EKS-GLM-00694

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-GLM-00694

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/IRAK	224.6	6.0E-66	871	1141	271

Status

Unreviewed

Ensembl Protein

GLYMA06G15270.1

UniProt Accession

I1KBD1;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA06G15270	GLYMA06G15270.1	GLYMA06G15270.1

Organism

Glycine max

Functional Description

Protein Length

1184

Protein Sequence
(FASTA)

MKALYRSSLL LLFFLSVCSA SSSSVPTLQL LSFKNSLPNP TLLPNWLPNQ SPCSFTGITC 60

NDTQHLTSID LSGVPLTTNL TVIATFLLTL DNLQSLSLKS TNLSGPAAMP PPLSHSKCAS 120

TLTSLDLSQN ALSGSLNDMS FLSSCSNLQS LNLSSNLLEF DSSHWKLHLL VADFSYNKIS 180

GPGILPWLLN PEIEHLALKG NKVTGETDFS GSNSLQFLDL SSNNFSVTLP TFGECSSLEY 240

LDLSANKYFG DIARTLSPCK NLVYLNFSSN QFSGPVPSLP SGSLQFVYLA SNHFHGQIPL 300

PLADLCSTLL QLDLSSNNLS GALPEAFGAC TSLQSFDISS NLFAGALPMD VLTQMKSLKE 360

LAVAFNAFLG PLPESLTKLS TLESLDLSSN NFSGSIPTTL CGGDAGNNNI LKELYLQNNR 420

FTGFIPPTLS NCSNLVALDL SFNFLTGTIP PSLGSLSKLK DLIIWLNQLH GEIPQELMYL 480

KSLENLILDF NDLTGNIPSG LVNCTKLNWI SLSNNRLSGE IPRWIGKLSN LAILKLSNNS 540

FSGRIPPELG DCTSLIWLDL NTNMLTGPIP PELFKQSGKI AVNFISGKTY VYIKNDGSKE 600

CHGAGNLLEF AGISQQQLNR ISTRNPCNFT RVYGGKLQPT FNHNGSMIFL DISHNMLSGS 660

IPKEIGAMYY LYILNLGHNN VSGSIPQELG KMKNLNILDL SSNRLEGQIP QSLTGLSLLT 720

EIDLSNNLLT GTIPESGQFD TFPAARFQNN SGLCGVPLGP CGSDPANNGN AQHMKSHRRQ 780

ASLVGSVAMG LLFSLFCVFG LIIIAIETRK RRKKKEAALE AYADGNLHSG PANVSWKHTS 840

TREALSINLA TFKRPLRRLT FADLLDATNG FHNDSLIGSG GFGDVYKAQL KDGSVVAIKK 900

LIHVSGQGDR EFTAEMETIG KIKHRNLVPL LGYCKVGEER LLVYEYMKYG SLEDVLHDPK 960

KAGIKLNWSI RRKIAIGAAR GLSFLHHNCS PHIIHRDMKS SNVLLDENLE ARVSDFGMAR 1020

HMSAMDTHLS VSTLAGTPGY VPPEYYESFR CSTKGDVYSY GVVLLELLTG KRPTDSADFG 1080

DNNLVGWVKQ HAKLKISDIF DPELMKEDPN LEMELLQHLK IAVSCLDDRH WRRPTMIQVL 1140

TMFKEIQAGS GIDSQSTIAN EDDSFNAVEM VEMSIKETPE LSKH 1184

Nucleotide Sequence
(FASTA)

