EKS-ORG-01019

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-ORG-01019

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Other/PEK	274.8	1.3E-81	408	712	305

Status

Unreviewed

Ensembl Protein

ORGLA08G0013700.1

UniProt Accession

I1PMK5;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ORGLA08G0013700	ORGLA08G0013700.1	ORGLA08G0013700.1

Organism

Oryza glaberrima

Functional Description

Protein Length

1219

Protein Sequence
(FASTA)

MGHSARKKKK KKGGGGRKAA KDHGGQLEGD QAALADELTA LGSIFLEDFK VTSESPQTRF 60

TICIRPYSDG MGFGDSNVSA TLDVTCFAGY PHKCPKLRVL PEKTLSREDA NRLLSLLVDQ 120

ANIYSREGRV MIFNLVEAAQ EFLSEIAPAN DSTSMAPWLG SGKVQQTTDV DVKVKLDNGS 180

YHGIAYMHNS FDLYSQLYDG GSWSTQGPDP ATDSAGKIVG SQVKSNLKSK RKTIIEKSRV 240

SSDEVNVAKG LLPDNAGQKN IMKHDVIRET VPSLHVVAEE TENDSKTVST SNRENTSGTR 300

ERSFSSVHQL EDSDLPDEDW NDEDSGSGSG FSNTPSFDMF DDASRNKKKD LILILSEWAK 360

DLISKSPAVF GETFGHFFGP QMTSSECSLF WRADNSSSRP NSRYLNDFEE LRSLGQGGFG 420

RVALCKNKLD GRQYAVKKIR LKDRSPQVNE KILREVATLS RLQHQHVVRY YQAWVETEYG 480

QHHVLNAAGS CTAESSMYSY DNISLSDAGG GNKQESTYLY IQMEYCPRTL RQDFETYTSS 540

FRVDDAWRLF RQIVEGLAHV HSQGIIHRDL TPNNIFFDVR NDIKIGDFGL AKFLKLEQLD 600

HDQYLPSEGM GVSMDGTGQV GTYFYTAPEV EQKWPHINEK VDMYSLGVIF FELWYPFSTA 660

MERHLVLSDL KQKGDSPLSW ATQFPGQSNL LRRLLSPSPS DRPSAVELLQ NDLPPRMEDE 720

WLTDVLRMIQ TPEDTYVYDR VISTIFDEER LIAKTQCQLE GSKKSTCKSD NSELLDSIIE 780

VSKEVFKRHC AKRFQISPLH TLEGKFTENR GKTVKILTQG GEMLELCYEL RTPFVMSVAA 840

NQILSFKRYE VSWVHRRAVG HSIPYRFLQG DFDIIGGASP IPEAEIVKVT LDVGAHFYDP 900

KAIIIRLNHS KLAEAVCSWA GVPQERRQNV AEFFSSTLVQ YWPNKADRKS QWSLIRGQLL 960

QDLRLSEEVV EKLHKADQRF CGSADQVLAR LRGTLFYDKS ACKALDEISA FLKCLRIWSI 1020

EEHITIDVLM PPSECYYTDL FFQIYVKEGN PGSSSHEKLL AIGGRYDWLI EQAWDRTYKS 1080

KPPGAVGVSI ALEKFLPNSP SSDIGFPRIE PSISVLVCSK GGGGLLNERM ELVAELWEAN 1140

IKAQFVPQED PSLQEQYEYA SDHDIKCLVF ITEAGVSQTE LVKVRHLDAK REKEVKREEL 1200

VKFLSDAICL QFKNPTIWS 1219

Nucleotide Sequence
(FASTA)

