EKS-GLM-01262

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-GLM-01262

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/IRAK	195.0	6.5E-57	403	673	271

Status

Unreviewed

Ensembl Protein

GLYMA07G01350.1

UniProt Accession

I1KGE2;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
GLYMA07G01350	GLYMA07G01350.1	GLYMA07G01350.1

Organism

Glycine max

Functional Description

Protein Length

750

Protein Sequence
(FASTA)

MSREQQKRGK QEKGSDGAEK VIVAVKASKE IPKTALVWSL SHVVQPGDCI TLLVVVPSQS 60

SGRRLWGFPR FAGDCASGIK KYPPGTISEQ KSDLTDSCSQ MILQLHNVYD PNKINVRIKI 120

VSGSPCGAVA AEAKKTQANW VVLDKQLKHE EKRCMEELQC NIVVMKRSQP KVLRLNLIGP 180

QKKDVEEAGP SPSEQDDMPE NRTKIKLDSL NSIKGPTVTP TSSPELGTPF TATEAGTSSV 240

SSSDPGTSPF FISEMNGEFK KEETIKESQE LVDTNSDTES ESLSTSSASM RYQPWITELL 300

LHQQSSQRNE ERSDISHGIP QASTTRAFLE KYSRLDRGAG FEISTYRNDM DFSGNLREAI 360

ALSGNAPPGP PPLCSICQHK APVFGKPPRW FTYSELELAT GGFSQANFLA EGGFGSVHRG 420

VLPEGQVIAV KQHKLASSQG DLEFCSEVEV LSCAQHRNVV MLIGFCIEDK RRLLVYEYIC 480

NGSLDSHLYG RQRDTLEWSA RQKIAVGAAR GLRYLHEECR VGCIIHRDMR PNNILITHDF 540

EPLVGDFGLA RWQPDGDTGV ETRVIGTFGY LAPEYAQSGQ ITEKADVYSF GVVLVELVTG 600

RKAVDLTRPK GQQCLTEWAR PLLEEYAIEE LIDPRLGKHY SEHEVYCMLH AASLCIQRDP 660

QCRPRMSQVL RILEGDMVMD SNYISTPGYD AGNRSGRLWS EPLQRQQHYS GPLLEESLES 720

FSGKLSLDKY KPSYWGDRDK ARRASCEDDI 750

Nucleotide Sequence
(FASTA)

