EKS-VIV-00334

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-00334

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/IRAK	208.4	2.1E-61	1023	1295	273

Status

Unreviewed

Ensembl Protein

Vv16s0100g00710.t01

UniProt Accession

F6HP53;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_16s0100g00710;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv16s0100g00710	Vv16s0100g00710.t01	Vv16s0100g00710.t01

Organism

Vitis vinifera

Functional Description

Protein Length

1301

Protein Sequence
(FASTA)

MMMAFKLVCF HLFVFQLLFC VSNAIADQNG EDPEAKLLIS FKNALQNPQM LSSWNSTVSR 60

CQWEGVLCQN GRVTSLVLPT QSLEGALSPS LFSLSSLIVL DLSGNLFSGH LSPDIAGLRR 120

LKHLLLGDNE LSGEIPRQLG ELTQLVTLKL GPNSFIGKIP PELGDLTWLR SLDLSGNSLT 180

GDLPTQIGNL THLRLLDVGN NLLSGPLSPT LFTNLQSLIS LDVSNNSFSG NIPPEIGNLK 240

SLTDLYIGIN HFSGQLPPEI GNLSSLQNFF SPSCSIRGPL PEQISELKSL NKLDLSYNPL 300

KCSIPKSIGK LQNLTILNFV YAELNGSIPA ELGKCRNLKT LMLSFNSISG SLPEELSELP 360

MLSFSAEKNQ LSGPLPSWLG KWNGIDSLLL SSNRFSGRIP PEIGNCSMLN HVSLSNNLLS 420

GSIPKELCNA ESLMEIDLDS NFLSGGIDDT FLKCKNLTQL VLVNNQIVGS IPEYLSELPL 480

MVLDLDSNNF TGSIPVSLWN LVSLMEFSAA NNLLEGSLPP EIGNAVALER LVLSNNRLKG 540

TIPREIGNLT SLSVLNLNLN LLEGIIPMEL GDCISLTTLD LGNNLLNGSI PDRIADLAQL 600

QCLVLSHNDL SGSIPSKPSS YFRQVNIPDS SFVQHHGVYD LSYNRLSGSI PEELGSCVVV 660

VDLLLSNNFL SGEIPISLSR LTNLTTLDLS GNLLTGSIPL KLGYSLKLQG LYLGNNQLTG 720

TIPESLGRLS SLVKLNLTGN QLSGSIPFSF GNLTGLTHFD LSSNELDGEL PSALSSMVNL 780

VGLYVQQNRL SGQVSKLFMN SIAWRIETLN LSWNFFNGGL PRSLGNLSYL TNLDLHHNMF 840

TGEIPTELGD LMQLEYFDVS GNRLCGQIPE KICSLVNLLY LNLAENRLEG SIPRSGVCQN 900

LSKDSLAGNK DLCGRNLGLE CQFKTFGRKS SLVNTWVLAG IVVGCTLITL TIAFGLRKWV 960

IRNSRQSDTE EIEESKLNSS IDQNLYFLSS SRSKEPLSIN VAMFEQPLLK LTLVDILEAT 1020

NNFCKTNVIG DGGFGTVYKA ALPNGKIVAV KKLNQAKTQG HREFLAEMET LGKVKHRNLV 1080

PLLGYCSFGE EKFLVYEYMV NGSLDLWLRN RTGALEALDW TKRFKIAMGA ARGLAFLHHG 1140

FIPHIIHRDI KASNILLNED FEAKVADFGL ARLISACETH VSTDIAGTFG YIPPEYGLSW 1200

RSTTRGDVYS FGVILLELVT GKEPTGPDFK DFEGGNLVGW VFEKMRKGEA AEVLDPTVVR 1260

AELKHIMLQI LQIAAICLSE NPAKRPTMLH VLKFLKGIKD E 1301

Nucleotide Sequence
(FASTA)

