EKS-VIV-01218

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-01218

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
AGC/MAST	344.8	5.2E-103	778	1064	287

Status

Unreviewed

Ensembl Protein

Vv16s0022g01240.t01

UniProt Accession

F6HAR9;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_16s0022g01240;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv16s0022g01240	Vv16s0022g01240.t01	Vv16s0022g01240.t01

Organism

Vitis vinifera

Functional Description

Protein Length

1185

Protein Sequence
(FASTA)

MHDPPPPAVD SSPTAAPSAS LKAKLRKIPP IPVRRNPRDD SVDDKEEEGD GESENDDVSD 60

DDSEFILASS LGLNQIRTRS SPSPLRFTSL AGEPPNLGND AKKNKDGAEA RPKRTSPLCR 120

ATSMEHSQGK KISWIQPKSF RVPSPLNPGL EAHHAILAKE IQSPRFQAIL RVTSGRRKRT 180

SDIKSFSHEL NSKGVRAFPF WKSRAVGHME EIMVVIRAKF DRLKEEVNSD LGIFAGDLVG 240

ILEKTAETKL EWKEGLEDLL IVARHCAKMP PNEFWLKCEG IVQNLDDRRQ ELPMGTLKQA 300

HTRLLFILTR CTRLVQFHKE SGYEEDHILG LHQLSDLGIY SEHILGAMQQ ESGGPVDVNE 360

KQSKKSHAQE HSSLAPKQDQ VDHDLDSGVE DHEVGTAKSA DSITSSYKMS SWKKYPSTAE 420

KNHRKGNEAV DMTSKVKLDP LPVKDENKTG INDNTGNMVT PSCLSENAEA TSKVHRVSWG 480

CWSDQQQITY ENSMICRICE VEIPTVHVED HSRICTIADR CDLKGLTVNE RLERVAETLE 540

RILECWTPKS TDTSGGSPDI VRVSISSASE ELDDFSPKKN TLSRSCSTDM LDCVNEADNE 600

FVMDDLNVLP EMSCDTRSFL TTDQGTRASS SGSLTPRSPL LTPRTNQIEL LLSGRRAISE 660

HENFQQISKL LDIARSVVTV NSNDYSALEY MLDRLEDLKY AIQYRKVDAL IVQTFGRRIE 720

KLLQEKYVHL CGQIEDEKID SSNTMADEDS PVEDDAVRSL RASPINPSCK DRTSIEDFEI 780

LKPISRGAFG RVFLARKRAT GDLFAIKVLK KADMIRKNAV ESILAERNIL ISARNPFVVR 840

FFYSFTCREN LYLVMEYLNG GDLYSLLKNL GCLDEDMARA YIAEVVLALE YLHSLNVIHR 900

DLKPDNLLIG HDGHIKLTDF GLSKVGLINS TEDLSGPSVL LGHDEPNTTV QKPLKREQRQ 960

KHSVAGTPDY LAPEILLGMG HGTTADWWSV GVILFELLVG IPPFNAANPQ KIFDNIMNRD 1020

IPWPKVPEEM SFEAHDLIEK LLIENPFQRL GATGASEVKK HVFFKGINWD TFARQKAMFI 1080

PSAESAYDTS YFMSRYIWNP EDEHVHGESD CEDTTETCSG TCSSGSFSNG DECGNLADFS 1140

APNLAVNYSF SNFSFKNLSQ LASINYDLLV KTFKDSPETS RSSNP 1185

Nucleotide Sequence
(FASTA)