ATGAAAGCTC TGTACAGAAG CTCTCTCTTG CTCCTCTTCT TCCTCTCCGT CTGTTCTGCA 60

TCTTCTTCTT CGGTTCCCAC TCTGCAACTC CTAAGCTTCA AAAACTCTCT CCCGAACCCA 120

ACCCTGCTCC CGAACTGGCT CCCGAACCAA AGCCCATGCT CATTCACCGG CATCACCTGC 180

AACGACACCC AGCACCTCAC TTCCATAGAC CTCTCCGGCG TCCCTCTCAC CACAAACCTC 240

ACCGTCATCG CCACCTTCCT CCTCACCCTC GACAACCTCC AGTCACTCTC CTTAAAATCC 300

ACCAACCTCT CCGGCCCCGC CGCCATGCCT CCTCCTCTCT CCCACTCCAA GTGCGCCTCC 360

ACATTAACCT CCCTAGATCT ATCACAAAAC GCCCTCTCCG GTTCCCTCAA CGACATGTCG 420

TTTCTCTCCT CCTGCTCCAA CCTCCAATCC CTCAATCTCT CCAGCAACCT TCTTGAATTC 480

GACTCCTCTC ACTGGAAGCT CCACCTCCTC GTCGCCGACT TTTCCTACAA CAAGATTTCC 540

GGCCCCGGTA TCCTCCCCTG GCTTCTCAAC CCTGAAATCG AACACCTCGC TCTGAAAGGC 600

AACAAAGTCA CCGGCGAAAC CGACTTCTCC GGTTCCAATT CTCTCCAGTT TTTAGACCTT 660

TCTTCCAACA ACTTTTCTGT TACGCTTCCT ACTTTCGGCG AGTGTTCTTC GCTTGAGTAT 720

TTGGACCTCT CCGCCAACAA GTACTTCGGC GACATTGCTC GCACTCTCTC GCCTTGCAAG 780

AACCTCGTTT ACTTAAACTT CTCCAGCAAC CAGTTCTCCG GTCCGGTTCC TTCCCTTCCC 840

TCCGGTTCGC TACAGTTCGT GTACCTTGCT TCAAACCACT TCCACGGCCA GATTCCTCTC 900

CCCCTCGCCG ACCTCTGCTC CACTCTCCTC CAGCTCGATC TCTCCTCCAA CAACCTCTCA 960

GGCGCTCTCC CCGAAGCCTT CGGCGCTTGC ACTTCTCTTC AGTCCTTCGA CATCTCCAGC 1020

AACCTCTTCG CCGGTGCGCT GCCTATGGAC GTTCTCACGC AAATGAAAAG CCTCAAAGAG 1080

CTCGCGGTGG CGTTCAACGC GTTCCTTGGT CCCCTTCCGG AGTCTCTGAC GAAGCTCTCC 1140

ACTTTAGAGT CGCTGGATCT TAGCTCCAAC AACTTCAGCG GCTCAATCCC GACAACGCTG 1200

TGCGGTGGTG ACGCTGGGAA TAATAATATT CTGAAGGAAC TTTACCTGCA GAACAACCGG 1260

TTCACGGGTT TTATTCCACC CACGCTCAGC AACTGTTCAA ACCTCGTTGC TTTGGACTTG 1320

AGTTTCAACT TCCTCACGGG AACTATTCCT CCAAGCCTAG GGTCTCTTTC CAAGCTTAAA 1380

GACTTGATCA TCTGGCTCAA CCAGCTCCAT GGAGAAATAC CGCAGGAGCT CATGTATCTG 1440

AAAAGCCTCG AGAATTTGAT CCTGGATTTC AACGACTTGA CTGGGAACAT TCCCTCTGGG 1500

CTTGTTAACT GCACCAAGCT GAACTGGATC TCCCTCTCCA ACAACAGGCT CAGCGGCGAG 1560

ATTCCGCGGT GGATTGGGAA GCTTTCTAAT CTCGCCATAC TTAAGCTCAG TAATAACTCT 1620

TTCTCCGGCC GGATTCCGCC GGAGCTCGGC GATTGTACTA GTTTAATATG GTTGGATCTG 1680

AATACTAATA TGCTCACCGG GCCCATTCCG CCGGAGCTGT TCAAGCAGTC GGGGAAGATC 1740

GCGGTGAATT TCATCAGTGG GAAGACGTAT GTGTATATAA AGAACGATGG GAGCAAAGAG 1800

TGTCATGGTG CGGGGAACTT GCTGGAGTTT GCCGGGATCA GTCAGCAGCA GTTGAACAGG 1860

ATTTCGACGA GGAACCCGTG CAATTTCACT AGGGTTTATG GAGGTAAGTT GCAGCCAACG 1920

