EKS-VIV-00361

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-00361

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/IRAK	206.8	6.6E-61	1109	1384	276

Status

Unreviewed

Ensembl Protein

Vv07s0005g04390.t01

UniProt Accession

F6HZR2;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_07s0005g04390;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv07s0005g04390	Vv07s0005g04390.t01	Vv07s0005g04390.t01

Organism

Vitis vinifera

Functional Description

Protein Length

1418

Protein Sequence
(FASTA)

MGGVVDEEGI ARKFWIKFRN DSVVAMYTPF LVCLASGKLD SEAFLHCISQ DVHFLKAFSQ 60

AYEIADDCAD DDEDKDAIRK MRKLVIEALR MRDDAVRDWG FDLPKEIPYN SATSKYTDFL 120

LATASGKTAT PFEKTKVAAY TLAAIAPYMR FYAFISNEIQ TLLDPNDGSH KYKKWIDSYS 180

SQSFEASALQ NEDLLDKLSI SLTGEELEIL EKVYHQATKL EVDFFYAQPV VQQTIVPLCR 240

VHDHAKYHLT VFCDFDMTCT PIDSSALLAE IAIVTAPKID LNASETQLVR MSSTDLKNTW 300

GVLSTQYTEE LEKCMESIVP SETVEKFNYE GLCKALEQLS DFEKRANSRV VQSGVLKGLN 360

LEDIKRAGQG LILQDGCTGF FQKILKNDNL KADVNVLSYC WCGDFIKSAF SSGDLGVVRV 420

YSNELAYEES ISTGEIIKKM ESAMEKLQAF KDILKEGCSN DMEHLTVYIG GSIGDLLCLL 480

EADIGIVIGS SLNLRRLGDQ FGVSFVPLFS GLVKKQQQLI EVLRMVGKNK MQVQAFLVLF 540

FFYCCIGCYG RGVEKDEVSV LLSIKRGLVD PLNQLGDWKV EENGVGNGSV HCNWTGVWCN 600

SKGGVERLDL SHMNLSGRVL DEIERLRSLA HLNLCCNGFS SSLPKTMSNL LALRSFDVSQ 660

NFFEGGFPVG FGRAPGLTIL NASSNNFSGF LPEDLGNLTA LEILDLRGSF FQGSIPKSFK 720

NLQKLKFLGL SGNNLTGQIP REIGQLSSLE TIILGYNEFE GEIPVELGNL TNLKYLDLAV 780

GNHGGKIPAA LGRLKLLNTV FLYKNNFEGE IPPEIGNITS LQLLDLSDNL LSGEIPAEIA 840

KLKNLQLLNL MCNQLSGSVP SGLEWLPELE VLELWNNSLT GPLPNDLGKN SPLQWLDVSS 900

NSFTGGIPPS LCNGGNLTKL ILFNNGFSGP IPIGLSTCAS LVRVRMHNNL ISGTVPVGFG 960

KLEKLQRLEL ANNSLTGQIP GQIPKTVATM PTLAILDLSN NSLTGTIPEN FGTSPALESL 1020

NVSYNRLEGP VPTNGVLRTI NPDDLVGNAG LFLAVGVAVF GARSLYKRWY SNGSCFTERF 1080

EVGNGEWPWR LMAFQRLGFT SADILACIKE SNVIGMGATG IVYKAEMPRL NTVVAVKKLW 1140

RSETDIETGS SEDLVGEVNL LGRLRHRNIV RLLGFLHNDS DVMIVYEFMH NGSLGEALHG 1200

KQGGRLLVDW VSRYNIAIGV AQGLAYLHHD CHPPVIHRDV KSNNILLDAN LEARIADFGL 1260

ARMMVRKNET VSMVAGSYGY IAPEYGYTLK VDEKIDIYSF GVVLLELLTG KRPLDAEFGE 1320

LVDIVEWVRW KIRDNRALEE ALDPNVGNCK YVQEEMLLVL RIALLCTAKL PKDRPSMRDV 1380

ITMLGEAKPR RKSSSNINGY DINKARPVFS TSPVNGLM 1418

Nucleotide Sequence
(FASTA)

