EKS-VIV-01171

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-01171

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Atypical/PIKK	329.6	3.3E-98	731	1022	292

Status

Unreviewed

Ensembl Protein

Vv17s0000g08360.t01

UniProt Accession

F6GSQ6;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_17s0000g08360;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv17s0000g08360	Vv17s0000g08360.t01	Vv17s0000g08360.t01

Organism

Vitis vinifera

Functional Description

Protein Length

1088

Protein Sequence
(FASTA)

MTITGRRTRL LSCENIRLLL SLICGSYFTS VMYVEHWCEE HFNSLTLGKP DFSHCEMLPH 60

HIEILVSAIT QINEPDSLYG IIQLHKLTSQ IITFEHEGNW SKALEYYDLQ VRSEPVAGMD 120

GSSRNLSPEH SQLTVHPSFS KSEDVIRQRE PYKGLIRSLQ KIGCTHVLDL YCQGLTSQNG 180

QFQHDLEFTE LQYEAAWRAG NWDFSLLYMG ANSPSSSQHI RCDHFNENLH SCLRAFQEGD 240

FNEFHSKLKD SKQELVLSVC HASGQSTEYI YSTIIKLQIF YHLGMAWGLR WAPPSEKIET 300

SPGMQKVFSE PIIPTMDQGS RFSQAAAALH EFKFLCNRMG EQHSASYWLG RLEEAKLLRA 360

QGQHEMAINL AKYISQNSQL NEEASNVYRL VGKWLAETRS SNSRTILEKY LKRAVLLAKD 420

NKNTDKKTIE RQSQTHFHLA HYADALFRSH EERLASNEWQ AATRLRKHKT IELEALIKRL 480

RSSSKGEKTD YSVKIQELQK QLAMDAEEAE KLQDDRDNFL SLTLEGYKRC LVLGDKYDVR 540

VVFRLVSLWF SLSSRQNVIN MMLSTVQEVQ SYKFIPLVYQ IASRMGSSKD GLGPHSFQFA 600

LVSLVKKMSI DHPYHTIFQL LALANGDRIK DKQRSRNSFV VDMDKKLAAE NLLKELSSCH 660

GSIIQQMKQM VEIYIKLAEL ETKREDTNKR VMLPREIRSL RQLELVPVVT STFPVDRNCQ 720

YHEGSFPHFK GLGDSVMIMN GINAPKVVEC LGSDGQKYRQ LAKSGNDDLR QDAVMEQFFS 780

LVNTFLENHR DTWKRRLRVR TYKVVPFTPS AGVLEWVNGT LPLGEYLIGS TRNGGAHGRY 840

GMEDWSFSKC REHMTNANKR KAFQEVCKNF RPVMHNFFLE RFLQPADWFE KRLAYTRSVA 900

ASSMVGYIVG LGDRHSMNIL IDQATAEVVH IDLGVAFEQG LMLKTPERVP FRLTRDIIDG 960

MGVTGVEGVF RRCCEETLSV MRTNKEALLT IVEVFIHDPL YKWALSPLKA LQRQKETDDD 1020

LETSLEDLEE EYEGNKDAAR ALLRVKQKLD GYEEGEMRSV HGQVRQLIQD AIDPDRFCRM 1080

FPGWGAWL 1088

Nucleotide Sequence
(FASTA)

