EKS-GLM-00370

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-GLM-00370

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
STE/STE11	328.0	1.8E-97	410	666	257

Status

Unreviewed

Ensembl Protein

GLYMA16G30030.1

UniProt Accession

I1MPK6;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA16G30030	GLYMA16G30030.1	GLYMA16G30030.1

Organism

Glycine max

Functional Description

Protein Length

898

Protein Sequence
(FASTA)

MPSWWGKSSS TKKKANKESF IDAFHRKFKI PSEGKPSGRS GGSRRHCDDS ISEKGAQSPP 60

ESRSPSPSKV GRCQSFVERP HAQPLPLPGL HPSNISRADS EISIPSSRRR HGKGSKSSLF 120

LPLPKPACMR GRLNPAELDG DLVTASVSSE SSADSDEPVD SHNRSPLATD CETGTRTAAG 180

SPSSLMQKDQ SSTVSQINSR EAKKPANILG NHMSSTSPKR RPLSNHVTNL QIPPHGAFFS 240

APDSSRSSPS RSPLRAFGTE QVLNSAFWAG KPYPEVNFGG SGHCSSPGSG HNSGHNSMGG 300

DMSGQLFWQP SRGSPEYSPV PSPRMTSPGP SSRIQSGAVT PIHPRAGGTP NESQTGRIDD 360

VKPQSHRLPL PPLAVTNTLP FSHSNSAATS PSMPRSPGRA DNPISPGSRW KKGKLLGRGT 420

FGHVYVGFNK ESGEMCAMKE VTLFSDDAKS KESAKQLMQE ITLLSRLRHP NIVQYYGSET 480

VGDKLYIYLE YVAGGSIYKL LQEYGQFGEL AIRSYTQQIL SGLAYLHAKN TVHRDIKGAN 540

ILVDTNGRVK LADFGMAKHI TGQSCPLSFK GSPYWMAPEV IKNSNGCNLA VDIWSLGCTV 600

LEMATTKPPW SQYEGVAAMF KIGNSKELPT IPDHLSSEGK DFVRKCLQRN PHNRPSASEL 660

LDHPFVKCAA PLERPILGPE SPSDPAPAVS GITQGATASG IGQGRNPSKL DSDRLSLHSS 720

RFLKTNPHAS EIHIPRNISC PVSPIGSPLL RPRSPQHMNG RMSPSPISSP RTASGASTPL 780

NGGSGAIPFS NHLVYIQEGL GNLPKSSNGV YVSGPAHHDL NVDIFRGMQQ TSHITSELVP 840

SESDVLGKQF ARTPHNEPYD VQSVLADRVC RQLLGDNVKI NQCLDLSPNS LLSRANGL 898

Nucleotide Sequence
(FASTA)

