EKS-VIV-00315

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-00315

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/IRAK	210.0	6.9E-62	1012	1283	272

Status

Unreviewed

Ensembl Protein

Vv05s0062g01100.t01

UniProt Accession

A5BX07;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VITISV_038451;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv05s0062g01100	Vv05s0062g01100.t01	Vv05s0062g01100.t01

Organism

Vitis vinifera

Functional Description

Protein Length

1291

Protein Sequence
(FASTA)

MSKSAPTLKA SYALIIFILC FFRTSFSSAT HSGDIELLIT LRNSLVQRRN VIPSWFDPEI 60

PPCNWTGIRC EGSMVRRIDL SCSLLPLDLP FPNLTGELRN LKHLNFSWCA LTGEIPPNFW 120

SLENLETLDL SGNRLFGVLP SMVSNLKMLR EFVLDDNNFS GSLPSTIGML GELTELSVHA 180

NSFSGNLPSE LGNLQNLQSL DLSLNSFSGN LPSSLGNLTR LFYFDASQNR FTGPIFSEIG 240

NLQRLLSLDL SWNSMTGPIP MEVGRLISMN SISVGNNNFN GEIPETIGNL RELKVLNVQS 300

CRLTGKVPEE ISKLTHLTYL NIAQNSFEGE LPSSFGRLTN LIYLLAANAG LSGRIPGELG 360

NCKKLRILNL SFNSLSGPLP EGLRGLESID SLVLDSNRLS GPIPNWISDW KQVESIMLAK 420

NLFNGSLPPL NMQTLTLLDV NTNMLSGELP AEICKAKSLT ILVLSDNYFT GTIENTFRGC 480

LSLTDLLLYG NNLSGGLPGY LGELQLVTLE LSKNKFSGKI PDQLWESKTL MEILLSNNLL 540

AGQLPAALAK VLTLQRLQLD NNFFEGTIPS NIGELKNLTN LSLHGNQLAG EIPLELFNCK 600

KLVSLDLGEN RLMGSIPKSI SQLKLLDNLV LSNNRFSGPI PEEICSGFQK VPLPDSEFTQ 660

HYGMLDLSYN EFVGSIPATI KQCIVVTELL LQGNKLTGVI PHDISGLANL TLLDLSFNAL 720

TGLAVPKFFA LRNLQGLILS HNQLTGAIPV DLGLLMPNLA KLDLSNNWLT GSLPSSIFSM 780

KSLTYLDISM NSFLGPISLD SRTSSSLLVL NASNNHLSGT LCDSVSNLTS LSILDLHNNT 840

LTGSLPSSLS KLVALTYLDF SNNNFQESIP CNICDIVGLA FANFSGNRFT GYAPEICLKD 900

KQCSALLPVF PSSQGYPAVR ALTQASIWAI ALSATFIFLV LLIFFLRWRM LRQDTVVLDK 960

GKDKLVTAVE PESTDELLGK KPKETPSINI ATFEHSLRRM KPSDILSATE NFSKTYIIGD 1020

GGFGTVYRAS LPEGRTIAVK RLNGGRLHGD REFLAEMETI GKVKHENLVP LLGYCVFDDE 1080

RFLIYEYMEN GSLDVWLRNR ADAVEALDWP TRFKICLGSA RGLAFLHHGF VPHIIHRDIK 1140

SSNILLDSKF EPRVSDFGLA RIISACESHV STVLAGTFGY IPPEYGQTMV ATTKGDVYSF 1200

GVVILELVTG RAPTGQADVE GGNLVGWVKW MVANGREDEV LDPYLSAMTM WKDEMLHVLS 1260

TARWCTLDDP WRRPTMVEVV KLLMEINPAT N 1291

Nucleotide Sequence
(FASTA)

