EKS-ORB-01040

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-ORB-01040

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Other/PEK	273.1	4.1E-81	437	741	305

Status

Unreviewed

Ensembl Protein

OB04G24360.1

UniProt Accession

J3LZ61;

Protein Name

Protein Synonyms/Alias

Gene Name

OB04G24360

Gene Synonyms/Alias

OB04G24360;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
OB04G24360	OB04G24360.1	OB04G24360.1

Organism

Oryza brachyantha

Functional Description

Protein Length

1248

Protein Sequence
(FASTA)

MGHSARKKKK KKGGAGRKAA KDHAGQLEGD QAALADELTA LASIFIEDFK VTSESPHTRF 60

SICIRPYSDG MGFGDSNVSA TLDVTCFAGY PHKCPKLRVL PEKTLSREDA NRLLSLLVDQ 120

ANIYSREGRV MIFNLVEAAQ EFLSEIAPAN NSASTAPWLG SGTALQTTDV DLEVKLDNGS 180

YHGVSYMYNS FDLYSQLYDG GNWNAQGSHP TTDSGRKNIG SQVKSNVRSK RKTIVEKSRV 240

SSDKVNVAKG LSQDNADQKN ITNHGTIQES LPNLHVVAEE TENDSIVSTS NRENTSGTPE 300

RSFSSVHELE DSDLADEAWN DEDSGSDSGF SNVPSSVSDS FDDASRNKRK DLIMVHLLRL 360

ACGSKDSLSA ALPAISSELC NIGILSEWAK DLISESPAVF GETFGHFFGP QMTSSECSLF 420

WRADNSSRPN SRYLNDFEEL RSLGQGGFGR VALCKNKLDG RQYAVKKIRL KDRSPQVNEK 480

ILREVATLSR LQHQHVVRYY QAWVETEYGQ HHVLNAAGSR TAESSMFSYD DISLSDAGGV 540

NKEESTYLYI QMEYCPRTLR QDFETYTLSF DAYHAWHLFR QIVEGLAHVH SQGIIHRDLT 600

PNNIFFDVRN DIKIGDFGLA KFLKLEQLDH DQYFPSEGMG VSMDGTGQVG TYFYTAPEVE 660

QKWPHINEKV DMYSLGVIFF ELWYPFPTAM ERHLVLSDLK QKVDPPLSWA TQFPGQSNLL 720

RRLLSPSPSE RPSAVELLQN DLPPRMEDEW LTDVLRMIQT PEDTYVYDRV ISTIFDEERL 780

IGKTQCQHES SKKSTGKSDN SELLDSIIEV SKEVFKRHCA KRFQIPPLHT LEGKFSENKG 840

KTVKILTQGG EMLELCYELR TPFVISVAAN QILSYKRYEV SWVHRRAVGH SIPYRFLQGD 900

FDIIGGASPI PEAEIVKVTL DVGAHFYDRK AIIIRLNHSK LAEAVCSWAG VPQERRQNVA 960

EFLSSTLVQY WPNKADRKSQ WSLIRGQLLQ DLRLSEEVVE KLRKADQRFC GSADQVLARL 1020

RGTLFYDKSA CKALDDLSAF LKCLRIWSVE EHITIDVLMP PSECYYTDLF FQVYVKEGNP 1080

VASSHEKLLA IGGRYDWLIE QAWDKTCKTK PPGAVGVSIA LEKFLPNNPS SDVGFPRIEP 1140

SISVLVCSRG GGGLLNERME LVVELWEANI KAQFVPQEDP SLQEQYEYAN DHDIKCLVFI 1200

TEAGVSQTEL VKVRHMDAKR EKEVKREELV KFLSDAICLQ FKNPTIWS 1248

Nucleotide Sequence
(FASTA)

