EKS-GLM-00391

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-GLM-00391

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
STE/STE11	292.8	1.0E-86	23	274	252

Status

Unreviewed

Ensembl Protein

GLYMA11G10810.2

UniProt Accession

K7LNX9;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA11G10810	GLYMA11G10810.3	GLYMA11G10810.3
GLYMA11G10810	GLYMA11G10810.4	GLYMA11G10810.4
GLYMA11G10810	GLYMA11G10810.2	GLYMA11G10810.2
GLYMA11G10810	GLYMA11G10810.6	GLYMA11G10810.6
GLYMA11G10810	GLYMA11G10810.5	GLYMA11G10810.5

Organism

Glycine max

Functional Description

Protein Length

1392

Protein Sequence
(FASTA)

MSRQTTSSAF TKSKTLDNKY MLGDEIGKGA YGRVYKGLDL ENGDFVAIKQ VSLENIAQED 60

LNIIMQEIDL LKNLNHKNIV KYLGSSKTKS HLHIVLEYVE NGSLANIIKP NKFGPFPESL 120

VAVYIAQVLE GLVYLHEQGV IHRDIKGANI LTTKEGLVKL ADFGVATKLT EADVNTHSVV 180

GTPYWMAPEV IEMAGVCAAS DIWSVGCTVI ELLTCVPPYY DLQPMPALFR IVQDEHPPIP 240

DSLSPDITDF LLQCFKKDAR QRPDAKTLLS HPWIQNCRRV LQSSLRHSGT LRNIEEDDSA 300

DAEVSGGYHK SAYENSSVEK EDSAKEHTTM AADGSKAHED NAADSNFSNE QTEKADDAPS 360

DQVLTLAIHE KSFLQAGSSK LTSNREVVNS ESTGNHEISN AKDLHEVVMN GEGGSPQSRG 420

MASKVGGKDS SVNNGNKSFA FGPRGQDNGP LKKAMKMPIT VEGNELSRFS DPPGDAYLDD 480

LFHPLDKQPG EVVAEASTST STSHMTKGNA SAIDGVKNDL AKELRATIAR KQWEKESEIG 540

QANNGGNLLH RVMIGVLKDD VIDIDGLVFD EKLPGENLFP LQAVEFSKLV GSLKPEESED 600

MIVSACQKLI GIFHQRPEQK IVFVTQHGLL PLTDLLEVPK TRIICSVLQL INQIVKDNTD 660

FQENACLVGL IPAVTSFAVP DRPREIRMEA AYFLQQLCQS SSLTLQMFIA CRGIPVLVGF 720

LEADYAKYRE MVHLAIDGMW QVFKLQQSTP RNDFCRIAAK NGILLRLINT LYSLNESTRL 780

ASSSAGGGFS VDGSAQRPRS GILDPNHPYI NQNETMLSSV DQQDPPKVRR AVPDHHLEPS 840

SSNPRRSDAN YPVDVDRPQS SNATADEKSL NQASRESSAG ALKERENMDR WKTDPSQPRI 900

SNNRTSTDRP PKSTEPSSNG LSVTGTMHQE QVRPLLSLLD KEPPSGRFSG QLEYMRQFSG 960

LERHESVLPL LHATEKKTNG ELDFLMAEFA DVSQRGRENG NLDSSARVSH KVTPKKLGTL 1020

GSSEGAASTS GIASQTASGV LSGSGVLNAR PGSATSSGLL SHMVSSLNAE VAREYLEKVA 1080

DLLLEFAQAD TTVKSYMCSQ SLLSRLFQMF NRVEPPILLK ILRCINHLST DPNCLENLQR 1140

AEAIKYLIPN LELKEGSLVS EIHHEVLNAL FNLCKINKRR QEQAAENGII PHLMLFITSN 1200

SPLKQYALPL LCDMAHASRN SREQLRAHGG LDVYLNLLED ELWSVTALDS IAVCLAHDND 1260

NRKVEQALLK KDAVQKLVKF FQGCPEQHFV HILEPFLKII TKSARINTTL AVNGLTPLLI 1320

ARLDHQDAIA RLNLLRLIKA VYEHHPQPKK LIVENDLPEK LQNLIGERRD GQVLVKQMAT 1380

SLLKALHINT VL 1392

Nucleotide Sequence
(FASTA)