ATGGGGCACA GCGCGAGGAA GAAGAAGAAG AAGAAGGGCG GGGGCGGGCG GAAGGCGGCC 60

AAGGACCACG GGGGGCAGCT CGAGGGCGAC CAGGCCGCCC TCGCCGACGA GCTCACGGCA 120

CTGGGTTCAA TTTTCCTTGA GGACTTCAAA GTGACATCAG AATCACCTCA GACCCGTTTT 180

ACTATATGTA TCAGGCCTTA TTCTGATGGC ATGGGCTTTG GAGATTCGAA TGTTTCAGCG 240

ACTCTTGATG TAACGTGTTT TGCTGGTTAC CCCCACAAGT GCCCAAAGTT GCGGGTTCTA 300

CCTGAAAAGA CCTTATCTAG AGAAGATGCT AATCGGTTGC TTTCCCTTCT TGTTGATCAG 360

GCAAACATTT ATTCCCGAGA AGGGCGTGTT ATGATATTCA ATTTGGTAGA GGCTGCCCAA 420

GAGTTCTTGT CAGAAATTGC TCCAGCTAAT GATTCAACAA GCATGGCTCC TTGGTTGGGT 480

TCAGGCAAAG TACAGCAAAC AACTGATGTA GACGTGAAAG TTAAGCTTGA CAATGGTTCT 540

TACCATGGAA TTGCTTACAT GCATAACTCA TTTGACCTGT ATAGTCAATT ATATGATGGA 600

GGTAGTTGGA GCACGCAAGG TCCAGATCCA GCAACTGATA GTGCTGGGAA AATTGTTGGT 660

TCTCAAGTCA AATCTAATCT TAAAAGCAAG AGGAAGACAA TTATTGAAAA ATCCCGTGTT 720

TCTTCTGATG AGGTTAATGT TGCAAAGGGT TTATTACCGG ATAATGCTGG TCAGAAAAAT 780

ATAATGAAGC ATGATGTTAT TCGGGAGACA GTTCCCAGTT TGCATGTCGT TGCAGAGGAA 840

ACTGAAAATG ACAGCAAAAC TGTTTCTACG AGCAACAGAG AAAATACATC AGGTACTCGA 900

GAGAGGAGTT TTAGCAGTGT GCATCAACTT GAGGACTCTG ATCTTCCAGA CGAAGATTGG 960

AATGATGAAG ATTCTGGTTC AGGCTCTGGA TTTTCAAATA CCCCATCTTT TGACATGTTT 1020

GATGATGCTT CACGGAATAA GAAAAAAGAT TTAATTCTGA TCCTTTCTGA ATGGGCTAAA 1080

GATTTAATTT CGAAATCTCC TGCTGTCTTT GGGGAAACTT TTGGACACTT TTTTGGGCCA 1140

CAAATGACCT CTTCAGAGTG CTCTCTATTT TGGAGAGCTG ACAATTCATC ATCCAGGCCA 1200

AATTCTCGTT ATTTGAATGA TTTTGAGGAG CTTCGTTCAC TTGGCCAGGG TGGTTTTGGT 1260

CGTGTTGCAC TGTGCAAGAA CAAGTTAGAT GGACGTCAAT ATGCTGTAAA AAAGATACGT 1320

CTGAAGGATA GAAGTCCTCA AGTGAATGAA AAGATTCTAA GAGAGGTAGC CACGCTTTCA 1380

CGACTGCAAC ATCAGCATGT TGTTCGTTAC TACCAGGCAT GGGTTGAAAC TGAGTATGGT 1440

CAACATCATG TTTTGAATGC TGCTGGGTCA TGTACTGCTG AGAGCTCTAT GTACAGTTAC 1500

GACAACATCA GCTTATCAGA TGCAGGTGGT GGAAATAAGC AGGAATCCAC GTACTTGTAC 1560

ATCCAAATGG AATACTGTCC TAGAACCTTG CGACAGGATT TTGAGACATA TACTTCATCT 1620

TTTAGAGTTG ATGATGCATG GCGCCTATTT CGACAAATAG TGGAAGGACT AGCGCATGTT 1680

CACAGCCAAG GTATCATACA CCGGGACTTG ACACCTAACA ACATATTTTT TGATGTTCGC 1740

AATGATATCA AAATTGGAGA TTTTGGTCTT GCCAAATTTC TAAAGCTGGA GCAGTTAGAT 1800

CATGACCAAT ATCTTCCTAG TGAAGGAATG GGTGTTTCAA TGGATGGAAC AGGTCAAGTT 1860

GGCACATATT TTTATACAGC GCCTGAGGTA GAACAGAAAT GGCCACATAT AAACGAGAAG 1920

GTTGACATGT ACAGCTTAGG AGTTATATTC TTTGAGCTTT GGTATCCATT TTCAACAGCA 1980

ATGGAAAGGC ATCTTGTTCT TTCTGATCTC AAACAGAAAG GCGATTCTCC ATTGTCATGG 2040