ATGTCGAAGT CAGCTCCAAC TCTGAAAGCT TCTTATGCCC TTATCATTTT CATATTATGC 60

TTCTTCCGTA CATCCTTCTC AAGTGCAACC CATTCTGGTG ACATTGAGTT ATTAATCACT 120

CTCAGAAACT CTCTTGTCCA AAGAAGAAAT GTTATTCCAA GTTGGTTTGA CCCAGAGATT 180

CCACCATGCA ACTGGACTGG TATAAGATGT GAGGGTTCTA TGGTCCGTCG AATAGATTTA 240

TCCTGTTCTT TGTTGCCTTT GGATCTTCCA TTTCCAAATC TTACTGGGGA ATTGAGAAAT 300

CTAAAGCACC TTAATTTCAG CTGGTGTGCA CTCACTGGTG AGATTCCTCC AAATTTTTGG 360

AGTCTAGAAA ATTTGGAGAC TTTGGACCTG AGTGGCAATA GGTTGTTTGG CGTACTGCCA 420

TCGATGGTGT CTAACCTGAA AATGCTCAGA GAATTTGTGC TTGATGACAA TAACTTTTCT 480

GGCAGCTTAC CCTCCACCAT TGGTATGCTC GGAGAACTTA CTGAGCTCTC AGTCCATGCA 540

AACTCATTCT CTGGGAATCT TCCATCAGAA CTTGGAAATC TTCAGAATTT GCAGTCCCTT 600

GATCTTAGCC TAAATTCCTT CTCTGGAAAC CTACCTTCCA GTTTAGGAAA TCTTACGAGG 660

CTCTTTTATT TTGATGCCAG TCAGAACAGA TTCACTGGTC CCATTTTTTC AGAGATTGGA 720

AATTTACAGA GGCTTCTATC ACTTGATCTC TCATGGAACT CAATGACTGG ACCTATACCG 780

ATGGAAGTGG GCAGATTGAT CAGCATGAAT TCAATTAGTG TGGGAAACAA CAACTTTAAT 840

GGGGAAATAC CAGAAACAAT TGGCAATCTG AGAGAACTTA AGGTACTTAA TGTCCAAAGT 900

TGCAGACTGA CTGGGAAAGT TCCAGAAGAA ATCTCTAAGC TGACCCACTT GACTTACCTA 960

AATATAGCGC AGAACAGTTT TGAGGGTGAA TTGCCCTCAA GCTTTGGCAG GTTGACAAAT 1020

CTAATTTACC TTCTTGCTGC CAATGCGGGA CTTAGTGGAA GGATTCCAGG GGAATTGGGT 1080

AACTGCAAAA AGCTCAGGAT TCTAAATTTA TCCTTCAACT CACTGTCTGG TCCATTACCT 1140

GAAGGTCTCA GGGGGCTGGA ATCTATTGAT TCACTAGTAC TTGATTCAAA CCGCCTGTCA 1200

GGTCCAATTC CCAATTGGAT TTCCGACTGG AAGCAAGTTG AGTCCATTAT GTTAGCTAAA 1260

AACCTGTTTA ATGGGTCACT TCCTCCCCTT AATATGCAGA CCCTGACCTT ACTTGATGTT 1320

AATACCAACA TGCTTTCTGG TGAGCTGCCT GCAGAAATAT GCAAAGCCAA ATCATTGACC 1380

ATTTTAGTGC TATCAGATAA CTATTTCACT GGTACTATTG AGAACACCTT CAGGGGATGT 1440

TTGAGTCTCA CAGATCTGTT ATTGTATGGC AACAATCTCT CTGGTGGATT ACCTGGTTAT 1500

CTGGGAGAGC TTCAGCTGGT TACGTTGGAA CTGTCAAAAA ACAAGTTCTC CGGAAAAATT 1560

CCTGATCAAC TGTGGGAGTC TAAAACCCTT ATGGAGATAT TGCTCAGCAA CAATTTGCTT 1620

GCAGGTCAGC TTCCAGCTGC TCTTGCTAAA GTTTTGACAT TGCAGAGGCT GCAGTTGGAT 1680

AATAATTTCT TTGAAGGGAC CATTCCAAGT AACATCGGAG AACTAAAAAA TCTCACTAAT 1740

TTGTCACTGC ATGGAAACCA ATTGGCTGGA GAGATCCCTT TGGAACTTTT CAATTGTAAG 1800

AAGTTAGTAT CCCTGGATCT GGGTGAAAAC AGGCTTATGG GTTCAATTCC AAAATCTATA 1860

TCACAGTTGA AACTGCTTGA CAATCTGGTA CTATCCAATA ACCGATTCTC TGGTCCAATT 1920

CCTGAAGAGA TCTGCTCTGG GTTTCAAAAG GTGCCCTTAC CGGACTCTGA GTTCACCCAG 1980

