EKS-VIV-01145

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-VIV-01145

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
STE/STE20	334.6	5.8E-100	235	489	255

Status

Unreviewed

Ensembl Protein

Vv01s0011g00300.t01

UniProt Accession

F6HFV2;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein;

Gene Name

Gene Synonyms/Alias

VIT_01s0011g00300;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
Vv01s0011g00300	Vv01s0011g00300.t01	Vv01s0011g00300.t01

Organism

Vitis vinifera

Functional Description

Protein Length

831

Protein Sequence
(FASTA)

MDPSLTPSRR TRPAVPKSDI YSTFVVHDDE DDDETAFQEK YSRRRTKSQE KEDIYATMVY 60

KDDPNDDDDD DSSLPPLLKR LPKDFDAAHD YYDEDSTGTG DFGTMIVKTS RDRLSPSILS 120

PSILSPAKPR GSPYLERSTG KRTDDEDNYS TFVVRSTLGT RESGTVVRRG SGGASASSTM 180

SRAVASMQAS GELGFRKHRK GSGSSQGDEA RFQASKISTS SIPESMTRED PSTKYELLNE 240

LGKGSYGAVY KARDIRTSEL VAIKVISLCE GEEGYEEIRG EIEMLQQCSH PNVVRYLGSY 300

QGEEYLWIVM EYCGGGSVAD LMNTTEEPLD EYQIAYICRE ALKGLSYLHS IFKVHRDIKG 360

GNILLTEQGE VKLGDFGVAA QLTRTMSKRN TFIGTPHWMA PEVIQESRYD GKVDVWALGV 420

SAIEMAEGLP PRSAVHPMRV LFMISIEPAP MLEDKEKWSL VFHDFVAKCL TKEPRLRPTA 480

SEMLKHKFIE KCKCGASAML PKIEKARQIR ASMALQAQSL ARITSISGDA PPEGPKLNED 540

YGDTVPSRPF NNGLQVTNEV PTASTLVKQK ISDGVELEGE GEFGTVIVHG GFEMDKTANQ 600

TPVSSTKEPS AAHENVESHP VGGPGIKSTN NWVEDTVDVA ANNDQVGESH PGEQTTSKSV 660

FGSPEQNLRT SSISQVQAGG GGVSSSQLKN ETVSRTAFAS QDKLWSIYAA GNTVPIPFLR 720

ATDISPIALL SGNVLGGRQR ESSGAVAVEA VQELFTGDSQ LKKGRRGQNE IPLPPSMYQR 780

LTSSSTLLNL AQALAYHKTS YEEMPLQDLQ AVQEQQTIQN LCDTLRTILR L 831

Nucleotide Sequence
(FASTA)