ATGCATGACC CACCGCCACC TGCCGTTGAC TCCTCCCCCA CAGCAGCGCC GTCGGCGAGT 60

CTCAAGGCAA AGTTGAGGAA GATTCCTCCC ATTCCCGTTC GGCGAAACCC TAGAGACGAC 120

TCTGTTGACG ATAAGGAGGA GGAGGGCGAT GGAGAGAGTG AAAACGACGA CGTTTCCGAT 180

GATGATTCCG AATTCATTCT GGCTTCCTCC CTAGGCCTCA ATCAGATTCG GACTCGCTCC 240

AGTCCTTCGC CTCTTCGGTT CACCTCTCTG GCCGGTGAGC CTCCGAACCT TGGGAATGAT 300

GCCAAGAAGA ATAAGGATGG AGCCGAAGCT CGCCCGAAAA GGACGAGTCC TCTGTGCCGG 360

GCAACCTCCA TGGAGCATAG TCAAGGTAAA AAGATATCAT GGATTCAACC AAAATCTTTT 420

AGAGTGCCAT CACCACTTAA TCCAGGATTG GAGGCTCATC ATGCAATTCT TGCCAAAGAA 480

ATTCAATCTC CTCGTTTTCA AGCTATATTG CGAGTCACAA GTGGGCGTAG GAAAAGAACC 540

TCAGATATTA AGAGCTTCTC TCATGAACTC AACTCTAAAG GAGTGCGGGC TTTTCCATTC 600

TGGAAGTCTC GTGCAGTTGG CCATATGGAG GAGATTATGG TTGTGATCAG GGCAAAATTT 660

GACAGATTAA AGGAAGAAGT TAATTCTGAT TTAGGCATAT TTGCTGGAGA TTTGGTGGGC 720

ATACTTGAAA AAACTGCAGA AACTAAACTT GAATGGAAAG AGGGTTTAGA GGACTTGTTA 780

ATTGTAGCCC GGCACTGTGC AAAGATGCCA CCAAATGAAT TTTGGTTGAA GTGTGAAGGC 840

ATTGTTCAGA ATTTAGATGA TCGGCGTCAG GAACTGCCAA TGGGCACTCT CAAGCAAGCC 900

CACACTCGCC TTCTTTTTAT CCTTACTCGA TGCACTCGCC TTGTGCAGTT CCATAAAGAG 960

AGTGGTTATG AAGAAGATCA CATTCTGGGT CTTCATCAAC TCAGTGATCT TGGAATCTAT 1020

TCGGAGCATA TACTTGGGGC CATGCAGCAA GAAAGTGGTG GTCCTGTGGA TGTGAATGAG 1080

AAGCAGTCAA AGAAGTCACA TGCCCAGGAA CACAGCAGTT TGGCTCCAAA GCAAGATCAA 1140

GTAGATCATG ATTTAGATAG TGGAGTGGAA GATCATGAAG TTGGCACTGC CAAAAGTGCT 1200

GATTCAATTA CAAGCAGCTA CAAAATGTCA TCTTGGAAGA AATATCCATC TACAGCAGAG 1260

AAAAACCACA GGAAAGGCAA TGAGGCTGTT GATATGACCT CCAAGGTTAA ACTAGATCCC 1320

TTGCCAGTTA AAGATGAAAA CAAAACTGGT ATCAATGATA ATACTGGAAA TATGGTTACT 1380

CCATCCTGCC TTTCTGAAAA TGCAGAGGCA ACCTCGAAAG TACACAGAGT TTCTTGGGGA 1440

TGCTGGAGTG ATCAACAACA AATAACATAT GAAAATTCAA TGATCTGTCG TATTTGTGAG 1500

GTTGAAATAC CGACTGTGCA TGTAGAGGAT CACTCCAGAA TATGTACAAT CGCGGATAGA 1560

TGCGACTTAA AAGGATTAAC TGTAAATGAA AGGCTTGAAA GGGTTGCAGA GACTCTTGAA 1620

AGGATACTGG AATGTTGGAC ACCAAAAAGC ACTGACACTT CAGGAGGAAG TCCTGATATT 1680

GTGAGAGTGT CCATATCAAG TGCGTCTGAA GAGTTAGATG ATTTTTCCCC TAAAAAAAAC 1740

ACCTTGTCTC GATCGTGCTC TACGGACATG CTTGATTGTG TAAATGAAGC TGATAATGAG 1800

TTTGTCATGG ATGATCTTAA TGTTTTGCCT GAAATGTCAT GTGATACTCG CTCTTTTCTG 1860

ACAACTGATC AAGGTACCAG AGCTTCATCA TCTGGAAGCT TAACACCACG ATCACCATTA 1920