ATGGGGCACA GCGCGAGGAA GAAGAAGAAG AAGAAGGGCG GGGCCGGGCG CAAGGCGGCC 60

AAGGACCACG CCGGCCAGCT CGAGGGCGAC CAGGCCGCCC TCGCCGACGA GCTCACGGCA 120

CTGGCTTCAA TTTTCATTGA AGACTTCAAA GTGACATCAG AATCACCTCA TACTCGTTTT 180

AGTATATGTA TCAGGCCTTA TTCTGATGGC ATGGGCTTTG GAGACTCAAA TGTTTCAGCA 240

ACTCTTGATG TAACGTGTTT TGCTGGCTAT CCACACAAGT GCCCAAAGTT GCGGGTTCTA 300

CCTGAAAAGA CCTTATCTAG AGAAGATGCT AATCGGTTAC TTTCACTTCT TGTTGATCAG 360

GCAAACATTT ATTCTCGAGA AGGACGTGTC ATGATATTCA ATTTGGTAGA GGCTGCCCAA 420

GAGTTCTTGT CAGAAATTGC TCCAGCTAAT AATTCAGCAA GCACAGCTCC TTGGTTGGGT 480

TCAGGCACAG CACTGCAAAC AACTGATGTA GATCTGGAAG TTAAACTTGA CAATGGTTCT 540

TACCATGGAG TGTCTTACAT GTATAATTCA TTTGACCTGT ATAGTCAATT ATATGATGGA 600

GGTAATTGGA ACGCACAAGG TTCACATCCA ACAACTGACA GTGGCAGGAA AAATATTGGT 660

TCTCAAGTCA AATCAAATGT TAGAAGCAAG AGGAAGACGA TCGTTGAAAA ATCCCGTGTT 720

TCTTCTGATA AGGTTAATGT TGCAAAGGGT TTATCTCAGG ATAATGCTGA CCAGAAAAAT 780

ATCACAAATC ATGGCACAAT TCAGGAGTCT CTTCCAAATT TGCATGTAGT TGCAGAGGAA 840

ACTGAAAATG ACAGCATTGT GTCAACAAGC AACAGAGAAA ATACATCAGG TACTCCAGAG 900

AGGAGTTTTA GCAGTGTGCA TGAACTCGAG GACTCTGATC TTGCAGACGA AGCTTGGAAT 960

GATGAAGATT CTGGTTCAGA CTCTGGATTT TCAAATGTCC CATCTTCTGT TTCAGACAGT 1020

TTTGATGATG CTTCACGGAA TAAGAGAAAA GATTTAATTA TGGTACATTT GCTTCGTCTA 1080

GCTTGTGGAT CGAAGGACTC TCTTTCAGCT GCTTTGCCAG CAATATCATC GGAGTTATGC 1140

AACATAGGGA TTCTTTCCGA ATGGGCTAAA GATTTAATTT CGGAATCTCC TGCTGTCTTT 1200

GGGGAAACTT TTGGACATTT TTTTGGGCCA CAAATGACCT CTTCGGAGTG CTCCCTATTT 1260

TGGAGAGCTG ACAATTCATC CAGGCCAAAT TCCCGTTATT TGAATGATTT CGAGGAGCTT 1320

CGTTCACTTG GCCAAGGTGG CTTTGGTCGT GTTGCACTGT GTAAGAACAA GCTAGATGGC 1380

CGTCAATATG CTGTAAAAAA GATACGCTTG AAGGATAGAA GTCCTCAAGT GAATGAAAAG 1440

ATTCTAAGAG AGGTAGCCAC ACTTTCACGG TTGCAACATC AGCATGTTGT TCGTTATTAC 1500

CAGGCATGGG TTGAAACTGA GTATGGTCAA CATCATGTTC TGAATGCTGC TGGGTCACGT 1560

ACTGCTGAAA GCTCTATGTT TAGTTATGAT GACATCAGCT TATCAGATGC AGGTGGTGTA 1620

AATAAGGAGG AATCTACATA CTTGTACATC CAAATGGAGT ACTGTCCTAG AACCCTGAGA 1680

CAGGATTTTG AGACGTATAC TTTATCTTTT GATGCTTATC ATGCATGGCA CCTATTTCGA 1740

CAAATAGTGG AAGGACTAGC GCATGTTCAT AGCCAAGGAA TCATACACAG GGACTTGACA 1800

CCTAACAACA TATTTTTTGA TGTTCGTAAT GATATCAAAA TAGGAGATTT TGGTCTTGCC 1860