ATGGGAGGGG TGGTGGACGA AGAAGGCATA GCCAGGAAGT TCTGGATCAA GTTCCGGAAC 60

GATTCGGTTG TCGCCATGTA CACTCCTTTT TTAGTGTGTT TGGCTTCTGG GAAATTGGAT 120

TCCGAAGCGT TTCTTCATTG TATCTCTCAA GATGTTCACT TCCTCAAGGC CTTTTCACAA 180

GCGTACGAAA TAGCGGATGA TTGCGCGGAT GATGATGAAG ACAAGGACGC TATTCGGAAG 240

ATGAGGAAAC TTGTGATAGA AGCCCTTAGA ATGCGCGATG ATGCTGTTCG AGACTGGGGC 300

TTTGACCTAC CAAAAGAGAT TCCTTACAAC TCTGCAACAT CAAAATACAC AGATTTTTTA 360

CTAGCAACTG CCTCAGGGAA AACTGCAACT CCTTTTGAGA AGACAAAAGT TGCTGCTTAT 420

ACACTTGCTG CTATTGCTCC TTACATGAGG TTCTATGCAT TCATAAGTAA TGAGATCCAA 480

ACTCTTCTAG ATCCTAATGA TGGCAGTCAT AAATATAAGA AGTGGATTGA CAGTTACTCC 540

TCTCAAAGTT TTGAGGCATC AGCTCTGCAA AATGAAGATC TGCTGGATAA ACTAAGCATT 600

TCTTTGACAG GCGAAGAGCT TGAAATCTTA GAAAAGGTCT ACCACCAAGC TACAAAGCTT 660

GAAGTAGATT TCTTCTATGC CCAACCAGTT GTTCAGCAAA CTATAGTCCC ATTGTGTCGA 720

GTGCATGATC ATGCGAAATA CCACCTTACT GTATTTTGTG ATTTTGACAT GACATGCACT 780

CCCATTGATT CATCTGCCCT GTTAGCGGAG ATTGCAATTG TAACAGCACC AAAGATTGAT 840

CTAAATGCAT CTGAAACTCA ACTTGTTCGG ATGTCATCAA CTGATCTGAA GAACACATGG 900

GGTGTTCTAT CTACCCAGTA TACTGAAGAG CTTGAAAAAT GTATGGAAAG CATTGTCCCC 960

AGTGAAACAG TGGAAAAATT CAATTATGAA GGCCTATGTA AAGCACTTGA GCAACTTTCT 1020

GATTTTGAGA AAAGGGCAAA TTCAAGAGTG GTTCAGTCTG GAGTATTGAA GGGTTTAAAT 1080

CTAGAGGATA TAAAACGGGC TGGTCAAGGT CTAATTCTTC AAGATGGTTG CACAGGTTTC 1140

TTCCAAAAGA TTCTTAAAAA TGATAATCTG AAAGCAGATG TTAATGTACT TTCATACTGT 1200

TGGTGTGGCG ATTTCATTAA ATCAGCATTT TCATCAGGGG ATCTGGGTGT TGTTAGAGTA 1260

TATTCAAATG AGTTGGCTTA TGAAGAATCC ATTTCCACGG GTGAAATCAT TAAGAAGATG 1320

GAGTCTGCCA TGGAAAAGCT TCAGGCTTTT AAGGACATCT TAAAGGAGGG ATGCAGTAAT 1380

GACATGGAGC ACTTGACAGT TTATATTGGA GGTTCAATTG GTGACTTACT TTGCCTGCTT 1440

GAGGCAGATA TAGGCATTGT GATTGGTTCA AGTCTAAACC TAAGGAGACT CGGAGATCAG 1500

TTTGGTGTTT CATTTGTTCC ATTGTTCTCT GGTTTGGTGA AGAAACAACA GCAACTCATT 1560

GAAGTATTGA GGATGGTGGG GAAGAACAAG ATGCAGGTGC AGGCATTTCT GGTGTTGTTC 1620

TTCTTCTACT GTTGCATTGG TTGTTATGGT AGGGGGGTTG AGAAGGATGA AGTTTCGGTT 1680

TTGTTATCGA TTAAGAGGGG TCTTGTTGAT CCTTTGAACC AGTTGGGAGA CTGGAAAGTG 1740

GAGGAAAATG GGGTTGGGAA TGGTTCAGTT CACTGTAATT GGACTGGGGT GTGGTGCAAC 1800

TCTAAAGGAG GTGTTGAGAG GCTTGATCTC TCTCACATGA ATCTCAGTGG CCGGGTATTG 1860

GATGAGATTG AGCGCCTGCG TAGTCTCGCT CATTTGAACT TGTGCTGCAA TGGGTTCTCT 1920

TCATCTTTGC CTAAAACCAT GTCTAATCTT CTGGCATTGA GGAGCTTTGA TGTCAGTCAG 1980

AATTTCTTTG AGGGTGGCTT TCCTGTGGGG TTTGGAAGGG CACCTGGATT GACGATTCTG 2040

AATGCTTCAA GCAATAATTT CTCGGGTTTT CTTCCTGAGG ATCTTGGAAA CCTGACTGCA 2100

CTGGAGATTC TGGATCTCAG AGGGAGTTTC TTCCAAGGCT CAATTCCGAA ATCTTTCAAG 2160