ATGATGATGG CGTTTAAGCT TGTGTGCTTT CATCTCTTTG TGTTTCAGCT TCTTTTCTGT 60

GTCTCCAACG CCATTGCTGA CCAAAATGGA GAAGACCCAG AAGCCAAACT ACTCATTTCT 120

TTCAAAAATG CTCTTCAAAA CCCTCAAATG CTCTCTTCAT GGAACTCTAC CGTTTCTCGC 180

TGTCAATGGG AAGGTGTGCT TTGCCAGAAC GGCCGAGTCA CCTCACTCGT CCTCCCTACT 240

CAATCCCTCG AGGGTGCTCT CTCTCCTTCT CTCTTTTCTC TTTCCAGCCT CATTGTCCTC 300

GACCTCTCCG GCAACCTTTT CTCCGGTCAT CTTTCGCCGG ACATTGCCGG GCTGCGGCGG 360

TTGAAGCACT TGTTACTGGG TGATAATGAA CTATCGGGTG AGATTCCTCG TCAACTAGGT 420

GAGTTGACTC AGCTGGTGAC TCTGAAACTC GGTCCTAACT CGTTTATTGG GAAAATCCCT 480

CCGGAGCTTG GAGACCTGAC GTGGCTGCGG TCTCTCGACC TCTCTGGCAA CTCCCTGACG 540

GGAGACCTGC CGACTCAGAT CGGAAACTTG ACCCATCTCC GGTTACTTGA CGTCGGCAAC 600

AACCTTCTCT CAGGTCCTCT CTCTCCAACT CTCTTCACAA ATCTTCAGTC TTTAATCTCT 660

CTTGACGTTT CAAACAACTC GTTTTCCGGA AATATTCCGC CGGAAATAGG TAACTTAAAG 720

AGCCTGACTG ATCTTTACAT TGGTATCAAC CACTTTTCCG GCCAGTTACC ACCGGAAATC 780

GGTAATCTTT CGAGTCTGCA GAACTTCTTT TCACCATCGT GTTCCATTAG AGGTCCATTG 840

CCGGAGCAAA TCTCTGAGCT GAAATCACTG AATAAACTTG ATCTTTCCTA TAACCCACTC 900

AAGTGTTCGA TCCCAAAATC TATTGGGAAG TTGCAGAACT TGACAATACT GAACTTTGTC 960

TATGCCGAGC TCAATGGTTC GATTCCGGCG GAGCTCGGAA AGTGCCGGAA TTTAAAGACA 1020

TTGATGCTTT CTTTCAACTC CATCTCCGGG TCATTGCCGG AGGAGCTTTC AGAGCTCCCA 1080

ATGCTGTCAT TTTCTGCTGA AAAGAATCAG CTATCAGGGC CATTGCCTTC TTGGCTTGGA 1140

AAATGGAATG GGATTGATTC CCTTCTGCTT TCAAGTAATC GGTTTTCTGG GAGGATCCCA 1200

CCTGAGATTG GGAATTGTTC TATGCTTAAT CACGTTAGCT TGAGTAATAA CTTGTTATCT 1260

GGTTCAATTC CGAAGGAGCT TTGTAACGCA GAGTCGCTAA TGGAGATTGA TTTGGATAGT 1320

AATTTTCTTT CTGGGGGTAT AGATGATACG TTTTTGAAGT GTAAAAACCT GACCCAGTTG 1380

GTTTTGGTGA ATAACCAGAT TGTTGGCTCC ATACCTGAGT ACCTCTCAGA GCTTCCTTTG 1440

ATGGTTCTTG ACCTTGATTC GAACAATTTC ACGGGTTCTA TACCTGTGAG TCTGTGGAAC 1500

TTGGTGAGTT TGATGGAGTT TTCAGCTGCA AATAATCTCC TGGAGGGTTC TCTCCCACCA 1560

GAGATTGGCA ATGCGGTTGC GTTGGAGAGG CTTGTTCTTA GTAACAACCG GTTGAAGGGC 1620

ACAATACCTA GGGAGATTGG AAATTTGACA TCCCTGTCTG TTCTTAATTT GAATTTAAAT 1680

CTGCTTGAAG GGATTATTCC AATGGAGCTT GGTGATTGCA TTTCACTCAC TACATTGGAC 1740

CTTGGAAACA ACCTTCTCAA TGGGTCAATT CCTGATAGAA TTGCGGATTT GGCACAGCTT 1800

CAGTGTCTGG TTCTTTCTCA CAATGACTTA TCTGGATCCA TTCCTTCAAA ACCATCTTCT 1860

TATTTTCGTC AGGTCAATAT TCCTGATTCA AGCTTTGTTC AGCACCATGG AGTATATGAT 1920

CTGTCCTATA ATAGACTGTC TGGTTCAATA CCTGAAGAGT TAGGGAGCTG TGTGGTGGTG 1980

