EKS-ORG-01107

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-ORG-01107

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/MLK	239.1	8.9E-71	944	1202	259

Status

Unreviewed

Ensembl Protein

ORGLA07G0105200.1

UniProt Accession

I1QAB0;

Protein Name

Protein Synonyms/Alias

Gene Name

Gene Synonyms/Alias

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ORGLA07G0105200	ORGLA07G0105200.1	ORGLA07G0105200.1

Organism

Oryza glaberrima

Functional Description

Protein Length

1219

Protein Sequence
(FASTA)

MEPRRDDVRS AAQSTIHGSS SSAPTSSPVP DYPISGSVKP VLNYSIQTGE EFALEFMRDR 60

AIPKKHLVSG MSHDQNVASG AGLKDPRGLL GAHRTGAESR FDAAIFLTTD IQQTEGIERK 120

SFAENENRSR HVSTSSVPRI PSRSGSSQRL SHGYASSESS DSSRRIKILC SFGGKILPRP 180

SDGKLRYVGG ETHIIRISRN ISWQELKQKT TAIYNQPHVI KYQLPGEDLD ALISVSNDED 240

LRNMMEECGF LDNGEGSQKL RIFLVSSIDF DDMSFSLGSM DSDSGIQYVV AINGMDVGTT 300

KPSSGHGLGN TSINELDQFI NLNNDSNQPN SSRDGSNLYS MSASTAVPPA LISVPLPVTL 360

SSDSTANLYP YHSHGMQHVQ GSDYSLPASS ERFYDIEGQT SIPLSVPSGY RYTSQCTPYS 420

GTTSLQSFDQ QSYHDSMMEG SMKEEKQPSV RVPLQKNGLD YFQSLENMSV PVIHHDSSST 480

NYMNSDVPVT TSIQEGLKSS LQPSDSAKSL ETYTASKAMS AAQDSECNED DHHSSGAFAS 540

GCSDFQVEMM DHSNKNPPPR SGRVFHSERI PREQAGSLNR LSKSDDSLNS QFLILQSQSD 600

VAKESIAEAS DPAIEGTEKS NLDARAINLN DPATVDSVTP EKECANTVQQ TSTFSEQLLG 660

EKRSSTDMST RNVEKNMHAA ENAVAKCNLN DATSDGTKIV NQQADHSAVP HHVSWDTPNP 720

AIPTDVGCDP FVPSTSSLDD SHKEPIIPKK DNKDIVGGMS ERTSPDILSD FFANTAAQSL 780

SPFNEPVLSL NMHNYEPQRW SFFRNLAQNE FEHKNKEQDL AKIEEGVYPL VHAEHDAVNV 840

KNVAPQNDVH LETYPVSSGI NLDSSILPPG FISSQDNPPM TKNVEGFQVD NPYTNMHEMM 900

PSVPEFEEPK FEEGKAVGPV MDASFKDNNF EYLQIIKNED LEELRELGSG TFGTVYHGKW 960

RGSDVAIKRI KKSCFTGRSS ELERLANEFW REAEILSKLH HPNVVAFYGV VKDGPGGTLA 1020

TVTEFMVNGS LRHVLQRKDK YLDRRKRLII AMDAAFGLEY LHSKNIVHFD LKCDNLLVNL 1080

KDQSRPICKV GDFGLSKIKR NTLVSGGVRG TLPWMAPELL NGSSNKVSEK VDVFSFGIVM 1140

WEILTGEEPY ANMHYGAIIG GIVNNTLRPP VPASCDPEWR RLMEQCWAPD PSQRPAFTEI 1200

AGRLRAMSVA ANQAKAASK 1219

Nucleotide Sequence
(FASTA)