TTAACACCAC GTACCAACCA GATTGAATTG CTTTTGAGTG GACGAAGAGC AATCTCAGAG 1980

CATGAAAATT TTCAGCAGAT AAGCAAGCTA CTGGATATTG CTCGTTCAGT TGTCACTGTT 2040

AATTCAAATG ATTATAGTGC TTTGGAGTAT ATGCTTGATC GTCTAGAAGA CCTAAAATAT 2100

GCAATCCAGT ATAGAAAAGT GGATGCCCTT ATTGTTCAGA CTTTTGGGAG GCGTATAGAA 2160

AAACTACTAC AGGAGAAATA TGTTCATCTT TGTGGACAGA TAGAAGATGA AAAGATAGAT 2220

TCATCTAATA CCATGGCTGA TGAAGACAGT CCAGTGGAAG ATGATGCTGT TCGCAGTTTG 2280

CGCGCTAGCC CCATCAATCC ATCTTGTAAG GATCGAACAT CTATAGAAGA TTTCGAAATA 2340

TTGAAACCAA TCAGTAGAGG AGCATTTGGA CGAGTGTTCC TTGCCAGAAA AAGAGCAACT 2400

GGTGACTTGT TTGCAATAAA GGTTTTAAAA AAAGCTGATA TGATTCGTAA AAATGCAGTT 2460

GAAAGCATTT TGGCAGAACG TAACATCCTA ATATCAGCCC GCAATCCTTT TGTGGTTCGA 2520

TTTTTCTACT CCTTCACATG CAGGGAAAAC CTTTATCTGG TGATGGAATA CTTAAATGGA 2580

GGAGATCTTT ACTCTTTGTT GAAAAATCTT GGCTGCTTAG ATGAAGACAT GGCACGTGCG 2640

TATATTGCGG AAGTTGTTCT TGCTTTGGAG TATTTGCATT CCTTAAACGT GATTCATAGA 2700

GATTTGAAGC CCGACAACTT ATTGATTGGT CATGATGGCC ACATCAAGTT GACAGATTTT 2760

GGGCTTTCTA AGGTTGGTCT TATCAACAGC ACCGAGGACT TATCAGGTCC TTCAGTACTG 2820

CTTGGACATG ATGAACCAAA TACCACTGTA CAAAAACCAT TGAAAAGAGA ACAGCGTCAA 2880

AAGCATTCAG TTGCTGGAAC CCCTGATTAT TTGGCACCTG AGATACTTCT TGGCATGGGA 2940

CATGGCACAA CGGCAGATTG GTGGTCTGTT GGGGTTATTC TTTTTGAGCT GCTTGTAGGT 3000

ATTCCACCAT TCAATGCAGC AAATCCACAG AAAATTTTCG ACAATATTAT GAATAGAGAT 3060

ATACCCTGGC CGAAAGTACC TGAGGAAATG AGCTTTGAAG CACATGATTT AATTGAAAAA 3120

TTGCTGATTG AAAATCCATT TCAAAGGCTC GGAGCTACAG GGGCTAGTGA GGTGAAGAAA 3180

CATGTGTTCT TCAAAGGCAT TAATTGGGAC ACATTTGCAA GGCAGAAGGC TATGTTCATA 3240

CCATCGGCAG AAAGTGCATA TGACACAAGT TATTTCATGA GCCGATACAT ATGGAATCCT 3300

GAGGATGAAC ATGTCCATGG AGAAAGTGAC TGTGAAGACA CGACTGAAAC ATGCAGTGGT 3360

ACATGCAGCA GCGGTTCATT CAGCAATGGG GATGAGTGTG GTAATTTGGC AGACTTTAGT 3420

GCTCCAAACC TTGCTGTCAA TTACTCATTT AGTAATTTCT CTTTCAAGAA CTTGTCTCAA 3480

CTGGCTTCCA TCAATTACGA TTTGCTTGTG AAGACTTTTA AGGATTCACC AGAAACGTCC 3540

AGATCGTCCA ATCCATGA 3558

Domain Profile

S: 1     feiiklisrGayGavylvrhketrkrfavkkikkqdlilknqvqqvfaerdilalaenpf  60

         fei+k+isrGa+G+v+l r++ t+ +fa+k++kk+d+i kn v+ ++aer+il  a+npf

Q: 778   FEILKPISRGAFGRVFLARKRATGDLFAIKVLKKADMIRKNAVESILAERNILISARNPF  837

         99**********************************************************