CACTATGGCA TGCTTGATTT ATCTTATAAT GAGTTTGTGG GCTCCATACC AGCAACAATT 2040

AAGCAGTGCA TTGTTGTGAC AGAGCTACTG TTGCAGGGAA ACAAGCTTAC TGGTGTCATT 2100

CCTCATGATA TTTCAGGTCT GGCAAACTTA ACCTTGCTTG ATCTGTCTTT CAATGCTTTG 2160

ACAGGGCTAG CTGTACCAAA GTTCTTTGCT TTGAGAAACC TTCAGGGGCT TATCCTTTCC 2220

CATAACCAGC TAACAGGAGC CATCCCTGTT GATCTGGGCT TGTTGATGCC AAACTTAGCC 2280

AAGCTTGATT TGTCAAACAA CTGGCTAACT GGCTCACTGC CTTCATCCAT ATTCAGCATG 2340

AAGAGCCTGA CCTATCTAGA CATTAGCATG AATTCTTTCT TGGGTCCCAT TTCTCTTGAT 2400

TCTAGAACCA GCAGTTCTTT GTTGGTTCTA AATGCCAGCA ACAACCATTT GTCTGGTACC 2460

CTTTGTGACT CGGTATCAAA TCTAACATCC CTTTCTATCC TAGATCTTCA CAACAACACA 2520

CTCACAGGCA GCTTGCCTTC TTCACTGTCA AAACTTGTTG CCTTGACATA CCTTGATTTC 2580

TCCAATAACA ATTTCCAAGA GTCTATCCCA TGCAATATTT GTGACATAGT AGGCCTTGCC 2640

TTTGCCAATT TCTCTGGCAA CAGATTCACT GGCTATGCAC CAGAGATTTG CTTGAAGGAC 2700

AAACAGTGCT CAGCACTCCT ACCTGTTTTC CCTTCTTCTC AGGGATACCC AGCTGTGAGA 2760

GCTCTGACCC AAGCCTCTAT CTGGGCTATT GCACTGAGTG CCACTTTCAT CTTCCTAGTC 2820

CTGCTCATAT TTTTTCTCAG ATGGAGGATG CTGAGGCAAG ATACTGTAGT TCTTGACAAG 2880

GGAAAGGACA AGCTAGTGAC AGCAGTTGAG CCAGAATCCA CTGATGAGCT GCTGGGCAAG 2940

AAGCCAAAGG AGACACCTAG CATCAATATT GCAACATTTG AGCACTCTTT GCGGAGGATG 3000

AAGCCTTCAG ACATCTTATC AGCAACTGAA AACTTCAGCA AGACTTACAT TATTGGTGAT 3060

GGTGGGTTTG GTACAGTTTA TAGAGCCTCA CTACCAGAGG GCCGAACAAT TGCTGTCAAA 3120

AGGCTCAATG GAGGACGTCT GCATGGTGAC CGGGAATTCC TGGCTGAAAT GGAGACAATT 3180

GGAAAGGTTA AGCATGAAAA CCTGGTCCCA CTCCTTGGCT ACTGCGTCTT TGACGATGAG 3240

AGGTTTTTAA TATACGAGTA TATGGAGAAT GGGAGTCTTG ATGTGTGGTT GAGGAACCGG 3300

GCAGATGCAG TTGAGGCACT TGACTGGCCA ACCCGATTCA AGATCTGTCT GGGCTCAGCC 3360

AGAGGGTTGG CCTTTCTGCA TCATGGCTTT GTTCCCCACA TCATTCACAG AGACATCAAG 3420

TCAAGCAATA TCTTGTTAGA CAGCAAATTC GAGCCACGGG TTTCAGATTT CGGCCTAGCA 3480

AGAATCATCA GTGCATGTGA GAGCCATGTT AGTACTGTTC TTGCTGGGAC CTTTGGATAT 3540

ATTCCTCCTG AGTACGGGCA GACCATGGTG GCAACAACCA AGGGTGATGT CTACAGCTTT 3600

GGGGTAGTGA TTCTAGAGCT GGTGACAGGG AGGGCACCAA CAGGTCAGGC GGATGTGGAG 3660

GGTGGGAATC TGGTGGGGTG GGTGAAGTGG ATGGTGGCAA ATGGGAGGGA AGATGAGGTG 3720

CTGGATCCTT ACCTTTCAGC TATGACAATG TGGAAGGATG AGATGTTGCA TGTGCTTTCA 3780

ACAGCTCGAT GGTGCACTTT GGACGATCCA TGGAGGCGGC CTACCATGGT GGAGGTGGTG 3840

AAGCTGTTAA TGGAGATTAA TCCCGCGACT AACTGA 3876

Domain Profile

S: 1     fsednrigeGgfgevyrgel.kntavavkklkeeadlslkelkqsfltElkvlarfrHdn  59

         fs+   ig+Ggfg+vyr++l ++ ++avk+l+        + +++fl+E++++ +++H+n