ATGACCATTA CTGGAAGAAG AACAAGGCTC TTGAGTTGTG AGAACATTAG ATTGCTTCTT 60

TCACTTATTT GTGGCTCATA CTTTACCTCT GTAATGTATG TGGAGCATTG GTGTGAAGAG 120

CATTTCAACA GCCTCACTCT GGGGAAGCCA GATTTTTCCC ATTGTGAAAT GTTACCACAT 180

CACATTGAAA TACTAGTCTC AGCAATCACT CAAATTAATG AACCTGATAG CTTGTATGGG 240

ATCATCCAGT TGCACAAGTT AACCTCGCAA ATTATTACCT TTGAGCACGA GGGAAATTGG 300

AGCAAGGCTC TGGAGTATTA TGACTTACAA GTAAGGTCAG AACCAGTAGC AGGAATGGAT 360

GGCTCTTCCA GAAATTTGTC GCCTGAACAT TCTCAACTAA CAGTTCATCC ATCATTTAGC 420

AAATCAGAAG ATGTGATTAG ACAGAGGGAA CCTTACAAAG GGCTGATTAG ATCATTGCAG 480

AAAATTGGTT GTACTCATGT GCTTGATCTG TACTGCCAAG GATTGACTTC TCAGAATGGC 540

CAGTTTCAGC ATGATTTAGA ATTCACTGAA CTGCAGTATG AGGCTGCTTG GCGTGCTGGA 600

AACTGGGATT TCTCCTTACT TTACATGGGA GCTAATTCTC CTTCTTCTAG TCAACACATT 660

AGATGTGATC ATTTCAATGA AAACTTGCAC AGTTGTTTGA GGGCATTCCA AGAGGGGGAT 720

TTCAATGAAT TTCATTCAAA ACTGAAAGAT TCAAAGCAGG AGCTTGTATT GTCTGTGTGT 780

CATGCAAGCG GCCAGAGTAC TGAATACATT TACTCAACCA TAATTAAACT TCAGATCTTT 840

TATCACCTTG GCATGGCATG GGGTTTACGT TGGGCACCTC CATCTGAAAA GATAGAAACT 900

TCTCCAGGGA TGCAAAAAGT ATTTTCTGAA CCCATCATTC CTACAATGGA CCAGGGTTCC 960

AGGTTTTCTC AAGCTGCTGC AGCTCTGCAT GAGTTTAAGT TCCTTTGTAA CAGAATGGGA 1020

GAACAACATT CTGCCTCTTA TTGGCTTGGA AGGCTTGAAG AAGCTAAGCT TTTGCGTGCC 1080

CAAGGTCAGC ATGAGATGGC CATCAACCTC GCAAAATATA TATCACAAAA TTCACAGTTG 1140

AATGAAGAGG CTTCAAATGT GTATCGCTTG GTTGGGAAGT GGCTTGCAGA AACTCGATCT 1200

AGCAACTCAA GAACTATTTT AGAAAAGTAC TTGAAACGTG CAGTTTTACT TGCTAAGGAT 1260

AACAAGAACA CAGACAAGAA GACCATAGAA AGACAAAGCC AAACACACTT TCATCTTGCA 1320

CATTATGCAG ATGCTTTATT TAGGAGTCAT GAGGAAAGAC TTGCCTCTAA TGAATGGCAA 1380

GCAGCAACAA GGCTAAGGAA ACACAAGACA ATAGAACTGG AAGCACTAAT CAAACGACTG 1440

AGAAGTTCAT CAAAGGGGGA GAAGACTGAC TATTCAGTAA AAATTCAAGA GTTGCAGAAG 1500

CAACTTGCAA TGGATGCAGA GGAGGCTGAA AAATTGCAGG ACGACAGAGA CAACTTCCTC 1560

AGCCTAACAT TGGAGGGATA TAAACGCTGT TTGGTCTTAG GTGACAAATA TGATGTAAGA 1620

GTGGTATTTC GACTAGTTTC TCTGTGGTTC AGTCTCTCTT CTAGACAAAA TGTCATAAAT 1680

ATGATGCTTA GTACAGTTCA AGAGGTTCAG TCTTACAAGT TTATCCCACT AGTTTACCAA 1740

ATTGCTTCGA GAATGGGGAG CTCAAAAGAT GGTCTGGGTC CTCATAGCTT TCAGTTTGCT 1800

TTGGTTTCTC TTGTGAAAAA GATGTCCATT GATCATCCAT ACCATACAAT CTTCCAGCTT 1860

TTAGCTCTGG CAAATGGTGA CCGTATCAAG GACAAACAGC GTAGTAGAAA CTCTTTCGTG 1920

