaekfrkllkkfkalkvPkvleelstkrvLtme  115

          k +w  + de  + L++e+d+++Ea+nae f+ ++k+++++kvP+++++++t ++Ltme

Q: 401   AKRDWvaIYDECASVLYQEIDYTKEAANAELFASNFKNMDYVKVPTIYWDYTTPQILTME  460

         666663368***************************************************

S: 116   lvegvpvddleyiessqilrneiaekliklllkeifvdnfvhtDphpgNvlvqksskegk  175

         +v g ++++++++++ +++r+   +  ++ +l++i  ++f h+DphpgN++v+  ++

Q: 461   YVPGIKINKIQALDQLGVDRKRLGRYAVESYLEQILSHGFFHADPHPGNIAVDDVNG---  517

         ****************************************************97777...

S: 176   lelvLLDfGlsrelsekfrrlyikllkavvdrDrkkvkkksqrlaeltgeeaklladalv  235

          +l+  DfG++  +s ++r+ + + +  v ++D +kv +   +++ l+ +       +

Q: 518   GRLIFYDFGMMGSISPNIREGLLETFYGVYEKDPDKVLQAMIQMGVLVPTGDMTAVRRTA  577

         79*******************************************997433222222222

S: 236   ervltlge.afasq.................arkeveeleklaverlessllkllmevlv  277

         + +l++ e ++a q                 +++e + ++k+    + + ll+

Q: 578   QFFLNSFEeRLAAQrqereeattelgfkkplSKEEKIKKKKQRLAAIGEDLLSIAADQPF  637

         222222210111111111111111222222333333344444444445555555556667

S: 278   klprevllilktidllrgieeaLkakldilel  309

         + p  +  ++++  +l gi++ L++++di+e+

Q: 638   RFPATFTFVVRAFSVLDGIGKGLDPRFDITEI  669

         88899999999999999999999999998775

Domain Sequence
(FASTA)

DYEPIAAASL GQVHRARLNG QEVVIKVQRP GLKDLFDIDL KNLRVIAEYL QKIDPKSDGA 60

KRDWVAIYDE CASVLYQEID YTKEAANAEL FASNFKNMDY VKVPTIYWDY TTPQILTMEY 120

VPGIKINKIQ ALDQLGVDRK RLGRYAVESY LEQILSHGFF HADPHPGNIA VDDVNGGRLI 180

FYDFGMMGSI SPNIREGLLE TFYGVYEKDP DKVLQAMIQM GVLVPTGDMT AVRRTAQFFL 240

NSFEERLAAQ RQEREEATTE LGFKKPLSKE EKIKKKKQRL AAIGEDLLSI AADQPFRFPA 300

TFTFVVRAFS VLDGIGKGLD PRFDITEI 328

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Chlamydomonas reinhardtii"; ?>Hordeum vulgare"; ?>Musa acuminata"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>