ATGCCTTCAT GGTGGGGAAA ATCATCATCA ACCAAGAAGA AAGCAAATAA GGAAAGTTTT 60

ATTGATGCAT TTCACCGAAA ATTTAAAATC CCATCCGAAG GTAAACCAAG CGGTAGATCT 120

GGAGGATCTC GTAGACATTG CGATGATTCA ATTTCAGAGA AAGGGGCTCA GTCTCCTCCT 180

GAATCAAGAT CTCCTTCTCC TTCCAAGGTG GGAAGGTGTC AAAGCTTTGT TGAAAGGCCT 240

CATGCTCAGC CACTACCACT TCCTGGCTTG CACCCATCAA ATATAAGCCG AGCAGATTCC 300

GAAATTAGTA TACCATCATC TAGAAGAAGA CATGGAAAGG GCTCCAAATC ATCGTTGTTT 360

CTTCCACTAC CAAAACCAGC GTGCATGCGT GGTAGGTTGA ACCCTGCTGA GTTGGATGGA 420

GATTTGGTCA CGGCTTCAGT CTCTAGTGAG AGCTCTGCTG ATAGTGATGA ACCAGTGGAC 480

TCTCACAATC GTAGTCCTCT GGCAACTGAC TGTGAAACTG GGACTAGAAC TGCTGCAGGC 540

AGTCCCTCCA GCTTGATGCA GAAGGATCAA TCATCTACTG TTTCCCAAAT AAACTCAAGG 600

GAAGCCAAAA AACCGGCAAA TATTCTGGGT AATCATATGT CTTCTACTTC ACCAAAACGT 660

AGGCCCTTAA GCAACCATGT TACAAATCTG CAGATTCCTC CTCATGGTGC CTTCTTCAGT 720

GCGCCTGACA GTTCAAGATC AAGTCCATCA AGAAGTCCAT TGAGAGCATT TGGTACCGAA 780

CAGGTGTTGA ACTCTGCTTT TTGGGCCGGG AAGCCATATC CAGAGGTCAA TTTTGGTGGA 840

TCTGGCCACT GCTCAAGTCC TGGTTCTGGT CACAATTCTG GGCATAATTC AATGGGAGGG 900

GACATGTCAG GACAGTTATT TTGGCAACCT AGCAGGGGTA GCCCAGAATA TTCCCCCGTA 960

CCTAGTCCCA GAATGACTAG CCCTGGTCCA AGCTCTAGAA TTCAGAGTGG AGCTGTTACA 1020

CCTATTCATC CAAGAGCTGG GGGAACACCC AATGAATCAC AGACAGGAAG GATTGATGAT 1080

GTAAAACCAC AGAGTCATCG TTTGCCCCTT CCTCCCTTAG CAGTTACAAA TACTTTGCCT 1140

TTCTCTCATT CAAATTCTGC AGCAACTTCT CCATCTATGC CAAGAAGTCC AGGAAGAGCA 1200

GATAATCCAA TTAGCCCTGG ATCACGTTGG AAAAAAGGAA AGCTGCTTGG CAGAGGCACA 1260

TTTGGACATG TCTATGTTGG CTTTAATAAG GAAAGTGGTG AAATGTGTGC TATGAAAGAG 1320

GTAACTCTTT TTTCAGATGA TGCCAAATCT AAAGAGAGTG CTAAGCAATT AATGCAGGAA 1380

ATTACCTTGT TGAGCCGGTT ACGACATCCA AATATTGTGC AGTATTATGG TTCTGAAACA 1440

GTAGGCGACA AGCTTTACAT ATATCTGGAG TATGTTGCTG GAGGCTCCAT ATATAAACTT 1500

CTTCAAGAAT ATGGACAATT TGGTGAACTA GCTATTCGTA GTTATACTCA ACAAATTTTG 1560

TCAGGACTTG CTTATTTACA TGCTAAAAAT ACTGTCCACA GGGACATCAA AGGAGCAAAT 1620

ATACTGGTAG ATACTAATGG CCGGGTTAAG TTGGCAGACT TTGGCATGGC AAAGCATATA 1680

ACAGGGCAAT CATGTCCATT ATCATTCAAG GGAAGCCCTT ATTGGATGGC TCCTGAGGTT 1740

ATAAAAAACT CTAATGGTTG CAACCTAGCT GTTGATATAT GGAGCCTTGG ATGCACAGTT 1800

TTGGAAATGG CTACAACTAA ACCTCCTTGG AGTCAGTATG AAGGGGTTGC TGCCATGTTT 1860

AAGATTGGTA ATAGCAAGGA ACTCCCAACA ATCCCAGATC ATCTCTCCAG TGAAGGAAAG 1920

GATTTTGTTA GGAAATGCCT ACAACGTAAT CCACACAATC GCCCTTCAGC CAGTGAATTA 1980

TTGGACCACC CTTTTGTAAA ATGTGCTGCA CCTTTAGAAA GACCTATTCT GGGTCCTGAG 2040

TCTCCTTCAG ACCCAGCACC AGCAGTATCG GGGATCACAC AAGGAGCGAC AGCTTCGGGC 2100

ATTGGGCAAG GAAGGAATCC GTCCAAGTTG GATTCAGATC GACTTTCTCT TCATTCTTCT 2160

AGGTTTTTGA AAACTAATCC CCATGCAAGT GAAATCCATA TTCCAAGGAA TATATCTTGC 2220

CCTGTTTCAC CCATTGGAAG CCCACTTTTG AGGCCAAGAT CACCACAACA CATGAATGGG 2280