ATGGAACCTA GAAGAGATGA TGTTCGCTCT GCAGCTCAAA GTACCATCCA TGGATCCTCG 60

AGCTCAGCAC CTACCAGTTC TCCAGTTCCA GACTACCCTA TTTCAGGCTC TGTTAAGCCT 120

GTCCTTAATT ATTCAATCCA GACTGGGGAG GAGTTTGCTC TTGAATTCAT GAGAGATCGA 180

GCTATACCTA AGAAGCATCT GGTTTCTGGC ATGTCTCATG ATCAAAATGT TGCATCTGGT 240

GCTGGTCTCA AAGATCCTAG AGGACTCCTC GGTGCTCATC GAACAGGTGC AGAGAGTAGA 300

TTTGATGCCG CAATATTTTT GACTACTGAT ATCCAGCAAA CAGAGGGGAT TGAAAGAAAA 360

TCTTTTGCTG AAAATGAAAA CAGAAGCAGG CATGTGTCAA CTAGCTCAGT TCCACGAATC 420

CCATCTCGCA GTGGAAGTAG TCAGAGACTG TCCCATGGCT ATGCTTCTTC TGAGTCTTCA 480

GACTCCTCCA GAAGGATAAA AATTCTCTGT AGCTTTGGGG GAAAAATATT ACCCCGACCA 540

AGTGATGGAA AGCTTAGGTA TGTTGGTGGT GAGACACATA TTATTCGAAT CAGTAGGAAC 600

ATTTCTTGGC AGGAGCTCAA ACAGAAGACA ACAGCTATCT ATAATCAACC CCACGTTATC 660

AAGTATCAGC TACCAGGTGA AGATCTTGAT GCGTTGATCT CAGTCTCAAA CGATGAAGAT 720

TTGAGAAACA TGATGGAGGA ATGTGGTTTT CTTGACAATG GGGAGGGGTC CCAGAAGCTT 780

AGGATCTTCC TTGTTTCTTC CATTGATTTC GATGACATGA GTTTCAGCCT GGGCAGTATG 840

GATAGTGATT CTGGGATCCA GTATGTTGTT GCCATCAATG GTATGGATGT GGGAACTACA 900

AAGCCTTCAA GTGGGCATGG TTTAGGAAAC ACGTCCATCA ATGAGTTGGA TCAGTTCATT 960

AATCTCAACA ACGATAGTAA CCAACCAAAT TCAAGTAGAG ATGGTTCAAA TTTGTATAGC 1020

ATGAGTGCAT CAACTGCTGT CCCTCCTGCT TTGATTTCAG TACCATTACC AGTGACCCTC 1080

TCCAGTGACA GTACTGCAAA TTTGTATCCT TACCATAGCC ATGGGATGCA GCATGTTCAG 1140

GGCTCTGATT ACTCCCTCCC AGCTTCCAGT GAAAGATTTT ATGACATTGA GGGCCAGACA 1200

TCTATTCCTT TATCTGTACC TTCTGGTTAT AGATATACTT CTCAGTGCAC ACCGTACTCA 1260

GGAACTACTT CACTGCAATC TTTCGACCAA CAATCTTACC ATGATAGTAT GATGGAAGGA 1320

TCAATGAAGG AGGAAAAACA GCCTTCTGTT AGAGTGCCAC TTCAAAAGAA TGGTCTAGAT 1380

TATTTCCAAT CCCTTGAGAA TATGAGTGTT CCTGTGATTC ACCATGACTC TTCTAGTACA 1440

AACTATATGA ATTCAGATGT CCCAGTTACA ACTTCCATTC AAGAAGGCCT GAAATCTTCT 1500

CTTCAACCAA GTGACAGTGC AAAGAGCCTA GAGACTTATA CAGCATCAAA AGCTATGTCT 1560

GCTGCTCAAG ATTCAGAGTG TAATGAAGAT GATCACCACT CTAGTGGAGC TTTTGCATCT 1620

GGCTGCTCTG ACTTTCAAGT TGAGATGATG GACCACAGCA ATAAGAATCC GCCACCTCGC 1680

TCTGGAAGGG TTTTTCATTC TGAGCGGATA CCTAGGGAGC AGGCAGGGTC GCTAAACCGG 1740

TTATCTAAAT CTGATGATTC ACTTAATTCT CAGTTTCTAA TTCTTCAGTC ACAGTCTGAT 1800

GTGGCAAAGG AATCCATTGC AGAAGCTTCT GATCCTGCAA TTGAGGGGAC TGAAAAATCA 1860

AATTTAGATG CTCGGGCAAT AAATCTGAAT GATCCAGCTA CTGTTGATAG TGTCACACCT 1920

GAGAAAGAAT GTGCCAATAC TGTACAACAG ACTAGCACAT TTAGTGAACA ACTGCTTGGT 1980