GTGGATCTTC TACTCAGCAA TAACTTTCTT TCAGGAGAGA TTCCAATCTC TCTCTCCCGG 2040

CTAACCAACC TTACAACCTT GGATTTATCT GGGAATTTGC TGACTGGTTC CATTCCATTG 2100

AAATTGGGCT ACTCTCTTAA GCTCCAAGGC TTGTATCTGG GGAATAACCA GCTCACTGGC 2160

ACCATCCCAG AAAGCTTAGG ACGATTGAGT AGTTTGGTAA AGCTGAATTT GACAGGTAAT 2220

CAGCTGTCCG GTTCAATCCC ATTCAGCTTT GGGAACTTGA CTGGGCTCAC CCACTTTGAT 2280

TTAAGTTCCA ATGAACTTGA TGGTGAGCTC CCTTCGGCTC TTTCGAGCAT GGTGAACCTT 2340

GTTGGGCTCT ATGTGCAGCA GAACAGGCTT TCAGGTCAGG TCAGTAAGCT GTTTATGAAT 2400

TCCATTGCAT GGAGAATCGA AACATTAAAC TTGAGTTGGA ATTTCTTCAA TGGAGGATTG 2460

CCAAGGTCTT TGGGCAATCT ATCATACTTG ACCAATTTGG ATCTTCATCA CAACATGTTT 2520

ACTGGGGAGA TTCCCACGGA GCTTGGGGAC CTTATGCAGC TTGAGTATTT TGATGTTTCA 2580

GGTAATAGGC TTTGTGGGCA AATTCCAGAG AAGATATGCA GCCTTGTCAA TCTGCTTTAC 2640

CTGAATTTGG CCGAAAATAG ATTGGAAGGC TCTATACCTA GAAGTGGTGT TTGCCAAAAC 2700

CTATCCAAAG ATTCACTGGC TGGTAACAAA GATTTGTGTG GAAGAAACCT TGGTTTAGAA 2760

TGCCAATTCA AGACCTTTGG TAGAAAATCT TCATTGGTAA ACACCTGGGT ACTTGCAGGG 2820

ATTGTTGTGG GATGTACTCT CATCACCCTA ACTATTGCTT TTGGTCTTCG GAAATGGGTT 2880

ATCAGAAACA GCAGGCAAAG CGATACAGAA GAGATTGAGG AAAGCAAATT AAACAGCTCT 2940

ATAGATCAAA ATCTCTACTT CTTAAGCAGC AGCAGATCAA AGGAGCCTCT TAGCATCAAC 3000

GTGGCCATGT TCGAGCAGCC TCTGCTAAAA CTGACTTTAG TCGATATCCT TGAAGCCACC 3060

AACAATTTCT GCAAGACAAA CGTGATTGGA GATGGAGGCT TTGGAACTGT CTACAAAGCT 3120

GCTTTACCTA ACGGAAAAAT AGTTGCAGTC AAGAAGCTAA ACCAAGCCAA GACACAGGGT 3180

CATCGAGAAT TTCTGGCAGA AATGGAAACT CTAGGTAAGG TCAAGCACAG AAACCTTGTA 3240

CCCCTGCTGG GGTACTGCTC TTTTGGTGAG GAGAAGTTTC TAGTATACGA GTATATGGTA 3300

AATGGGAGCT TGGATCTATG GCTGAGGAAC CGCACTGGGG CTCTTGAAGC CTTGGACTGG 3360

ACAAAACGCT TCAAAATTGC AATGGGGGCG GCTCGTGGGC TAGCATTTCT TCACCATGGC 3420

TTCATCCCCC ACATCATTCA CCGCGACATT AAAGCCAGCA ACATCTTGCT GAACGAAGAC 3480

TTTGAGGCGA AAGTTGCAGA CTTTGGGCTG GCGAGGTTGA TCAGTGCCTG TGAAACTCAT 3540

GTGAGTACCG ACATAGCTGG GACGTTCGGG TACATTCCAC CAGAGTATGG CCTAAGCTGG 3600

AGGTCTACAA CAAGGGGGGA CGTCTACAGT TTTGGAGTGA TTCTGCTGGA ACTGGTTACT 3660

GGGAAGGAGC CAACAGGACC TGATTTCAAG GACTTTGAAG GAGGGAATCT AGTGGGGTGG 3720

GTGTTTGAGA AGATGAGGAA GGGTGAGGCT GCAGAAGTGC TGGATCCAAC GGTTGTGAGG 3780

GCGGAATTGA AGCACATAAT GCTTCAAATT CTGCAGATTG CTGCAATATG CCTATCTGAA 3840

AATCCAGCTA AAAGGCCTAC CATGCTTCAT GTGTTGAAGT TTCTGAAAGG GATCAAAGAT 3900

GAGTGA 3906

Domain Profile