ATGGATCCAT CGCTCACCCC CTCTCGCCGG ACCAGGCCGG CTGTGCCCAA ATCCGACATA 60

TACTCCACCT TCGTCGTCCA CGACGACGAA GACGACGACG AAACCGCGTT CCAGGAAAAA 120

TATTCCCGCC GGAGAACGAA ATCCCAAGAG AAAGAAGATA TCTATGCAAC AATGGTCTAC 180

AAGGACGATC CTAACGATGA CGACGACGAT GATTCATCTC TTCCTCCGCT TCTCAAGCGC 240

CTTCCCAAGG ACTTCGATGC TGCACATGAC TACTACGACG AGGACTCCAC CGGCACCGGA 300

GATTTCGGAA CCATGATAGT CAAGACCAGT CGCGATCGCT TGTCTCCGTC GATATTGTCT 360

CCTTCGATAC TGTCTCCGGC GAAGCCTCGT GGTTCGCCCT ACTTGGAGCG GAGCACCGGG 420

AAGAGGACGG ACGATGAAGA CAACTACTCG ACTTTCGTGG TGAGATCTAC GTTGGGGACT 480

CGTGAGAGTG GGACTGTTGT TCGGAGGGGC AGCGGCGGTG CTAGTGCATC GTCGACAATG 540

AGTAGGGCGG TGGCGAGTAT GCAGGCGTCG GGAGAGTTAG GGTTCAGAAA GCATAGAAAG 600

GGAAGCGGCT CTTCTCAAGG GGACGAAGCC CGATTTCAGG CAAGCAAGAT TTCGACCAGC 660

TCGATTCCAG AAAGCATGAC AAGGGAAGAT CCTTCGACTA AGTACGAATT GCTCAATGAA 720

CTAGGGAAAG GTTCATATGG GGCTGTTTAC AAAGCTCGGG ACATTAGAAC GTCAGAGCTG 780

GTTGCCATTA AAGTTATTTC ATTATGTGAG GGGGAAGAAG GATATGAAGA AATACGTGGT 840

GAAATTGAGA TGTTGCAGCA ATGTAGTCAT CCAAATGTTG TCCGCTACCT TGGAAGTTAC 900

CAAGGAGAAG AGTACCTTTG GATAGTAATG GAGTACTGTG GGGGTGGAAG TGTTGCTGAC 960

TTGATGAATA CCACTGAGGA GCCCTTGGAT GAGTATCAAA TAGCATATAT TTGCAGGGAA 1020

GCATTGAAGG GTCTATCTTA TTTGCACTCA ATTTTCAAAG TTCATAGAGA TATTAAGGGC 1080

GGTAATATCC TGCTGACTGA GCAAGGAGAG GTCAAGTTGG GTGATTTTGG GGTTGCAGCG 1140

CAGCTTACAA GGACCATGTC AAAGCGTAAC ACGTTCATTG GCACTCCTCA TTGGATGGCT 1200

CCAGAAGTTA TTCAGGAGAG TCGTTATGAT GGAAAGGTGG ATGTGTGGGC TCTTGGTGTG 1260

TCTGCAATTG AGATGGCAGA GGGGCTTCCT CCAAGATCAG CCGTGCATCC AATGAGGGTC 1320

TTGTTCATGA TATCTATTGA GCCAGCTCCA ATGCTTGAGG ATAAAGAGAA ATGGTCTCTT 1380

GTGTTCCATG ATTTTGTTGC AAAGTGCCTT ACAAAAGAAC CCCGTCTTCG GCCTACTGCA 1440

TCTGAGATGC TAAAGCACAA ATTCATAGAG AAATGCAAAT GTGGAGCTTC TGCAATGTTA 1500

CCAAAGATTG AAAAGGCGAG GCAAATTCGG GCCTCGATGG CGCTGCAAGC ACAAAGTCTG 1560

GCTCGAATCA CCTCTATATC AGGAGATGCT CCTCCGGAAG GTCCAAAATT GAATGAGGAT 1620

TATGGAGATA CAGTTCCATC AAGGCCTTTC AACAATGGAC TTCAAGTTAC AAATGAGGTA 1680

CCCACAGCTA GTACTTTGGT GAAGCAGAAG ATATCTGATG GTGTGGAACT AGAAGGAGAA 1740

GGTGAGTTTG GGACTGTAAT AGTTCATGGT GGGTTTGAGA TGGATAAAAC CGCCAATCAA 1800

ACACCTGTTT CCAGTACAAA AGAACCCTCA GCTGCTCATG AAAATGTTGA GAGCCATCCT 1860

GTTGGTGGCC CTGGAATCAA ATCAACTAAC AACTGGGTGG AGGATACAGT TGATGTTGCT 1920

GCAAACAATG ACCAGGTTGG AGAATCACAT CCAGGGGAAC AAACAACATC CAAATCAGTA 1980

TTTGGCTCTC CTGAGCAGAA TCTCAGGACA AGTAGCATTT CTCAGGTGCA AGCTGGAGGT 2040

GGTGGTGTGA GCAGTAGCCA ATTAAAGAAT GAAACAGTCA GTAGGACAGC CTTTGCATCA 2100

CAAGATAAGC TTTGGTCCAT ATATGCAGCT GGTAACACAG TACCCATTCC ATTCTTGAGG 2160

GCAACTGATA TATCTCCAAT TGCTCTTTTG TCTGGCAATG TTCTTGGAGG AAGGCAACGA 2220