Q: 1012  FSKTYIIGDGGFGTVYRASLpEGRTIAVKRLNGGRL----HGDREFLAEMETIGKVKHEN  1067

         788899************993567*******98754....568999**************

S: 60    ilellgysaeseklcLvYqymknGsLedrLqcq.kgsepLsWpqRlsillGtaraiefLH  118

         +++llgy++  ++  L+Y+ym+nGsL   L+ + ++ e L Wp+R++i+lG ar++ fLH

Q: 1068  LVPLLGYCVFDDERFLIYEYMENGSLDVWLRNRaDAVEALDWPTRFKICLGSARGLAFLH  1127

         *******************************998999**********************9

S: 119   easp.slihgdiksaNiLLDekltpKlgDfglarfapesekqsstvlrtskvrgtlaYlp  177

         +    ++ih+diks+NiLLD k++p+++Dfglar+ ++ e++ stvl      gt  Y+p

Q: 1128  HGFVpHIIHRDIKSSNILLDSKFEPRVSDFGLARIISACESHVSTVL-----AGTFGYIP  1182

         86555*****************************9999999999988.....89******

S: 178   eefirvgqltvkvDvySfGiVllEvltGlra.vdedrktkyLkdllkeeiee.ekveile  235

         +e+ ++   t+k DvySfG+V+lE++tG+    + d +  +L+  +k  +++ ++ e+l+

Q: 1183  PEYGQTMVATTKGDVYSFGVVILELVTGRAPtGQADVEGGNLVGWVKWMVANgREDEVLD  1242

         ****************************987578889999******98876625668999

S: 236   kfldkkagkleeellealielalaclaekakkrPtmsqvlell  278

          +l +     + e+l+ l + a  c+ ++  +rPtm +v++ll

Q: 1243  PYLSAM-TMWKDEMLHVLST-ARWCTLDDPWRRPTMVEVVKLL  1283

         999765.4546666666655.5899999***********9976

Domain Sequence
(FASTA)

FSKTYIIGDG GFGTVYRASL PEGRTIAVKR LNGGRLHGDR EFLAEMETIG KVKHENLVPL 60

LGYCVFDDER FLIYEYMENG SLDVWLRNRA DAVEALDWPT RFKICLGSAR GLAFLHHGFV 120

PHIIHRDIKS SNILLDSKFE PRVSDFGLAR IISACESHVS TVLAGTFGYI PPEYGQTMVA 180

TTKGDVYSFG VVILELVTGR APTGQADVEG GNLVGWVKWM VANGREDEVL DPYLSAMTMW 240

KDEMLHVLST ARWCTLDDPW RRPTMVEVVK LL 272

Keyword

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

Sequence Source

Ensembl

Orthology

Ortholog group

Brachypodium distachyon"; ?>Hordeum vulgare"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Solanum tuberosum"; ?>Sorghum bicolor"; ?>Zea mays"; ?>

Gene Ontology

GO:0016023	; C:cytoplasmic membrane-bounded vesicle
GO:0016021	; C:integral to membrane
GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity
GO:0009554	; P:megasporogenesis
GO:0009556	; P:microsporogenesis
GO:0032940	; P:secretion by cell
GO:0048658	; P:tapetal layer development

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.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00560	; LRR_1; 4.
PF12799	; LRR_4; 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