GAAAAGAGGT CCTCAACTGA CATGAGTACA AGAAATGTAG AGAAGAATAT GCATGCAGCG 2040

GAAAATGCTG TAGCTAAATG TAATCTGAAT GATGCAACTT CTGATGGCAC AAAAATAGTC 2100

AATCAGCAGG CGGATCATTC TGCTGTGCCA CATCATGTTA GTTGGGACAC CCCCAATCCT 2160

GCAATCCCAA CTGATGTTGG TTGTGATCCA TTTGTACCTT CCACCAGTTC TTTAGATGAT 2220

TCTCACAAGG AACCAATTAT CCCTAAAAAG GATAATAAGG ACATTGTTGG TGGTATGAGT 2280

GAGAGGACCT CCCCTGACAT TCTTTCTGAT TTCTTCGCCA ACACTGCAGC ACAATCATTA 2340

AGCCCTTTCA ATGAACCTGT ACTTAGCTTG AACATGCATA ATTATGAACC TCAGAGATGG 2400

TCATTCTTCA GAAACCTTGC ACAAAATGAA TTTGAACATA AAAATAAGGA GCAAGACCTG 2460

GCAAAGATCG AGGAGGGAGT TTATCCTTTG GTACATGCAG AGCATGATGC AGTTAACGTG 2520

AAGAATGTGG CTCCTCAGAA TGATGTTCAT CTGGAAACTT ATCCAGTATC TTCTGGCATC 2580

AATCTTGATT CTAGTATTTT GCCTCCAGGT TTCATCTCAT CACAGGACAA CCCACCTATG 2640

ACAAAGAATG TTGAAGGGTT TCAGGTTGAC AATCCTTATA CTAATATGCA CGAGATGATG 2700

CCATCTGTTC CTGAGTTTGA GGAGCCAAAG TTTGAGGAGG GCAAAGCTGT TGGACCAGTC 2760

ATGGATGCCT CTTTTAAAGA TAATAATTTT GAATACTTGC AGATTATCAA GAATGAAGAC 2820

CTTGAAGAAC TTAGGGAACT TGGTTCTGGA ACATTTGGCA CTGTGTATCA TGGAAAATGG 2880

AGGGGAAGTG ATGTGGCTAT TAAGAGAATA AAGAAAAGCT GCTTTACAGG ACGATCTTCG 2940

GAGCTAGAAA GACTGGCAAA TGAATTCTGG CGGGAAGCTG AAATTCTCTC TAAGCTTCAC 3000

CATCCAAATG TTGTGGCCTT CTATGGTGTT GTGAAAGATG GCCCTGGTGG TACCTTGGCA 3060

ACCGTAACTG AGTTCATGGT TAATGGTTCT CTTCGGCATG TCTTGCAGCG CAAGGACAAG 3120

TACCTTGATC GTCGTAAGCG GCTTATCATA GCAATGGATG CAGCATTTGG GCTGGAGTAT 3180

TTGCACTCAA AAAATATCGT GCACTTTGAT CTGAAGTGTG ATAACTTGCT GGTGAATCTT 3240

AAAGATCAAT CTCGTCCTAT ATGTAAAGTT GGTGATTTTG GCCTATCCAA AATAAAAAGA 3300

AACACCCTGG TTTCAGGTGG TGTGAGGGGG ACTCTCCCAT GGATGGCTCC CGAATTACTC 3360

AATGGTAGCA GCAATAAGGT GTCTGAAAAG GTTGATGTAT TTTCCTTTGG CATTGTTATG 3420

TGGGAAATAC TTACTGGAGA AGAACCCTAT GCCAATATGC ATTATGGCGC AATTATTGGG 3480

GGAATTGTAA ACAACACATT GAGGCCACCT GTGCCAGCGT CATGTGATCC AGAGTGGAGA 3540

AGGCTTATGG AGCAGTGCTG GGCCCCAGAT CCATCACAAC GCCCAGCATT CACAGAGATA 3600

GCTGGACGAC TCCGTGCCAT GTCAGTTGCG GCAAATCAGG CAAAGGCGGC ATCCAAATAA 3660

Domain Profile

S: 4     eeligsgafgkvykakwrkkevavKklreeaee......kekleklereakllsklshpn  57

            +gsg+fg+vy +kwr+++va+K++++++ +      ++ ++++ rea++lskl+hpn

Q: 944   LRELGSGTFGTVYHGKWRGSDVAIKRIKKSCFTgrsselERLANEFWREAEILSKLHHPN  1003