CGAATGTCTC CCTCTCCTAT ATCTAGCCCT CGGACTGCTT CTGGTGCATC CACGCCTCTT 2340

AATGGTGGTA GCGGTGCCAT TCCATTTAGT AATCACTTAG TTTACATTCA AGAGGGTCTT 2400

GGAAACTTGC CAAAATCTTC AAATGGTGTC TACGTTAGTG GCCCTGCTCA TCATGACTTG 2460

AATGTTGACA TTTTTCGAGG AATGCAACAG ACATCTCACA TTACATCAGA ACTGGTTCCA 2520

AGTGAAAGTG ATGTTCTGGG GAAGCAGTTT GCACGGACTC CTCATAATGA GCCGTATGAT 2580

GTTCAATCAG TCTTGGCTGA CCGTGTTTGC CGGCAGCTGC TGGGGGATAA TGTGAAAATT 2640

AACCAATGCC TTGATCTAAG TCCCAACTCT TTGCTCAGCC GGGCTAATGG TTTATGA 2697

Domain Profile

S: 1     wqkrevigkGsfgsvyaaldvdtgellavKeveikpekksekkevkalkeEikllkelkH  60

         w+k++++g+G+fg+vy + ++++ge+ a+Kev++ +++ ++k+  k+l++Ei+ll++l+H

Q: 410   WKKGKLLGRGTFGHVYVGFNKESGEMCAMKEVTLFSDDAKSKESAKQLMQEITLLSRLRH  469

         99***********************************999999*****************

S: 61    enivkyyGveveeeelkiflEyvegGslssllekygkleesvikkytkqileglayLHek  120

         +niv+yyG+e+  ++l+i+lEyv+gGs+ +ll++yg++ e  i+ yt+qil+glayLH k

Q: 470   PNIVQYYGSETVGDKLYIYLEYVAGGSIYKLLQEYGQFGELAIRSYTQQILSGLAYLHAK  529

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

S: 121   kivHRDiKgaNilldssgvvklsDFGaskrlaelntkaaelesltGtlaymaPEvikkke  180

         + vHRDiKgaNil+d++g vkl+DFG++k+++ ++       s++G++++maPEvik++

Q: 530   NTVHRDIKGANILVDTNGRVKLADFGMAKHITGQSCP----LSFKGSPYWMAPEVIKNS-  584

         *******************************998665....79*************887.

S: 181   kgygrkaDiWslgcvviemltgkrPfaeldeelaimfkvgakktkPeipeklseegkdfl  240

         +g   ++DiWslgc+v+em+t k+P++++ e +a+mfk+g++k  P+ip++ls+egkdf+

Q: 585   NGCNLAVDIWSLGCTVLEMATTKPPWSQY-EGVAAMFKIGNSKELPTIPDHLSSEGKDFV  643

         89***************************.9*****************************

S: 241   ekcleldpkkrpsaeeLLkhefl  263

         +kcl+++p++rpsa+eLL+h+f+

Q: 644   RKCLQRNPHNRPSASELLDHPFV  666

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

Domain Sequence
(FASTA)

WKKGKLLGRG TFGHVYVGFN KESGEMCAMK EVTLFSDDAK SKESAKQLMQ EITLLSRLRH 60

PNIVQYYGSE TVGDKLYIYL EYVAGGSIYK LLQEYGQFGE LAIRSYTQQI LSGLAYLHAK 120

NTVHRDIKGA NILVDTNGRV KLADFGMAKH ITGQSCPLSF KGSPYWMAPE VIKNSNGCNL 180

AVDIWSLGCT VLEMATTKPP WSQYEGVAAM FKIGNSKELP TIPDHLSSEG KDFVRKCLQR 240

NPHNRPSASE LLDHPFV 257

Keyword

ATP-binding; Complete proteome; Nucleotide-binding; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Vitis vinifera"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004672	; F:protein kinase activity

KEGG

gmx:100792783

;

InterPros

IPR011009	; Kinase-like_dom.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR002290	; Ser/Thr_dual-sp_kinase_dom.

Pfam

PF00069

; Pkinase; 1.

SMARTs

SM00220

; S_TKc; 1.

Prosites

PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.

Prints

Created Date

20-Feb-2013