ATGAGTCGAG AGCAACAGAA GCGGGGGAAG CAAGAGAAAG GTTCTGATGG TGCTGAGAAG 60

GTCATTGTTG CCGTTAAGGC ATCAAAGGAA ATTCCAAAGA CTGCTCTTGT TTGGTCCCTC 120

AGTCATGTTG TTCAACCTGG GGATTGCATT ACACTACTAG TGGTTGTGCC TTCACAAAGT 180

TCAGGCAGAA GATTATGGGG TTTTCCTAGA TTTGCTGGTG ATTGTGCCAG TGGTATTAAG 240

AAGTACCCTC CAGGAACAAT ATCAGAGCAG AAGAGTGATC TCACTGATTC TTGTTCTCAG 300

ATGATCCTTC AGCTCCATAA TGTCTATGAT CCAAACAAGA TAAATGTCAG GATTAAAATT 360

GTTTCCGGAT CACCTTGTGG AGCAGTGGCT GCAGAAGCCA AAAAAACACA AGCCAATTGG 420

GTCGTATTAG ACAAACAGCT CAAACATGAG GAAAAGCGAT GCATGGAAGA ACTGCAGTGT 480

AACATTGTGG TTATGAAGCG TTCTCAACCT AAAGTACTGC GCTTGAATTT GATTGGACCA 540

CAAAAGAAGG ATGTTGAAGA AGCAGGTCCA TCACCTTCTG AGCAAGATGA CATGCCTGAA 600

AACCGAACCA AAATAAAGCT TGATTCCTTA AATTCTATCA AAGGACCAAC TGTAACTCCA 660

ACTAGCAGTC CTGAGCTAGG GACACCATTC ACTGCAACTG AAGCTGGTAC TTCATCAGTT 720

TCAAGCTCTG ATCCAGGAAC TTCACCATTC TTCATCTCAG AGATGAATGG TGAGTTCAAA 780

AAAGAGGAAA CTATCAAGGA AAGTCAAGAA CTGGTTGATA CTAATTCAGA CACAGAAAGT 840

GAAAGTCTGT CCACATCTTC AGCAAGCATG AGATACCAGC CATGGATCAC AGAATTGCTT 900

TTACATCAAC AATCATCACA ACGCAATGAA GAGAGATCAG ATATATCTCA CGGTATTCCT 960

CAAGCATCTA CAACCAGAGC TTTCCTAGAA AAGTATTCTA GGCTTGATAG AGGAGCTGGA 1020

TTTGAAATCT CAACCTATAG AAATGACATG GATTTCAGTG GAAATTTAAG AGAAGCAATA 1080

GCATTATCCG GAAACGCCCC ACCTGGTCCC CCTCCATTAT GTTCAATATG TCAACACAAG 1140

GCACCTGTTT TTGGAAAACC TCCAAGGTGG TTTACCTATT CGGAGTTAGA ACTTGCTACT 1200

GGTGGTTTTT CACAGGCCAA CTTCTTGGCA GAAGGAGGGT TTGGATCTGT TCATAGAGGG 1260

GTCCTACCAG AAGGACAAGT CATTGCTGTC AAGCAACATA AATTGGCTAG TTCTCAGGGT 1320

GATCTTGAAT TTTGCTCAGA GGTGGAAGTC CTGAGCTGTG CTCAGCACCG GAATGTTGTT 1380

ATGCTCATTG GGTTCTGTAT AGAGGATAAG AGAAGGCTAC TGGTTTATGA GTATATATGC 1440

AATGGATCAT TGGATTCACA TTTATATGGG CGACAACGGG ATACATTAGA ATGGTCTGCA 1500

CGGCAAAAAA TTGCTGTTGG AGCTGCTCGC GGTTTACGAT ATCTTCATGA AGAGTGTAGA 1560

GTGGGTTGTA TTATCCACCG TGACATGAGG CCAAACAATA TTCTCATAAC TCATGATTTT 1620

GAACCTCTGG TTGGCGATTT TGGACTGGCA AGGTGGCAGC CTGATGGAGA CACGGGTGTG 1680

GAAACTAGAG TGATTGGAAC ATTTGGGTAT TTGGCTCCTG AATATGCTCA AAGTGGCCAA 1740

ATCACTGAAA AAGCTGATGT TTATTCCTTT GGGGTGGTAT TAGTGGAGCT TGTTACAGGG 1800

AGAAAAGCTG TGGATCTCAC TAGGCCAAAG GGGCAGCAGT GCCTTACTGA GTGGGCACGA 1860

CCACTGTTGG AAGAATATGC CATTGAGGAA CTGATTGATC CAAGGCTTGG TAAGCACTAT 1920

TCAGAACATG AGGTCTATTG CATGCTGCAT GCTGCATCAT TATGCATACA GCGAGATCCT 1980

CAATGTAGAC CACGCATGTC ACAGGTTCTC CGAATACTAG AAGGTGACAT GGTGATGGAC 2040

TCAAATTACA TCTCAACTCC AGGTTATGAT GCAGGAAACC GGAGTGGTAG ACTTTGGTCA 2100

GAGCCGTTAC AAAGGCAGCA GCATTATAGC GGTCCCCTTT TAGAAGAGTC TCTGGAATCC 2160

TTCAGTGGAA AGCTATCCCT TGACAAGTAC AAGCCTTCCT ATTGGGGAGA CAGGGACAAG 2220

GCTAGGAGGG CTTCATGTGA AGATGACATC TGA 2253

Domain Profile

S: 1     fsednrigeGgfgevyrgel.kntavavkklkeeadlslkelkqsfltElkvlarfrHdn  59

         fs+ n ++eGgfg v rg l +++++avk+ k    l  ++ + +f +E++vl+  +H n

Q: 403   FSQANFLAEGGFGSVHRGVLpEGQVIAVKQHK----LASSQGDLEFCSEVEVLSCAQHRN  458

         788999************99356688998643....44455566899*************

S: 60    ilellgysaeseklcLvYqymknGsLedrLqcqkgsepLsWpqRlsillGtaraiefLHe  119

         ++ l+g+++e ++  LvY+y+ nGsL  +L  ++  + L W  R +i++G+ar++++LHe

Q: 459   VVMLIGFCIEDKRRLLVYEYICNGSLDSHLYGRQ-RDTLEWSARQKIAVGAARGLRYLHE  517

         ******************************9987.578**********************

S: 120   asp..slihgdiksaNiLLDekltpKlgDfglarfapesekqsstvlrtskvrgtlaYlp  177

         + +   +ih+d+++ NiL+ ++++p +gDfglar +p+ +   +      +v gt  Yl+

Q: 518   ECRvgCIIHRDMRPNNILITHDFEPLVGDFGLARWQPDGDTGVE-----TRVIGTFGYLA  572

         977779****************************7777665444.....4568*******

S: 178   eefirvgqltvkvDvySfGiVllEvltGlra..vdedrktkyLkdllkeeieeekveile  235

         +e+ ++gq+t k DvySfG+Vl+E++tG++a   +  + ++ L +  +  +ee     +e

Q: 573   PEYAQSGQITEKADVYSFGVVLVELVTGRKAvdLTRPKGQQCLTEWARPLLEEYA---IE  629

         *******************************433445567889999999999887...89

S: 236   kfldkkagkl.eeellealielalaclaekakkrPtmsqvlell  278

         + +d + gk   e+ + +++++a+ c++++ + rP msqvl+ l

Q: 630   ELIDPRLGKHySEHEVYCMLHAASLCIQRDPQCRPRMSQVLRIL  673

         99******9846677899**********************9865

Domain Sequence
(FASTA)

FSQANFLAEG GFGSVHRGVL PEGQVIAVKQ HKLASSQGDL EFCSEVEVLS CAQHRNVVML 60

IGFCIEDKRR LLVYEYICNG SLDSHLYGRQ RDTLEWSARQ KIAVGAARGL RYLHEECRVG 120

CIIHRDMRPN NILITHDFEP LVGDFGLARW QPDGDTGVET RVIGTFGYLA PEYAQSGQIT 180

EKADVYSFGV VLVELVTGRK AVDLTRPKGQ QCLTEWARPL LEEYAIEELI DPRLGKHYSE 240

HEVYCMLHAA SLCIQRDPQC RPRMSQVLRI L 271

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brassica rapa"; ?>Oryza indica"; ?>Physcomitrella patens"; ?>Vitis vinifera"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004713	; F:protein tyrosine kinase activity

KEGG

gmx:100816340

;

InterPros

IPR011009	; Kinase-like_dom.
IPR000719	; Prot_kinase_cat_dom.
IPR014729	; Rossmann-like_a/b/a_fold.
IPR001245	; Ser-Thr/Tyr_kinase_cat_dom.
IPR008266	; Tyr_kinase_AS.

Pfam

PF07714

; Pkinase_Tyr; 1.

SMARTs

Prosites

PS50011	; PROTEIN_KINASE_DOM; 1.
PS00109	; PROTEIN_KINASE_TYR; 1.

Prints

Created Date

20-Feb-2013