GCAACACAGT TCCCTGGCCA GTCAAACCTA TTGAGGCGCC TACTGTCTCC AAGTCCATCT 2100

GACCGTCCGT CTGCTGTTGA ACTTCTGCAA AATGATCTAC CTCCTCGGAT GGAAGATGAG 2160

TGGTTAACAG ATGTACTTAG AATGATACAG ACGCCAGAAG ACACATATGT TTATGACCGA 2220

GTTATATCTA CAATATTTGA TGAGGAAAGG CTGATTGCCA AAACTCAATG CCAGCTTGAA 2280

GGCAGTAAAA AATCCACTTG TAAAAGTGAT AACAGTGAAC TTCTAGACTC TATCATTGAG 2340

GTTAGCAAGG AGGTTTTTAA GAGACATTGT GCTAAAAGAT TCCAGATATC CCCCTTGCAT 2400

ACACTGGAAG GGAAATTCAC TGAAAACAGG GGAAAGACAG TGAAGATCTT AACTCAAGGA 2460

GGAGAGATGC TAGAACTTTG CTATGAGTTG CGGACACCGT TTGTCATGTC AGTTGCTGCT 2520

AACCAGATAT TATCCTTTAA GCGTTATGAA GTATCATGGG TTCATCGAAG AGCAGTTGGC 2580

CATTCAATTC CTTATCGCTT TCTTCAGGGT GATTTCGACA TTATTGGAGG TGCTTCACCA 2640

ATACCAGAGG CTGAAATTGT AAAGGTCACT TTGGATGTTG GGGCACACTT TTATGATCCG 2700

AAGGCAATAA TTATCCGTCT GAATCATAGC AAACTTGCTG AAGCAGTTTG TTCCTGGGCA 2760

GGAGTTCCTC AAGAACGGCG ACAAAATGTT GCTGAGTTTT TCTCTTCAAC TCTTGTTCAG 2820

TATTGGCCAA ATAAGGCTGA TCGCAAGTCA CAATGGAGTT TGATTCGTGG GCAACTATTA 2880

CAGGATCTTC GTCTTTCGGA AGAGGTGGTT GAGAAGCTAC ATAAAGCTGA TCAGAGATTT 2940

TGTGGTTCTG CAGATCAAGT ACTTGCTAGA TTAAGAGGGA CCCTGTTCTA TGATAAATCT 3000

GCTTGCAAGG CTCTCGATGA GATCTCAGCA TTTCTCAAAT GTTTGAGAAT ATGGTCAATC 3060

GAAGAACATA TTACTATTGA TGTACTCATG CCTCCTTCAG AATGTTACTA CACAGATCTG 3120

TTTTTTCAGA TCTATGTGAA AGAAGGAAAC CCTGGATCAA GTTCCCATGA AAAGTTACTT 3180

GCCATTGGGG GGCGATATGA TTGGTTGATA GAGCAAGCTT GGGATAGGAC ATATAAATCC 3240

AAACCCCCGG GTGCTGTTGG TGTCAGCATT GCACTTGAGA AATTTCTTCC TAATAGTCCT 3300

TCGTCTGACA TTGGGTTCCC AAGGATTGAA CCGAGCATCA GTGTTCTTGT TTGTTCAAAG 3360

GGAGGTGGCG GTCTTTTGAA TGAGCGTATG GAACTTGTTG CAGAACTTTG GGAAGCTAAT 3420

ATAAAGGCCC AATTTGTCCC TCAGGAAGAT CCAAGTCTTC AGGAACAATA TGAATATGCC 3480

AGTGATCATG ACATCAAATG CCTTGTGTTC ATCACTGAAG CAGGTGTCTC ACAAACAGAA 3540

CTTGTAAAGG TTCGACATCT GGATGCAAAA AGGGAGAAGG AAGTTAAAAG AGAGGAACTT 3600

GTAAAGTTCT TATCTGATGC AATATGTTTA CAATTCAAAA ATCCTACAAT CTGGAGCTGA 3660

Domain Profile

S: 1     feeikvlGkGgfgvVlkaknkldkkeyaikriklnkakke.lekverevkaLaklehpni  59

         fee++ lG+Ggfg+V   knkld+++ya+k+i+l++++ + +ek++rev +L++l+h+ +

Q: 408   FEELRSLGQGGFGRVALCKNKLDGRQYAVKKIRLKDRSPQvNEKILREVATLSRLQHQHV  467

         899*************************************9*******************

S: 60    vrYfaawleekeesltdsseveaeaeleesesseesdtk...............llyiqm  104

         vrY++aw e+++ +     +v ++a +++ ess +s  +               +lyiqm