TTTAACCATA ATGGTTCTAT GATATTTTTG GATATCTCGC ACAACATGTT GTCAGGGAGT 1980

ATTCCCAAGG AGATTGGGGC CATGTACTAT TTGTACATTC TCAATTTGGG TCATAATAAT 2040

GTGTCTGGGA GCATTCCTCA AGAGCTTGGG AAGATGAAGA ATCTCAACAT CCTTGATCTC 2100

TCAAGTAATA GACTGGAGGG GCAAATTCCT CAGAGTCTCA CGGGGCTTTC CTTGCTCACT 2160

GAGATTGACC TGTCGAATAA CTTGCTTACG GGGACGATTC CTGAGTCGGG TCAATTTGAT 2220

ACTTTCCCTG CGGCGAGATT TCAGAACAAC TCTGGTCTCT GTGGAGTTCC TCTCGGCCCA 2280

TGTGGTTCGG ACCCGGCGAA TAACGGGAAT GCGCAACATA TGAAGTCTCA CAGGAGGCAG 2340

GCTTCTCTGG TGGGGAGTGT GGCCATGGGT TTGTTGTTTT CCCTCTTCTG CGTCTTTGGT 2400

TTGATCATTA TTGCCATTGA GACCAGGAAG AGGAGGAAGA AGAAGGAGGC TGCTCTTGAA 2460

GCCTATGCTG ATGGTAATTT GCATTCGGGT CCTGCCAACG TGAGCTGGAA GCACACCAGT 2520

ACCCGGGAAG CGCTTAGCAT AAACCTTGCA ACGTTTAAGA GGCCGCTCAG GAGGCTTACT 2580

TTTGCGGACC TTCTTGACGC TACCAATGGC TTTCACAATG ATAGTCTCAT TGGCTCTGGT 2640

GGGTTTGGGG ATGTTTACAA GGCTCAGTTG AAGGATGGAA GTGTTGTGGC TATCAAGAAG 2700

CTGATTCATG TCAGCGGCCA AGGGGACAGG GAATTCACTG CTGAAATGGA GACCATTGGG 2760

AAGATCAAGC ACAGGAACCT TGTTCCTCTG TTGGGATACT GCAAGGTTGG GGAAGAGAGG 2820

CTCTTGGTTT ATGAGTACAT GAAATATGGA AGCTTAGAGG ATGTTCTTCA TGATCCGAAG 2880

AAAGCTGGGA TCAAGTTGAA TTGGTCGATT AGGAGGAAAA TTGCTATTGG AGCTGCTAGG 2940

GGATTGTCTT TTCTTCACCA CAATTGTAGC CCCCACATCA TTCATAGAGA CATGAAGTCA 3000

AGCAATGTGT TACTTGATGA AAACCTGGAA GCTAGAGTCT CTGATTTTGG AATGGCTAGG 3060

CATATGAGTG CTATGGATAC ACATTTGAGT GTGAGCACAC TGGCAGGCAC ACCAGGGTAT 3120

GTTCCTCCGG AGTACTATGA GAGCTTCAGA TGCTCTACCA AAGGTGATGT CTACAGTTAT 3180

GGTGTGGTTT TGTTGGAGCT GCTAACTGGG AAAAGGCCAA CAGATTCGGC TGATTTTGGT 3240

GATAATAATC TTGTTGGATG GGTTAAACAA CATGCCAAGC TGAAAATAAG TGATATTTTT 3300

GACCCAGAGC TCATGAAGGA AGACCCCAAT TTGGAGATGG AGCTTTTGCA GCACCTGAAG 3360

ATTGCAGTTT CCTGTTTGGA TGATCGGCAT TGGAGACGTC CAACGATGAT TCAAGTGTTG 3420

ACAATGTTCA AGGAGATTCA GGCAGGATCT GGGATTGATT CTCAGTCAAC CATAGCCAAT 3480

GAAGATGACA GTTTCAATGC AGTTGAAATG GTGGAGATGA GCATTAAAGA AACCCCTGAA 3540

TTGAGCAAGC ATTAG 3555

Domain Profile

S: 1     fsednrigeGgfgevyrgelknt.avavkklkeeadlslkelkqsfltElkvlarfrHdn  59

         f++d  ig Ggfg+vy+++lk+  +va+kkl +       + +++f +E++++ +++H n

Q: 871   FHNDSLIGSGGFGDVYKAQLKDGsVVAIKKLIHVS----GQGDREFTAEMETIGKIKHRN  926

         8999****************976599*****8765....456899***************