GTTGATATGG ATAAAAAGCT TGCAGCAGAA AACCTCTTAA AAGAGTTATC TTCATGTCAT 1980

GGATCTATTA TCCAACAAAT GAAACAAATG GTGGAGATCT ACATCAAACT TGCTGAACTA 2040

GAGACAAAAA GAGAGGACAC CAATAAAAGG GTAATGCTAC CAAGAGAAAT TCGTAGTCTT 2100

CGACAACTTG AACTTGTACC TGTAGTGACA TCCACTTTCC CAGTAGATCG TAATTGCCAA 2160

TATCATGAGG GCTCCTTCCC CCACTTCAAA GGATTGGGAG ATTCAGTTAT GATAATGAAT 2220

GGTATAAATG CTCCAAAAGT GGTTGAATGC CTGGGTTCTG ATGGCCAAAA ATATCGGCAA 2280

CTTGCAAAAT CTGGAAATGA TGACCTGCGG CAAGATGCTG TTATGGAACA ATTTTTTAGT 2340

TTAGTAAATA CTTTTTTAGA GAACCATCGG GACACATGGA AAAGGAGATT AAGAGTGCGC 2400

ACATACAAGG TTGTACCTTT CACCCCTAGT GCGGGCGTTC TTGAATGGGT AAATGGTACT 2460

CTTCCTCTTG GTGAATATCT TATTGGAAGC ACGAGGAATG GAGGTGCCCA TGGACGCTAT 2520

GGAATGGAAG ACTGGTCATT TTCCAAATGC CGGGAGCACA TGACCAATGC AAACAAGCGC 2580

AAGGCATTCC AGGAAGTCTG CAAGAACTTC AGACCTGTCA TGCATAATTT TTTCTTGGAG 2640

AGATTTTTAC AACCAGCTGA CTGGTTTGAG AAGCGCCTCG CTTACACAAG GAGTGTAGCA 2700

GCTAGTTCAA TGGTGGGATA CATTGTTGGA CTTGGAGATC GACATTCCAT GAATATACTT 2760

ATTGATCAAG CCACTGCCGA AGTTGTTCAC ATAGATCTTG GTGTTGCCTT TGAACAAGGC 2820

CTGATGCTCA AAACACCAGA GAGGGTTCCA TTTAGGCTGA CAAGAGACAT AATAGATGGA 2880

ATGGGAGTTA CTGGGGTAGA GGGGGTTTTC AGAAGATGTT GTGAGGAAAC TCTTTCTGTC 2940

ATGCGAACAA ATAAAGAAGC ACTGCTAACC ATTGTTGAAG TTTTTATCCA TGATCCCTTA 3000

TATAAGTGGG CTCTCTCTCC GCTGAAGGCT TTGCAGCGTC AAAAGGAAAC TGATGATGAT 3060

TTGGAGACTA GCTTGGAAGA CTTGGAAGAG GAATATGAAG GGAACAAAGA TGCTGCACGA 3120

GCACTGTTGC GTGTCAAACA AAAACTTGAT GGATATGAAG AGGGTGAAAT GAGAAGTGTG 3180

CATGGGCAGG TTCGACAACT GATACAAGAT GCCATCGATC CTGATCGTTT TTGCCGAATG 3240

TTTCCTGGAT GGGGTGCTTG GTTGTGA 3267

Domain Profile

S: 3     gfderveilaskqkpkklllrGsdgkeypyLv.kgkeDlrqdervlqlfslvNtlLakdk  61

         g+ ++v i++  ++pk +  +Gsdg++y++L  +g++Dlrqd++++q+fslvNt+L+++

Q: 731   GLGDSVMIMNGINAPKVVECLGSDGQKYRQLAkSGNDDLRQDAVMEQFFSLVNTFLENHR  790

         67799***************************779*************************

S: 62    etsrrkLkirtykVvplstrsgliewventvsLkellkklvekkavlldqpisyrykdls  121

          t +r+L +rtykVvp ++  g++ewv++t++L+e+l     ++++++    +y ++d+s

Q: 791   DTWKRRLRVRTYKVVPFTPSAGVLEWVNGTLPLGEYLI-GSTRNGGAHG---RYGMEDWS  846

         *************************************7.5667777777...9*******

