EPS-VIV-00054

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EPS-VIV-00054

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
PPM/PP2C	174.5	5.1E-51	278	686	409

Status

Unreviewed

Ensembl Protein

Vv06s0004g04600.t01

UniProt Accession

F6GV16;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_06s0004g04600;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv06s0004g04600	Vv06s0004g04600.t01	Vv06s0004g04600.t01

Organism

Vitis vinifera

Functional Description

Protein Length

724

Protein Sequence
(FASTA)

MGNGFAKLSI CFTGEGGARR RQDISVLISD PLDEGLGHSF CYIRPDQSRL SSSKVHSEET 60

TTFRSISGAS VSANTSTPLS TAFVDLYSYN SIDRASAFES STSFTSIPLQ PIPRNWMNSG 120

PIPGSYGGIP GSGPLERGFL SGPIERGFMS GPIDRGLFSG PLEKSSTDQF QRSYSHGGFA 180

FRPRSRKGSL IRVLQRAISK TISRGQNSIV APIKGVVSVK EPDWLVGSEK HNENLTVSSV 240

NLSSDGSLED DDSLESQNLQ WAQGKAGEDR VHVVVSEEHG WVFVGIYDGF NGPDAPDYLL 300

SNLYSAVHKE LKGLLWDDKH ESNPVAAPAS SPVPSEASNS ELEDSHLGSD VDLARNRMVD 360

GCSHCSYQEY YPSGSGDVKF DSNSKRKKGK NSKNKYKGAA KKWEENQRRW KCEWDRERLE 420

LDRRLKEQLN GSNTDGSRSI NHSDVLKALS QALRKTEESY LEIADKMVME NPELALMGSC 480

VLVMLMKGED VYVMNVGDSR AVLAQKAEAD VWLGKIRQDL ERINEETLHD LEAMDNDNSN 540

MIPTLSAFQL TVDHSTSVEE EVRRIKNEHP DDACAVMNDR VKGSLKVTRA FGAGFLKQPK 600

WNNALLEMFR IDYVGTSPYI SCLPSLYHHR LGPEDRFLIL SSDGLYQYLT NEEAVSEVEL 660

FIALSPDGDP AQHLVEEVLF RAAKKAGMDF HELLEIPQGD RRRYHDDVSI IVISLEGMIW 720

RSCV 724

Nucleotide Sequence
(FASTA)