S: 61    vvslyysletrrnlylvmeyveGGdvksllkniGaldvemarlyiaevvlaleylhryGi  120

         vv ++ys+  r+nlylvmey+ GGd+ sllkn+G ld++mar yiaevvlaleylh+  +

Q: 838   VVRFFYSFTCRENLYLVMEYLNGGDLYSLLKNLGCLDEDMARAYIAEVVLALEYLHSLNV  897

         ************************************************************

S: 121   vhrdlkPdnllitseGhikltdfGlskvglmslttnl.....yegyidkda........r  167

         +hrdlkPdnlli   GhikltdfGlskvgl + t +l       g+ + ++

Q: 898   IHRDLKPDNLLIGHDGHIKLTDFGLSKVGLINSTEDLsgpsvLLGHDEPNTtvqkplkrE  957

         *******************************99887622211468877665222222212

S: 168   efldkqvcgtPeyiaPevilrqgygkpvdwwalgiilyeflvgivpffgdtpeelfaqvl  227

         + +++ v+gtP+y+aPe++l  g+g + dww++g+il+e+lvgi+pf+   p+++f++++

Q: 958   QRQKHSVAGTPDYLAPEILLGMGHGTTADWWSVGVILFELLVGIPPFNAANPQKIFDNIM  1017

         3445579*****************************************************

S: 228   sdeivwPekdealssealelisellesnPrerlgtgsaaevkqhefl  274

         +++i wP+  e +s ea++li++ll +nP +rlg+++a evk+h f+

Q: 1018  NRDIPWPKVPEEMSFEAHDLIEKLLIENPFQRLGATGASEVKKHVFF  1064

         ********************************************997

Domain Sequence
(FASTA)

FEILKPISRG AFGRVFLARK RATGDLFAIK VLKKADMIRK NAVESILAER NILISARNPF 60

VVRFFYSFTC RENLYLVMEY LNGGDLYSLL KNLGCLDEDM ARAYIAEVVL ALEYLHSLNV 120

IHRDLKPDNL LIGHDGHIKL TDFGLSKVGL INSTEDLSGP SVLLGHDEPN TTVQKPLKRE 180

QRQKHSVAGT PDYLAPEILL GMGHGTTADW WSVGVILFEL LVGIPPFNAA NPQKIFDNIM 240

NRDIPWPKVP EEMSFEAHDL IEKLLIENPF QRLGATGASE VKKHVFF 287

Keyword

ATP-binding; Complete proteome; Kinase; Nucleotide-binding; Reference proteome; Serine/threonine-protein kinase; Transferase.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brassica rapa"; ?>Chlamydomonas reinhardtii"; ?>Glycine max"; ?>Populus trichocarpa"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Zea mays"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity
GO:0009826	; P:unidimensional cell growth

KEGG

InterPros

IPR000961	; AGC-kinase_C.
IPR011009	; Kinase-like_dom.
IPR000719	; Prot_kinase_cat_dom.
IPR002290	; Ser/Thr_dual-sp_kinase_dom.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00069

; Pkinase; 1.

SMARTs

SM00220

; S_TKc; 1.

Prosites

PS51285	; AGC_KINASE_CTER; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS00108	; PROTEIN_KINASE_ST; 1.

Prints

Created Date

20-Feb-2013