S: 1     fsednrigeGgfgevyrgel.kntavavkklkeeadlslkelkqsfltElkvlarfrHdn  59

         f + n+ig+Ggfg+vy++ l ++++vavkkl++ +     + +++fl+E+++l +++H n

Q: 1023  FCKTNVIGDGGFGTVYKAALpNGKIVAVKKLNQAKT----QGHREFLAEMETLGKVKHRN  1078

         56789*************983557*******98764....4567899*************

S: 60    ilellgysaeseklcLvYqymknGsLedrLqcq.kgsepLsWpqRlsillGtaraiefLH  118

         +++llgy++ +e+  LvY+ym nGsL   L+ + ++ e L W++R++i++G+ar++ fLH

Q: 1079  LVPLLGYCSFGEEKFLVYEYMVNGSLDLWLRNRtGALEALDWTKRFKIAMGAARGLAFLH  1138

         ******************************99978899*********************9

S: 119   easp.slihgdiksaNiLLDekltpKlgDfglarfapesekqsstvlrtskvrgtlaYlp  177

         +    ++ih+dik++NiLL e++++K++Dfglar+ ++ e   ++v     + gt  Y+p

Q: 1139  HGFIpHIIHRDIKASNILLNEDFEAKVADFGLARLISACE---THVS--TDIAGTFGYIP  1193

         86545*****************************555444...3443..6789*******

S: 178   eefirvgqltvkvDvySfGiVllEvltGlra...vdedrktkyLkdllkeeieeekveil  234

         +e+  + + t++ DvySfG++llE++tG +      +d +  +L+  + e++++ +

Q: 1194  PEYGLSWRSTTRGDVYSFGVILLELVTGKEPtgpDFKDFEGGNLVGWVFEKMRKGE---A  1250

         *****************************984444456667788888888888877...6

S: 235   ekfldkkagkle.eellealielalaclaekakkrPtmsqvlell  278

          + ld  + ++e ++++ +++++a+ cl e+  krPtm +vl+ l

Q: 1251  AEVLDPTVVRAElKHIMLQILQIAAICLSENPAKRPTMLHVLKFL  1295

         788999999887356778999*******************99865

Domain Sequence
(FASTA)

FCKTNVIGDG GFGTVYKAAL PNGKIVAVKK LNQAKTQGHR EFLAEMETLG KVKHRNLVPL 60

LGYCSFGEEK FLVYEYMVNG SLDLWLRNRT GALEALDWTK RFKIAMGAAR GLAFLHHGFI 120

PHIIHRDIKA SNILLNEDFE AKVADFGLAR LISACETHVS TDIAGTFGYI PPEYGLSWRS 180

TTRGDVYSFG VILLELVTGK EPTGPDFKDF EGGNLVGWVF EKMRKGEAAE VLDPTVVRAE 240

LKHIMLQILQ IAAICLSENP AKRPTMLHVL KFL 273

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"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>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
GO:0009556	; P:microsporogenesis
GO:0010234	; P:tapetal cell fate specification

KEGG

InterPros

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.
IPR001245	; Ser-Thr/Tyr_kinase_cat_dom.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00560	; LRR_1; 7.
PF12799	; LRR_4; 1.
PF08263	; LRRNT_2; 1.
PF07714	; Pkinase_Tyr; 1.

SMARTs

Prosites

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

Prints

Created Date

20-Feb-2013