ATGGGTAACG GTTTCGCGAA GCTAAGCATC TGCTTCACCG GCGAGGGAGG AGCTCGCCGG 60

AGGCAGGATA TATCTGTTTT GATATCGGAC CCTCTTGATG AAGGTTTGGG TCACTCTTTC 120

TGCTACATCA GACCTGACCA GTCTCGGCTC TCATCTTCCA AGGTTCACTC TGAAGAAACC 180

ACCACCTTCC GATCAATCTC AGGCGCTTCT GTAAGTGCCA ACACATCAAC TCCTCTCTCT 240

ACAGCCTTTG TAGATCTCTA TTCTTACAAT AGTATTGATC GAGCCTCGGC TTTCGAGAGC 300

TCAACGTCGT TTACTTCCAT TCCTCTGCAA CCAATTCCCC GAAATTGGAT GAATTCTGGC 360

CCAATACCGG GAAGTTACGG CGGAATTCCG GGTTCTGGAC CCCTTGAGAG AGGGTTTTTA 420

TCGGGGCCGA TTGAGAGAGG GTTCATGTCA GGACCGATTG ATCGGGGGTT GTTTTCAGGT 480

CCTCTTGAAA AGAGCAGTAC TGATCAGTTT CAGAGGAGTT ATTCTCATGG TGGGTTTGCT 540

TTTAGACCCA GATCGAGGAA AGGGTCACTG ATTCGTGTTC TTCAGAGAGC AATATCTAAG 600

ACGATATCGC GTGGCCAGAA CTCGATTGTG GCTCCAATTA AAGGCGTTGT TTCGGTAAAA 660

GAACCGGATT GGCTTGTTGG GTCGGAAAAG CACAATGAGA ATCTCACTGT GAGTAGTGTG 720

AATTTGAGCA GTGATGGGAG TTTGGAGGAT GATGATTCGC TAGAGAGTCA GAATCTTCAA 780

TGGGCTCAAG GGAAAGCAGG GGAGGATCGA GTTCATGTCG TGGTTTCGGA GGAGCATGGC 840

TGGGTTTTTG TAGGGATTTA TGATGGATTC AACGGCCCTG ATGCACCTGA TTATTTATTA 900

TCCAATTTAT ACTCTGCTGT TCACAAGGAG CTCAAGGGTT TGTTATGGGA TGACAAGCAT 960

GAATCCAATC CAGTTGCAGC CCCTGCCTCC TCCCCTGTTC CTTCAGAAGC TTCCAATTCA 1020

GAACTGGAAG ATTCACATCT TGGTTCTGAT GTTGATTTAG CTAGAAATAG GATGGTGGAT 1080

GGTTGTTCTC ATTGTTCTTA TCAAGAGTAT TATCCATCGG GGAGTGGGGA TGTGAAGTTC 1140

GATTCAAATT CAAAGAGAAA GAAGGGTAAG AATTCGAAGA ACAAGTACAA GGGTGCAGCA 1200

AAGAAATGGG AGGAGAATCA GAGGAGGTGG AAGTGTGAGT GGGACAGGGA GAGATTAGAG 1260

CTCGATCGAA GGTTAAAGGA GCAATTGAAT GGATCTAATA CCGATGGCTC GAGATCTATT 1320

AACCATTCAG ATGTATTGAA AGCTCTGTCT CAAGCCTTGA GAAAAACAGA GGAGTCGTAT 1380

TTGGAAATAG CTGATAAGAT GGTTATGGAA AATCCGGAGC TGGCCCTCAT GGGATCTTGT 1440

GTTCTTGTAA TGCTGATGAA GGGGGAGGAT GTTTATGTGA TGAATGTGGG TGATAGTCGA 1500

GCAGTTTTAG CTCAGAAGGC GGAGGCTGAT GTCTGGCTTG GGAAGATCCG GCAGGACTTG 1560

GAAAGGATCA ATGAAGAAAC ATTGCATGAT CTTGAAGCGA TGGACAATGA TAACTCCAAC 1620

ATGATTCCTA CTTTATCTGC TTTTCAGCTT ACTGTGGACC ACAGCACCAG TGTGGAGGAG 1680

GAAGTTCGGA GAATAAAAAA TGAACACCCT GATGATGCTT GTGCAGTGAT GAATGATCGT 1740

GTGAAAGGTT CATTGAAAGT CACTCGAGCT TTTGGGGCGG GTTTTCTCAA ACAGCCTAAA 1800

TGGAACAATG CACTTCTAGA GATGTTCAGA ATAGACTATG TTGGCACCTC TCCATACATC 1860

AGCTGTCTCC CATCTCTTTA CCACCACAGA TTAGGCCCAG AAGATAGGTT TTTGATATTA 1920

TCATCTGATG GTTTATATCA ATACTTGACA AATGAAGAGG CTGTTTCTGA AGTTGAACTT 1980

TTCATCGCAT TATCCCCTGA TGGAGATCCT GCACAGCATC TGGTCGAGGA AGTGCTGTTT 2040

CGTGCAGCAA AAAAAGCTGG TATGGACTTC CATGAGCTGC TTGAAATACC ACAAGGGGAT 2100

AGACGACGGT ACCATGATGA TGTTTCGATT ATTGTTATTT CATTGGAGGG CATGATATGG 2160

AGATCATGTG TATAA 2175

Domain Profile

S: 32    kdrlaffgvyDGhggsevakfcseklheilaeele.........................  66

         ++ + f+g+yDG  g ++ +++ ++l +++ +el+

Q: 278   EHGWVFVGIYDGFNGPDAPDYLLSNLYSAVHKELKgllwddkhesnpvaapasspvpsea  337