         5679***************************99999988899999***************

S: 58    iiellGvcleepn..lllvmeyveggsLsnvlhekskreidlevlvswalqiArGmaYLh  115

         +++++Gv+++ p   l+ v+e++ +gsL++vl+  +++ +d +  + +a++ A G++YLh

Q: 1004  VVAFYGVVKDGPGgtLATVTEFMVNGSLRHVLQR-KDKYLDRRKRLIIAMDAAFGLEYLH  1062

         **********99866799***************9.8999*********************

S: 116   seapkkiihrdLksknvLlseekkt...lkicdFGtarelskstkmsaa..gtlawmaPE  170

         s+   +i+h+dLk +n+L++ ++++   +k+ dFG ++    +t +s    gtl wmaPE

Q: 1063  SK---NIVHFDLKCDNLLVNLKDQSrpiCKVGDFGLSKIKR-NTLVSGGvrGTLPWMAPE  1118

         **...89************66655422278889**999866.555554335*********

S: 171   vl..keekvseksDvwSygvvLWelltrevPykdlselaiaykvalkglrlpipsscpek  228

          l  +++kvsek+Dv+S+g+v+We+lt+e+Py++++  ai+ ++++++lr+p+p+sc ++

Q: 1119  LLngSSNKVSEKVDVFSFGIVMWEILTGEEPYANMHYGAIIGGIVNNTLRPPVPASCDPE  1178

         **777899****************************************************

S: 229   lkkLmkecwnedpekRpsfseivk  252

         + +Lm++cw+ dp++Rp f+ei+

Q: 1179  WRRLMEQCWAPDPSQRPAFTEIAG  1202

         *********************986

Domain Sequence
(FASTA)

LRELGSGTFG TVYHGKWRGS DVAIKRIKKS CFTGRSSELE RLANEFWREA EILSKLHHPN 60

VVAFYGVVKD GPGGTLATVT EFMVNGSLRH VLQRKDKYLD RRKRLIIAMD AAFGLEYLHS 120

KNIVHFDLKC DNLLVNLKDQ SRPICKVGDF GLSKIKRNTL VSGGVRGTLP WMAPELLNGS 180

SNKVSEKVDV FSFGIVMWEI LTGEEPYANM HYGAIIGGIV NNTLRPPVPA SCDPEWRRLM 240

EQCWAPDPSQ RPAFTEIAG 259

Keyword

Complete proteome; Reference proteome.

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Glycine max"; ?>Hordeum vulgare"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza indica"; ?>Oryza sativa"; ?>Populus trichocarpa"; ?>Setaria italica"; ?>Solanum tuberosum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>Zea mays"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0004674	; F:protein serine/threonine kinase activity

KEGG

InterPros

IPR011009	; Kinase-like_dom.
IPR000270	; OPR_PB1.
IPR000719	; Prot_kinase_cat_dom.
IPR017441	; Protein_kinase_ATP_BS.
IPR001245	; Ser-Thr/Tyr_kinase_cat_dom.
IPR008271	; Ser/Thr_kinase_AS.

Pfam

PF00564	; PB1; 1.
PF07714	; Pkinase_Tyr; 1.

SMARTs

SM00666

; PB1; 1.

Prosites

PS00107	; PROTEIN_KINASE_ATP; 1.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS00108	; PROTEIN_KINASE_ST; 1.

Prints

PR00109

; TYRKINASE.

Created Date

20-Feb-2013