AAATTTCTAA AGCTGGAGCA GCTAGATCAT GACCAATATT TTCCTAGTGA AGGAATGGGT 1920

GTTTCAATGG ATGGGACAGG TCAAGTCGGC ACATACTTTT ATACAGCGCC TGAGGTAGAA 1980

CAGAAATGGC CACATATAAA TGAGAAGGTT GACATGTACA GCTTGGGAGT TATATTCTTC 2040

GAGCTTTGGT ATCCATTTCC AACAGCAATG GAAAGGCACC TTGTTCTTTC TGATCTTAAA 2100

CAAAAAGTTG ATCCTCCATT GTCATGGGCA ACACAATTTC CTGGCCAATC GAACCTATTG 2160

AGGCGCCTGC TGTCTCCCAG TCCATCTGAA CGTCCATCTG CTGTTGAGCT TCTGCAAAAT 2220

GATCTGCCTC CTCGGATGGA AGATGAGTGG CTAACTGATG TACTTAGAAT GATACAGACT 2280

CCAGAAGACA CATATGTTTA TGACCGAGTT ATATCTACAA TATTTGATGA AGAAAGGCTG 2340

ATTGGCAAAA CTCAATGCCA GCATGAAAGC AGCAAAAAAT CCACTGGTAA AAGTGATAAC 2400

AGTGAACTTC TAGACTCTAT CATTGAGGTT AGCAAGGAGG TTTTTAAGCG ACATTGTGCT 2460

AAAAGATTCC AGATACCCCC CTTGCATACA CTGGAAGGGA AATTCAGTGA AAACAAGGGA 2520

AAGACAGTGA AGATCTTAAC TCAAGGAGGA GAGATGCTAG AACTTTGCTA TGAGTTGCGG 2580

ACACCATTTG TTATATCAGT TGCTGCTAAC CAGATATTAT CCTATAAGCG TTATGAAGTA 2640

TCATGGGTTC ATCGAAGAGC AGTTGGCCAT TCAATTCCTT ATCGCTTTCT TCAGGGTGAT 2700

TTCGACATTA TCGGAGGTGC TTCACCAATA CCAGAGGCTG AAATTGTAAA GGTCACTTTG 2760

GACGTTGGGG CACACTTTTA TGATCGAAAG GCAATAATTA TTCGTCTGAA TCATAGCAAA 2820

CTTGCTGAAG CAGTTTGTTC CTGGGCAGGA GTTCCTCAAG AACGGAGACA AAATGTTGCC 2880

GAGTTTTTAT CTTCAACTCT TGTTCAGTAC TGGCCAAATA AGGCTGATCG CAAGTCACAA 2940

TGGAGTTTGA TTCGTGGGCA ATTATTACAG GATCTTCGTC TTTCGGAAGA GGTTGTTGAG 3000

AAGCTACGTA AAGCTGATCA GAGATTTTGT GGTTCTGCAG ATCAAGTACT TGCTAGATTA 3060

AGAGGGACCC TGTTCTACGA TAAATCTGCT TGCAAGGCTC TCGATGATCT CTCAGCATTT 3120

CTCAAATGTT TGAGAATATG GTCAGTTGAA GAACATATTA CTATTGATGT ACTCATGCCT 3180

CCTTCAGAAT GTTACTACAC AGATCTGTTT TTTCAGGTCT ACGTGAAAGA AGGAAATCCT 3240

GTAGCAAGTT CCCATGAAAA GTTACTAGCC ATTGGGGGGC GATATGATTG GTTGATAGAG 3300

CAAGCTTGGG ATAAGACATG TAAAACCAAA CCACCGGGCG CTGTTGGTGT CAGCATTGCA 3360

CTCGAGAAAT TTCTTCCTAA TAATCCTTCA TCTGACGTTG GGTTCCCAAG GATTGAACCA 3420

AGCATCAGTG TTCTTGTTTG TTCAAGGGGA GGTGGTGGTC TTTTGAATGA GCGTATGGAA 3480

CTTGTTGTGG AACTTTGGGA AGCTAATATA AAGGCCCAAT TTGTCCCTCA GGAAGACCCA 3540

AGTCTTCAAG AACAATATGA ATATGCCAAT GACCATGACA TCAAATGCCT TGTATTCATC 3600

ACTGAAGCAG GTGTCTCACA AACAGAACTA GTGAAGGTTC GACATATGGA TGCAAAAAGG 3660

GAGAAGGAAG TTAAAAGAGA GGAACTTGTT AAGTTCTTGT CTGATGCAAT ATGTTTACAG 3720