         333999999999999999999999999999999999999999999999999999999999

S: 67    ............................................................  66

Q: 338   snseledshlgsdvdlarnrmvdgcshcsyqeyypsgsgdvkfdsnskrkkgknsknkyk  397

         999999999999999999999999999999999999999999999999999999999888

S: 67    ............sseseerkvk...................................kal  79

                              k                                   kal

Q: 398   gaakkweenqrrW--------KcewdrerleldrrlkeqlngsntdgsrsinhsdvlKAL  449

         8888555544440........344445555555555555555555555556666666***

S: 80    akaFlstdeel......kvleeksldidk...sGstavvalikdsklyvanvGdSravLc  130

          +a+ +t+e +      +v+e++     +   +Gs+++v+l+k++++yv+nvGdSravL+

Q: 450   SQALRKTEESYleiadkMVMENP-----ElalMGSCVLVMLMKGEDVYVMNVGDSRAVLA  504

         ***********755544444444.....2556****************************

S: 131   rngka......................................velssdHkpsredEleR  152

         ++ +a                                       +l++dH++s+e+E++R

Q: 505   QKAEAdvwlgkirqdlerineetlhdleamdndnsnmiptlsaFQLTVDHSTSVEEEVRR  564

         *9998889999*************************************************

S: 153   ieeaggsvilkdga.RvlGvLavsRalGdlylk....................pyvtpeP  191

         i+++++  +   ++ Rv+G+L+v+Ra+G+++lk                    py+++ P

Q: 565   IKNEHPDDACAVMNdRVKGSLKVTRAFGAGFLKqpkwnnallemfridyvgtsPYISCLP  624

         *****5444444444*********************************************

S: 192   evtshrltsedefliLasDGlwdvvsneeavslvrdvlekkeaeqeaakkLvklalargs  251

           ++hrl +ed+fliL+sDGl+++++neeavs v+ ++   ++ +++a+ Lv++ l r++

Q: 625   SLYHHRLGPEDRFLILSSDGLYQYLTNEEAVSEVELFIA-LSPDGDPAQHLVEEVLFRAA  683

         ***************************************.99**************9999

S: 252   kdn  254

k+

Q: 684   KKA  686

Domain Sequence
(FASTA)

EHGWVFVGIY DGFNGPDAPD YLLSNLYSAV HKELKGLLWD DKHESNPVAA PASSPVPSEA 60

SNSELEDSHL GSDVDLARNR MVDGCSHCSY QEYYPSGSGD VKFDSNSKRK KGKNSKNKYK 120

GAAKKWEENQ RRWKCEWDRE RLELDRRLKE QLNGSNTDGS RSINHSDVLK ALSQALRKTE 180

ESYLEIADKM VMENPELALM GSCVLVMLMK GEDVYVMNVG DSRAVLAQKA EADVWLGKIR 240

QDLERINEET LHDLEAMDND NSNMIPTLSA FQLTVDHSTS VEEEVRRIKN EHPDDACAVM 300

NDRVKGSLKV TRAFGAGFLK QPKWNNALLE MFRIDYVGTS PYISCLPSLY HHRLGPEDRF 360

LILSSDGLYQ YLTNEEAVSE VELFIALSPD GDPAQHLVEE VLFRAAKKA 409

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Glycine max"; ?>Oryza brachyantha"; ?>Populus trichocarpa"; ?>Solanum lycopersicum"; ?>Solanum tuberosum"; ?>Sorghum bicolor"; ?>

Gene Ontology

GO:0005886	; C:plasma membrane
GO:0003824	; F:catalytic activity
GO:0048366	; P:leaf development
GO:0008152	; P:metabolic process

KEGG

InterPros

IPR001932	; PP2C-like.
IPR015655	; Protein_Pase_2C.

Pfam

PF00481

; PP2C; 1.

SMARTs

SM00332

; PP2Cc; 1.

Prosites

Prints

Created Date

20-Feb-2013