Q: 468   VRYYQAWVETEYGQH----HVLNAAGSCTAESSMYSYDNislsdagggnkqestYLYIQM  523

         ***********9887....44444444444444444333444555666666666******

S: 105   elceketLkdwiderkllesrselvmrlfkqllegleylHskgliHrdLkpsniFldsdd  164

         e+c  +tL++  +  +++   +  + rlf+q++egl+++Hs+g+iHrdL p niF+d  +

Q: 524   EYCP-RTLRQDFETYTSSFRVDDAW-RLFRQIVEGLAHVHSQGIIHRDLTPNNIFFDVRN  581

         ***9.9********9999999****.**********************************

S: 165   qvKigDFgLatalaealkedvkqdaqske...akhtgqvgtklymsPeql.eksqYnkkv  220

          +KigDFgLa+ l+ ++  + +  ++++       tgqvgt  y +Pe+  +  + n+kv

Q: 582   DIKIGDFGLAKFLKLEQLDHDQYLPSEGMgvsMDGTGQVGTYFYTAPEVEqKWPHINEKV  641

         ***********98755444444444444455679**************99455789****

S: 221   DifsLGlilfeLlypfstemervetltelrd.gkipedfddkvpkekkllqkllsrdpke  279

         D++sLG+i+feL ypfst+mer  +l +l++ g+ p +++ + p + +ll++lls +p++

Q: 642   DMYSLGVIFFELWYPFSTAMERHLVLSDLKQkGDSPLSWATQFPGQSNLLRRLLSPSPSD  701

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

S: 280   Rpsasellkse  290

         Rpsa ell+++

Q: 702   RPSAVELLQND  712

         ********986

Domain Sequence
(FASTA)

FEELRSLGQG GFGRVALCKN KLDGRQYAVK KIRLKDRSPQ VNEKILREVA TLSRLQHQHV 60

VRYYQAWVET EYGQHHVLNA AGSCTAESSM YSYDNISLSD AGGGNKQEST YLYIQMEYCP 120

RTLRQDFETY TSSFRVDDAW RLFRQIVEGL AHVHSQGIIH RDLTPNNIFF DVRNDIKIGD 180

FGLAKFLKLE QLDHDQYLPS EGMGVSMDGT GQVGTYFYTA PEVEQKWPHI NEKVDMYSLG 240

VIFFELWYPF STAMERHLVL SDLKQKGDSP LSWATQFPGQ SNLLRRLLSP SPSDRPSAVE 300

LLQND 305

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"; ?>Cyanidioschyzon merolae"; ?>Glycine max"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza indica"; ?>Oryza sativa"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Selaginella moellendorffii"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Zea mays"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004713	; F:protein tyrosine kinase activity
GO:0000049	; F:tRNA binding

KEGG

InterPros

IPR004154	; Anticodon-bd.
IPR024435	; GCN2_anticodon-bd_dom.
IPR011009	; Kinase-like_dom.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR006575	; RWD-domain.
IPR008266	; Tyr_kinase_AS.
IPR016135	; UBQ-conjugating_enzyme/RWD.

Pfam

PF12745	; HGTP_anticodon2; 1.
PF00069	; Pkinase; 1.
PF05773	; RWD; 1.

SMARTs

SM00591

; RWD; 1.

Prosites

PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS00109	; PROTEIN_KINASE_TYR; 1.
PS50908	; RWD; 1.

Prints

Created Date

20-Feb-2013