ATGTCGCGCC AGACGACGTC GTCTGCTTTC ACTAAATCGA AGACCCTCGA CAATAAATAT 60

ATGCTGGGAG ATGAGATTGG AAAAGGAGCT TATGGTCGAG TTTACAAAGG TTTGGACCTG 120

GAGAATGGAG ATTTTGTTGC CATTAAACAA GTTTCTTTGG AGAATATTGC TCAGGAGGAT 180

CTCAACATTA TCATGCAAGA GATTGATTTG TTGAAGAATT TGAACCACAA AAACATTGTA 240

AAGTATCTTG GATCTTCAAA GACAAAAAGT CACCTGCACA TAGTTCTTGA GTATGTGGAG 300

AATGGCTCAC TTGCAAATAT TATCAAGCCA AATAAATTTG GACCTTTTCC AGAATCATTG 360

GTGGCAGTAT ATATTGCCCA GGTGTTGGAA GGTTTGGTTT ATCTACACGA ACAGGGTGTT 420

ATCCATCGGG ATATTAAGGG TGCAAACATA TTGACAACTA AAGAGGGTCT TGTCAAACTT 480

GCTGATTTTG GCGTTGCTAC AAAATTAACA GAGGCTGATG TTAACACTCA TTCAGTTGTT 540

GGAACACCTT ACTGGATGGC CCCAGAGGTT ATAGAAATGG CTGGGGTTTG TGCAGCTTCT 600

GACATTTGGA GTGTTGGCTG TACGGTTATT GAACTTCTTA CATGTGTACC TCCTTATTAT 660

GATTTGCAGC CTATGCCAGC TCTTTTCCGT ATTGTCCAGG ATGAGCATCC GCCAATTCCA 720

GATAGCCTTT CACCTGATAT TACTGATTTT TTGCTTCAAT GCTTTAAGAA GGATGCTAGA 780

CAAAGGCCTG ATGCTAAAAC TCTGTTGTCT CACCCCTGGA TTCAAAACTG TAGACGTGTC 840

CTGCAGTCTT CTCTTCGCCA TAGTGGAACA CTAAGAAATA TTGAGGAAGA TGATTCTGCA 900

GATGCAGAAG TTTCTGGTGG CTATCATAAG AGTGCTTATG AAAACTCTTC TGTGGAGAAA 960

GAGGACTCTG CAAAAGAGCA TACAACTATG GCTGCTGATG GCAGCAAAGC TCATGAAGAC 1020

AATGCTGCAG ATTCTAATTT TTCCAATGAA CAAACAGAGA AAGCAGATGA TGCTCCATCG 1080

GATCAGGTTC TTACTTTAGC CATTCATGAG AAGTCATTTC TACAAGCTGG TTCTAGCAAA 1140

CTCACTTCTA ACAGAGAAGT GGTTAATTCC GAGTCTACTG GCAATCATGA AATTTCTAAT 1200

GCTAAAGACC TTCATGAAGT TGTGATGAAT GGAGAAGGTG GATCTCCACA ATCAAGAGGA 1260

ATGGCTAGCA AGGTTGGAGG GAAAGACAGT TCTGTAAACA ATGGCAACAA ATCATTTGCT 1320

TTTGGGCCAA GAGGTCAAGA TAATGGTCCC CTTAAGAAGG CAATGAAGAT GCCAATCACT 1380

GTGGAAGGAA ATGAGCTGAG TAGATTTAGT GACCCGCCAG GAGATGCCTA CTTGGATGAT 1440

TTATTTCATC CATTGGATAA ACAACCTGGG GAGGTTGTAG CAGAGGCGTC CACTTCTACA 1500

TCCACTTCAC ATATGACTAA AGGTAATGCA TCTGCAATTG ATGGTGTGAA AAATGACTTG 1560

GCTAAAGAGT TGAGAGCTAC AATTGCTCGA AAGCAATGGG AGAAGGAAAG TGAAATTGGA 1620

CAGGCAAACA ATGGCGGGAA TCTTTTGCAC CGAGTGATGA TAGGCGTTCT AAAAGATGAT 1680

GTGATTGATA TAGATGGTTT GGTCTTCGAC GAAAAACTTC CTGGAGAGAA CCTTTTTCCT 1740

TTGCAGGCTG TTGAGTTCAG CAAACTAGTG GGTTCATTAA AACCAGAGGA ATCAGAAGAC 1800

ATGATTGTTT CTGCATGTCA GAAACTTATT GGTATATTTC ACCAACGTCC AGAGCAGAAG 1860

ATTGTTTTTG TTACCCAGCA TGGCTTACTT CCTCTGACAG ATTTGCTAGA AGTTCCTAAA 1920