AACTTGCAGA AGTTGAAGTT TCTTGGCCTT TCAGGGAATA ATCTTACAGG CCAAATACCG 2220

AGGGAGATTG GGCAGCTTTC ATCACTGGAG ACTATCATTC TTGGGTACAA TGAATTTGAA 2280

GGTGAAATCC CTGTGGAGCT TGGGAATCTC ACCAATCTCA AGTATCTGGA TTTGGCTGTT 2340

GGCAACCACG GCGGCAAGAT TCCAGCTGCC TTGGGGAGGC TGAAGCTGCT GAACACAGTT 2400

TTCTTGTATA AAAACAATTT TGAAGGCGAG ATTCCACCAG AAATTGGCAA CATCACTTCA 2460

CTGCAGTTGC TGGATCTCTC TGATAACCTG TTATCAGGAG AAATTCCAGC TGAGATTGCT 2520

AAATTGAAGA ATTTACAGCT GTTGAATCTC ATGTGCAACC AACTTTCAGG TTCAGTTCCT 2580

TCTGGGCTTG AATGGTTGCC TGAGTTGGAG GTGCTTGAGC TTTGGAACAA CTCCTTGACA 2640

GGCCCTTTGC CCAATGATCT TGGTAAGAAT TCACCATTGC AGTGGTTGGA TGTATCCTCC 2700

AATTCATTCA CTGGTGGGAT CCCTCCAAGC TTGTGCAATG GAGGAAACCT GACTAAGCTC 2760

ATTCTCTTCA ACAATGGCTT CTCTGGTCCG ATTCCAATTG GGCTATCAAC ATGTGCCTCA 2820

TTGGTTCGAG TTAGAATGCA TAATAATCTC ATTTCTGGGA CAGTCCCAGT TGGGTTTGGA 2880

AAACTTGAGA AGCTTCAGAG ATTAGAGTTG GCGAATAATA GTCTCACTGG GCAAATTCCA 2940

GGGCAAATCC CAAAGACAGT TGCCACCATG CCTACATTAG CCATTCTTGA TCTCTCCAAC 3000

AATTCTCTAA CCGGTACCAT ACCTGAAAAC TTTGGAACTT CTCCAGCCTT AGAATCGCTT 3060

AATGTCTCAT ATAACAGGCT AGAGGGGCCT GTTCCAACGA ACGGTGTGCT TCGAACAATA 3120

AATCCTGACG ATCTCGTGGG CAATGCTGGT CTCTTTTTAG CTGTTGGGGT TGCAGTTTTT 3180

GGTGCTCGGT CTCTGTACAA GAGGTGGTAT TCAAATGGAA GCTGCTTCAC AGAGAGATTT 3240

GAAGTGGGCA ATGGAGAATG GCCATGGAGA CTAATGGCAT TCCAGAGACT AGGCTTCACA 3300

AGTGCTGACA TTCTGGCTTG TATCAAGGAA TCAAATGTGA TTGGAATGGG AGCCACTGGG 3360

ATTGTGTACA AAGCTGAGAT GCCGAGGCTA AACACAGTTG TTGCAGTCAA GAAGCTATGG 3420

AGGTCAGAAA CCGATATTGA AACTGGGAGC AGTGAAGATC TAGTGGGGGA AGTGAACCTC 3480

CTAGGGAGGC TAAGGCATCG AAACATTGTC CGGCTACTGG GTTTTCTTCA TAATGATAGT 3540

GATGTGATGA TAGTCTATGA GTTTATGCAC AATGGCAGCC TAGGAGAAGC CTTACATGGA 3600

AAACAAGGAG GGAGGCTGCT GGTAGACTGG GTTTCTCGAT ACAATATAGC AATTGGGGTA 3660

GCCCAAGGGC TCGCCTATCT CCACCATGAC TGTCATCCAC CTGTCATTCA TCGCGACGTC 3720

AAGTCAAATA ACATACTGCT TGATGCAAAT CTTGAGGCAA GAATTGCGGA TTTCGGATTG 3780

GCGAGGATGA TGGTCAGGAA GAATGAGACA GTTTCCATGG TGGCTGGATC ATATGGATAC 3840

ATTGCTCCTG AATATGGATA TACTTTGAAG GTTGATGAGA AGATCGACAT CTACAGCTTT 3900

GGAGTGGTAC TGCTGGAGCT TCTGACCGGA AAAAGGCCAT TAGATGCTGA GTTTGGGGAA 3960

TTAGTGGACA TAGTAGAATG GGTTAGGTGG AAGATTAGGG ACAACAGAGC CTTAGAAGAA 4020

GCTCTAGACC CCAATGTAGG AAACTGCAAA TACGTTCAAG AAGAGATGCT TTTGGTCCTG 4080

AGGATAGCCC TTCTTTGCAC TGCTAAGCTC CCCAAGGACA GGCCCTCCAT GAGGGATGTG 4140

ATAACAATGC TTGGGGAGGC AAAGCCAAGG AGGAAAAGCA GTAGCAACAT CAATGGATAT 4200

GACATTAACA AAGCGAGACC AGTGTTCAGC ACCTCACCTG TAAATGGCCT TATGTAG 4257