S: 60    ilellgysaeseklcLvYqymknGsLedrLqcq.kgsepLsWpqRlsillGtaraiefLH  118

         +++llgy+  +e+  LvY+ymk GsLed L+   k+   L W +R +i++G+ar+++fLH

Q: 927   LVPLLGYCKVGEERLLVYEYMKYGSLEDVLHDPkKAGIKLNWSIRRKIAIGAARGLSFLH  986

         ******************************987588999********************9

S: 119   easp.slihgdiksaNiLLDekltpKlgDfglarfapesekqsstvlrtskvrgtlaYlp  177

         ++ + ++ih+d+ks+N+LLDe+l+++++Dfg+ar   +  +  +t l +s++ gt  Y+p

Q: 987   HNCSpHIIHRDMKSSNVLLDENLEARVSDFGMAR---HMSA-MDTHLSVSTLAGTPGYVP  1042

         98766*****************************...4444.45556699**********

S: 178   eefirvgqltvkvDvySfGiVllEvltGlra.vdedrktkyLkdllkeeieeekveilek  236

         +e+ ++ + ++k DvyS+G+VllE+ltG r   + d   ++L+  +k++++ +  +i++

Q: 1043  PEYYESFRCSTKGDVYSYGVVLLELLTGKRPtDSADFGDNNLVGWVKQHAKLKISDIFDP  1102

         *****************************99456678899********************

S: 237   fldkkagkleeellealielalaclaekakkrPtmsqvle  276

          l k+ ++le ell+ l ++a+ cl++++ +rPtm qvl

Q: 1103  ELMKEDPNLEMELLQHL-KIAVSCLDDRHWRRPTMIQVLT  1141

         ************99887.677****************986

Domain Sequence
(FASTA)

FHNDSLIGSG GFGDVYKAQL KDGSVVAIKK LIHVSGQGDR EFTAEMETIG KIKHRNLVPL 60

LGYCKVGEER LLVYEYMKYG SLEDVLHDPK KAGIKLNWSI RRKIAIGAAR GLSFLHHNCS 120

PHIIHRDMKS SNVLLDENLE ARVSDFGMAR HMSAMDTHLS VSTLAGTPGY VPPEYYESFR 180

CSTKGDVYSY GVVLLELLTG KRPTDSADFG DNNLVGWVKQ HAKLKISDIF DPELMKEDPN 240

LEMELLQHLK IAVSCLDDRH WRRPTMIQVL T 271

Keyword

ATP-binding; Complete proteome; Kinase; Leucine-rich repeat; Membrane; Nucleotide-binding; Reference proteome; Repeat; Serine/threonine-protein kinase; Transferase; Transmembrane; Transmembrane helix.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brassica rapa"; ?>Setaria italica"; ?>Vitis vinifera"; ?>

Gene Ontology

GO:0016021	; C:integral to membrane
GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity

KEGG

gmx:100799772

;

InterPros

IPR011009	; Kinase-like_dom.
IPR001611	; Leu-rich_rpt.
IPR013210	; LRR-contain_N2.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00560	; LRR_1; 1.
PF08263	; LRRNT_2; 1.
PF00069	; Pkinase; 1.

SMARTs

Prosites

PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS00108	; PROTEIN_KINASE_ST; 1.

Prints

Created Date

20-Feb-2013