ACACGTATCA TATGTTCTGT GCTCCAGCTT ATAAATCAAA TAGTTAAGGA CAACACTGAT 1980

TTTCAAGAAA ATGCATGTCT TGTTGGATTG ATTCCTGCAG TCACAAGCTT TGCAGTACCT 2040

GATCGTCCTC GAGAGATTCG GATGGAAGCA GCTTATTTTT TACAGCAGCT TTGTCAGTCA 2100

AGTTCTTTGA CATTACAAAT GTTTATAGCT TGCCGCGGAA TACCTGTTTT AGTGGGATTT 2160

CTTGAAGCTG ATTATGCCAA GTACAGGGAG ATGGTTCATC TGGCTATTGA TGGCATGTGG 2220

CAGGTATTTA AGCTTCAGCA GTCAACGCCT AGAAATGATT TTTGCCGGAT AGCTGCTAAG 2280

AATGGAATAC TTCTCAGGCT TATAAATACT CTTTATAGCT TAAATGAGTC AACTCGATTA 2340

GCTTCTAGCT CTGCTGGGGG TGGATTTTCA GTTGACGGTT CAGCTCAACG CCCACGATCT 2400

GGTATCTTGG ATCCCAATCA TCCTTATATC AATCAGAATG AGACAATGCT ATCTTCAGTA 2460

GATCAGCAAG ATCCCCCTAA AGTGAGACGT GCAGTACCTG ATCATCACTT AGAACCTTCA 2520

TCATCCAATC CCCGAAGATC AGATGCTAAC TACCCTGTGG ATGTTGATAG ACCCCAATCA 2580

AGCAATGCAA CAGCTGATGA GAAGAGTTTG AACCAAGCAT CCAGAGAATC TTCAGCAGGT 2640

GCATTGAAAG AGCGAGAGAA TATGGATCGT TGGAAAACTG ATCCTTCTCA GCCACGTATT 2700

TCTAATAACA GGACATCAAC TGATAGGCCA CCAAAATCTA CAGAACCATC ATCAAATGGG 2760

TTATCAGTAA CAGGAACTAT GCACCAAGAG CAAGTTAGGC CTCTTCTTAG CTTGTTGGAT 2820

AAAGAGCCCC CATCTGGACG CTTTTCTGGA CAGCTTGAGT ATATGCGTCA GTTTTCAGGA 2880

TTAGAAAGAC ATGAAAGTGT ACTCCCTTTG TTACATGCCA CTGAAAAGAA AACAAATGGT 2940

GAACTAGACT TTTTAATGGC AGAATTTGCA GATGTTTCTC AACGTGGAAG GGAAAATGGA 3000

AATCTTGACT CTAGTGCTAG AGTTTCTCAT AAAGTCACTC CCAAGAAATT AGGAACTTTG 3060

GGTTCCAGTG AAGGAGCTGC TTCCACATCT GGGATTGCAT CACAGACAGC TTCAGGTGTA 3120

CTCTCTGGTT CAGGTGTTCT AAATGCTAGA CCAGGTAGTG CTACTTCGTC TGGACTACTT 3180

TCCCACATGG TTTCATCGCT GAATGCAGAA GTTGCCAGAG AGTATCTGGA GAAAGTGGCA 3240

GATCTTCTTC TTGAGTTTGC ACAGGCAGAC ACCACAGTGA AATCTTATAT GTGTAGCCAA 3300

AGCTTGCTCA GTCGTCTTTT CCAGATGTTT AATAGGGTGG AGCCTCCTAT TTTGTTGAAG 3360

ATACTGAGGT GTATTAATCA TCTGTCAACT GATCCAAATT GCTTAGAAAA TCTTCAGCGT 3420

GCTGAAGCAA TAAAATACTT GATACCAAAT CTTGAACTGA AAGAAGGATC TCTTGTATCA 3480

GAGATACATC ACGAGGTCTT GAACGCACTA TTCAATTTAT GCAAGATAAA TAAGAGGAGA 3540

CAAGAACAAG CAGCTGAAAA TGGAATCATT CCCCATTTGA TGCTATTCAT CACATCAAAT 3600

TCTCCCTTGA AACAGTATGC ATTGCCTCTG CTATGTGACA TGGCTCATGC ATCTCGCAAT 3660

TCAAGGGAGC AATTAAGGGC CCATGGCGGT TTGGATGTCT ATTTGAACCT TCTTGAGGAT 3720

GAGCTTTGGT CTGTGACAGC ACTAGACTCT ATTGCTGTTT GTTTAGCCCA CGACAATGAT 3780