GAAAGTAGTG GAGCTGTTGC CGTGGAAGCG GTGCAGGAGC TTTTTACTGG TGATAGTCAG 2280

CTCAAGAAGG GTAGAAGGGG ACAAAATGAG ATTCCCCTTC CTCCAAGCAT GTACCAGAGG 2340

CTCACTTCAA GCTCTACGCT ATTGAATCTG GCACAAGCTT TGGCTTACCA CAAAACGAGT 2400

TATGAAGAGA TGCCACTCCA GGATCTGCAA GCAGTACAAG AGCAACAGAC TATTCAAAAC 2460

CTTTGTGATA CACTTCGAAC TATTCTGCGG CTGTAG 2496

Domain Profile

S: 1     yelleeigkGalgkvylarekktgelvaikkinlekq.ekleelqkeisvlkklkhpniv  59

         yell+e+gkG++g+vy+ar+++t+elvaik+i+l +  e +ee++ ei++l++++hpn+v

Q: 235   YELLNELGKGSYGAVYKARDIRTSELVAIKVISLCEGeEGYEEIRGEIEMLQQCSHPNVV  294

         99*******************************98875889*******************

S: 60    eylesflkeeelwlvmeylagGslsdlvkeelkselkEeqiayilrevlkaLeylHskkv  119

         +yl+s+  ee lw+vmey+ gGs+ dl++ +++++l+E qiayi+re+lk+L+ylHs  +

Q: 295   RYLGSYQGEEYLWIVMEYCGGGSVADLMN-TTEEPLDEYQIAYICREALKGLSYLHSIFK  353

         *****************************.99****************************

S: 120   iHrdikakniLlteegeVkLsdfgvaaqlektrkkrktvvgtpywmAPEviaqeekgYde  179

         +Hrdik++niLlte+geVkL dfgvaaql++t++kr+t++gtp wmAPEvi+  e+ Yd

Q: 354   VHRDIKGGNILLTEQGEVKLGDFGVAAQLTRTMSKRNTFIGTPHWMAPEVIQ--ESRYDG  411

         ****************************************************..9*****

S: 180   kaDiwslGItaielaegepPfkdleplkallkilkneppklkskkkfskefkefvekclq  239

         k+D+w+lG+ aie+aeg pP + ++p+++l++i+ +++p l++k+k+s  f++fv+kcl+

Q: 412   KVDVWALGVSAIEMAEGLPPRSAVHPMRVLFMISIEPAPMLEDKEKWSLVFHDFVAKCLT  471

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

S: 240   knpekRpsasellkhkFl  257

         k+p+ Rp+ase+lkhkF+

Q: 472   KEPRLRPTASEMLKHKFI  489

         *****************7

Domain Sequence
(FASTA)

YELLNELGKG SYGAVYKARD IRTSELVAIK VISLCEGEEG YEEIRGEIEM LQQCSHPNVV 60

RYLGSYQGEE YLWIVMEYCG GGSVADLMNT TEEPLDEYQI AYICREALKG LSYLHSIFKV 120

HRDIKGGNIL LTEQGEVKLG DFGVAAQLTR TMSKRNTFIG TPHWMAPEVI QESRYDGKVD 180

VWALGVSAIE MAEGLPPRSA VHPMRVLFMI SIEPAPMLED KEKWSLVFHD FVAKCLTKEP 240

RLRPTASEML KHKFI 255

Keyword

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

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Chlamydomonas reinhardtii"; ?>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:0000775	; C:chromosome, centromeric region
GO:0005739	; C:mitochondrion
GO:0005634	; C:nucleus
GO:0005524	; F:ATP binding
GO:0004672	; F:protein kinase activity

KEGG

vvi:100267868

;

InterPros

IPR011009	; Kinase-like_dom.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR002290	; Ser/Thr_dual-sp_kinase_dom.

Pfam

PF00069

; Pkinase; 1.

SMARTs

SM00220

; S_TKc; 1.

Prosites

PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.

Prints

Created Date

20-Feb-2013