TTCAAAAATC CTACAATCTG GAGCTGA 3747

Domain Profile

S: 1     feeikvlGkGgfgvVlkaknkldkkeyaikriklnkakke.lekverevkaLaklehpni  59

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

Q: 437   FEELRSLGQGGFGRVALCKNKLDGRQYAVKKIRLKDRSPQvNEKILREVATLSRLQHQHV  496

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

S: 60    vrYfaawleekeesl...........tdsseveaeaeleesesseesdtkllyiqmelce  108

         vrY++aw e+++ +            ++s     + +l+     +++++++lyiqme+c

Q: 497   VRYYQAWVETEYGQHhvlnaagsrtaESSMFSYDDISLSDAGGVNKEESTYLYIQMEYCP  556

         ***********988856666665532112222233444444445556666*********9

S: 109   ketLkdwiderkllesrselvmrlfkqllegleylHskgliHrdLkpsniFldsddqvKi  168

          +tL++  +  +l+ ++ + + +lf+q++egl+++Hs+g+iHrdL p niF+d  + +Ki

Q: 557   -RTLRQDFETYTLSFDAYHAW-HLFRQIVEGLAHVHSQGIIHRDLTPNNIFFDVRNDIKI  614

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

S: 169   gDFgLatalaealkedvkqdaqske...akhtgqvgtklymsPeql.eksqYnkkvDifs  224

         gDFgLa+ l+ ++  + +  ++++       tgqvgt  y +Pe+  +  + n+kvD++s

Q: 615   GDFGLAKFLKLEQLDHDQYFPSEGMgvsMDGTGQVGTYFYTAPEVEqKWPHINEKVDMYS  674

         *******87755443333334444355579**************99455789********

S: 225   LGlilfeLlypfstemervetltelrd.gkipedfddkvpkekkllqkllsrdpkeRpsa  283

         LG+i+feL ypf t+mer  +l +l++ ++ p +++ + p + +ll++lls +p+eRpsa

Q: 675   LGVIFFELWYPFPTAMERHLVLSDLKQkVDPPLSWATQFPGQSNLLRRLLSPSPSERPSA  734

         **************************989999****************************

S: 284   sellkse  290

          ell+++

Q: 735   VELLQND  741

         ****986

Domain Sequence
(FASTA)

FEELRSLGQG GFGRVALCKN KLDGRQYAVK KIRLKDRSPQ VNEKILREVA TLSRLQHQHV 60

VRYYQAWVET EYGQHHVLNA AGSRTAESSM FSYDDISLSD AGGVNKEEST YLYIQMEYCP 120

RTLRQDFETY TLSFDAYHAW HLFRQIVEGL AHVHSQGIIH RDLTPNNIFF DVRNDIKIGD 180

FGLAKFLKLE QLDHDQYFPS EGMGVSMDGT GQVGTYFYTA PEVEQKWPHI NEKVDMYSLG 240

VIFFELWYPF PTAMERHLVL SDLKQKVDPP LSWATQFPGQ SNLLRRLLSP SPSERPSAVE 300

LLQND 305

Keyword

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

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Cyanidioschyzon merolae"; ?>Glycine max"; ?>Musa acuminata"; ?>Oryza glaberrima"; ?>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