AATAGGAAGG TTGAACAAGC ACTGCTGAAA AAGGATGCAG TTCAGAAGCT TGTGAAGTTC 3840

TTCCAAGGCT GTCCAGAGCA GCATTTTGTA CACATATTGG AGCCTTTCTT GAAAATCATC 3900

ACAAAATCTG CAAGGATCAA TACCACATTG GCTGTTAATG GATTAACACC GCTGCTCATT 3960

GCAAGGCTAG ATCATCAGGA TGCTATAGCT CGTCTTAATT TACTCAGGCT AATAAAGGCC 4020

GTTTATGAGC ATCACCCTCA GCCCAAGAAA TTGATTGTGG AGAATGATCT ACCTGAAAAA 4080

CTTCAAAACT TGATAGGGGA ACGGAGAGAT GGACAAGTCT TGGTTAAACA GATGGCTACT 4140

TCATTACTTA AAGCACTACA CATAAACACC GTTTTGTAA 4179

Domain Profile

S: 4     revigkGsfgsvyaaldvdtgellavKeveikpekksekkevkalkeEikllkelkHeni  63

         ++ igkG++g+vy++ld+++g  +a+K+v++   ++ +++ ++ +++Ei+llk+l+H+ni

Q: 23    GDEIGKGAYGRVYKGLDLENGDFVAIKQVSL---ENIAQEDLNIIMQEIDLLKNLNHKNI  79

         678**************************98...3445679*******************

S: 64    vkyyGveveeeelkiflEyvegGslsslle..kygkleesvikkytkqileglayLHekk  121

         vky+G+++ +++l+i lEyve+Gsl+++++  k+g++ es++ +y  q+legl yLHe++

Q: 80    VKYLGSSKTKSHLHIVLEYVENGSLANIIKpnKFGPFPESLVAVYIAQVLEGLVYLHEQG  139

         *****************************9989***************************

S: 122   ivHRDiKgaNilldssgvvklsDFGaskrlaelntkaaelesltGtlaymaPEvikkkek  181

         ++HRDiKgaNil +++g+vkl+DFG++++l+e+  +   ++s++Gt+++maPEvi+ +

Q: 140   VIHRDIKGANILTTKEGLVKLADFGVATKLTEADVN---THSVVGTPYWMAPEVIEMA--  194

         *******************************99877...89**************888..

S: 182   gygrkaDiWslgcvviemltgkrPfaeldeelaimfkvgakktkPeipeklseegkdfle  241

         g  +++DiWs+gc+vie+lt  +P+ +l +++ ++f++ +++ +P+ip++ls++  dfl

Q: 195   GVCAASDIWSVGCTVIELLTCVPPYYDL-QPMPALFRIVQDE-HPPIPDSLSPDITDFLL  252

         9***************************.9*********999.*****************

S: 242   kcleldpkkrpsaeeLLkhefl  263

         +c+++d+++rp a+ LL+h+++

Q: 253   QCFKKDARQRPDAKTLLSHPWI  274

         ********************96

Domain Sequence
(FASTA)

GDEIGKGAYG RVYKGLDLEN GDFVAIKQVS LENIAQEDLN IIMQEIDLLK NLNHKNIVKY 60

LGSSKTKSHL HIVLEYVENG SLANIIKPNK FGPFPESLVA VYIAQVLEGL VYLHEQGVIH 120

RDIKGANILT TKEGLVKLAD FGVATKLTEA DVNTHSVVGT PYWMAPEVIE MAGVCAASDI 180

WSVGCTVIEL LTCVPPYYDL QPMPALFRIV QDEHPPIPDS LSPDITDFLL QCFKKDARQR 240

PDAKTLLSHP WI 252

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Cyanidioschyzon merolae"; ?>Musa acuminata"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>