Domain Profile

S: 2     sednrigeGgfgevyrgelk..ntavavkklk.eeadlslkelkqsfltElkvlarfrHd  58

         +e+n+ig G  g vy++e+   nt+vavkkl  +e+d+++ + ++ +  E+++l r+rH

Q: 1109  KESNVIGMGATGIVYKAEMPrlNTVVAVKKLWrSETDIETGS-SEDLVGEVNLLGRLRHR  1167

         5799**************963378*******72566666655.56677************

S: 59    nilellgysaeseklcLvYqymknGsLedrLqcqkgsepLs.WpqRlsillGtaraiefL  117

         ni+ llg+  + +++ +vY++m+nGsL + L+ ++g   L  W  R +i++G+a+++ +L

Q: 1168  NIVRLLGFLHNDSDVMIVYEFMHNGSLGEALHGKQGGRLLVdWVSRYNIAIGVAQGLAYL  1227

         **********************************99888867******************

S: 118   Heasp.slihgdiksaNiLLDekltpKlgDfglarfapesekqsstvlrtskvrgtlaYl  176

         H++ + ++ih+d+ks NiLLD +l+++++Dfglar++++++++ s+      v g+  Y+

Q: 1228  HHDCHpPVIHRDVKSNNILLDANLEARIADFGLARMMVRKNETVSM------VAGSYGYI  1281

         *99877*****************************77766655554......5599****

S: 177   peefirvgqltvkvDvySfGiVllEvltGlravded.rktkyLkdllkeeieeekveile  235

         ++e+  + ++  k+D+ySfG+VllE+ltG r  d +  + + +++ ++ +i++++   le

Q: 1282  APEYGYTLKVDEKIDIYSFGVVLLELLTGKRPLDAEfGELVDIVEWVRWKIRDNR--ALE  1339

         ******************************9865431445555555566666666..9**

S: 236   kfldkkagkleeellea..lielalaclaekakkrPtmsqvlell  278

         + ld ++g+++   +e   ++++al c+a+  k rP+m +v+ +l

Q: 1340  EALDPNVGNCKYVQEEMllVLRIALLCTAKLPKDRPSMRDVITML  1384

         **********65444440056789****************98765

Domain Sequence
(FASTA)

KESNVIGMGA TGIVYKAEMP RLNTVVAVKK LWRSETDIET GSSEDLVGEV NLLGRLRHRN 60

IVRLLGFLHN DSDVMIVYEF MHNGSLGEAL HGKQGGRLLV DWVSRYNIAI GVAQGLAYLH 120

HDCHPPVIHR DVKSNNILLD ANLEARIADF GLARMMVRKN ETVSMVAGSY GYIAPEYGYT 180

LKVDEKIDIY SFGVVLLELL TGKRPLDAEF GELVDIVEWV RWKIRDNRAL EEALDPNVGN 240

CKYVQEEMLL VLRIALLCTA KLPKDRPSMR DVITML 276

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"; ?>Glycine max"; ?>Musa acuminata"; ?>Populus trichocarpa"; ?>Solanum lycopersicum"; ?>Solanum tuberosum"; ?>

Gene Ontology

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

KEGG

InterPros

IPR023214	; HAD-like_dom.
IPR016084	; Haem_Oase-like_multi-hlx.
IPR011009	; Kinase-like_dom.
IPR001611	; Leu-rich_rpt.
IPR025875	; Leu-rich_rpt_4.
IPR013210	; LRR-contain_N2.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR008271	; Ser/Thr_kinase_AS.
IPR004305	; Thiaminase-2/PQQC.

Pfam

PF00560	; LRR_1; 1.
PF12799	; LRR_4; 1.
PF08263	; LRRNT_2; 1.
PF00069	; Pkinase; 1.
PF03070	; TENA_THI-4; 1.

SMARTs

Prosites

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

Prints

Created Date

20-Feb-2013