S: 122   tvqarkpklkhlklslevfkevlenlvpkdllkklllekfpspeewfelrkaytrslAvi  181

           ++r++++++ k +   f+ev++n+ p  ++++++le f++p++wfe+r aytrs+A +

Q: 847   FSKCREHMTNANKRK--AFQEVCKNFRP--VMHNFFLERFLQPADWFEKRLAYTRSVAAS  902

         *********999988..***********..9*****************************

S: 182   slvgyiLgLgdrhlenllidqetgevvhidfgvafekaktqlkvpekvPFRLTrnivnal  241

         s+vgyi+gLgdrh  n+lidq t+evvhid+gvafe++ + lk+pe vPFRLTr+i++++

Q: 903   SMVGYIVGLGDRHSMNILIDQATAEVVHIDLGVAFEQGLM-LKTPERVPFRLTRDIIDGM  961

         ****************************************.*******************

S: 242   gvtgveGvfrasceavlrvlreskeklltiLevflydplvdwkk....kkktsketeeel  297

         gvtgveGvfr++ce++l v+r +ke llti+evf++dpl +w        + +ket+ +l

Q: 962   GVTGVEGVFRRCCEETLSVMRTNKEALLTIVEVFIHDPLYKWALsplkALQRQKETDDDL  1021

         *******************************************97765333333333333

S: 298   a  298

Q: 1022  E  1022

Domain Sequence
(FASTA)

GLGDSVMIMN GINAPKVVEC LGSDGQKYRQ LAKSGNDDLR QDAVMEQFFS LVNTFLENHR 60

DTWKRRLRVR TYKVVPFTPS AGVLEWVNGT LPLGEYLIGS TRNGGAHGRY GMEDWSFSKC 120

REHMTNANKR KAFQEVCKNF RPVMHNFFLE RFLQPADWFE KRLAYTRSVA ASSMVGYIVG 180

LGDRHSMNIL IDQATAEVVH IDLGVAFEQG LMLKTPERVP FRLTRDIIDG MGVTGVEGVF 240

RRCCEETLSV MRTNKEALLT IVEVFIHDPL YKWALSPLKA LQRQKETDDD LE 292

Keyword

ATP-binding; Complete proteome; Kinase; Nucleotide-binding; Reference proteome; Transferase.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Glycine max"; ?>Hordeum vulgare"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Sorghum bicolor"; ?>Zea mays"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity
GO:0000077	; P:DNA damage checkpoint
GO:0006281	; P:DNA repair
GO:0016572	; P:histone phosphorylation
GO:0090399	; P:replicative senescence
GO:0010212	; P:response to ionizing radiation
GO:0000723	; P:telomere maintenance

KEGG

InterPros

IPR015519	; ATM/Tel1.
IPR003152	; FATC.
IPR011009	; Kinase-like_dom.
IPR000403	; PI3/4_kinase_cat_dom.
IPR018936	; PI3/4_kinase_CS.
IPR014009	; PIK_FAT.

Pfam

PF02260	; FATC; 1.
PF00454	; PI3_PI4_kinase; 1.

SMARTs

SM00146

; PI3Kc; 1.

Prosites

PS51189	; FAT; 1.
PS51190	; FATC; 1.
PS00915	; PI3_4_KINASE_1; 1.
PS00916	; PI3_4_KINASE_2; 1.
PS50290	; PI3_4_KINASE_3; 1.

Prints

Created Date

20-Feb-2013