EKS-SEM-00951

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-SEM-00951

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
Atypical/PIKK	369.9	2.1E-110	1906	2186	281

Status

Unreviewed

Ensembl Protein

EFJ26294

UniProt Accession

D8RPQ3;

Protein Name

Protein Synonyms/Alias

Putative uncharacterized protein TOR-1;

Gene Name

TOR-1

Gene Synonyms/Alias

TOR-1; SELMODRAFT_413509;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
SELMODRAFT_413509	EFJ26294	EFJ26294

Organism

Selaginella moellendorffii

Functional Description

Protein Length

2298

Protein Sequence
(FASTA)

MAGAQGVAPR PPDALQRLLS ELRFKTASIK DGAAAAALRK HVQEEARDLS AEGLTKFLDI 60

LYDRINCLIE SADVSDNLGA LRAIDVLIDV ELGESATKTM KFANCVKRVL EEKQDPDVLV 120

RASEVLGHIV STGPQTADIV ESQVSCALKW LRGESRRFAA VLILKEMADQ APTVFNVHVP 180

EFVDAIWIAL RDPRQAIREH AVEALRACLT VIVTRETRWR VRWYYRMFEA TQDGLGKNAT 240

VESIHGSLLA VGELLRNTGE FMMSRYKEVL DIAFKFRDHR DRLVRRSITS LLPRIAHFLR 300

DRFVTSYFTT SMDHLLAVMR NPSERSTGFA ALGEMAGAVG CALGEYLPAI MNFIRDALQP 360

RRGKPSMEAI ACVGNLTEAL GPLMEEHVRS TLDIMFDTGL TPTLEKALNQ IVTSLPSFLP 420

PIQERLLDFI SLVLCKAPYF SQRKSLLVRL PQKAVGLPSS EIQGPALVQL ALKILTNFNF 480

KGHDLLEFAR EAVVMHLEDD DAGVRRHAAR CCCRLVEHSY QTAITGRSAS RLTSGRPLTF 540

RKHRILIEEI LEKLLVAAVS DTDASVREDV FVSLGTNGSF YDFLAQADCL KAIFIAFNDQ 600

SFEVRKLSIV MAGKLSDKNA AYVCPALRRH LQQLLTDMEH SADSKSKEES AILLGSLIRA 660

CETLITPYVI PIHKALVARL SEGSGGSGNI GVVSGVMATV GELARVAGCA IRPHIKDLMP 720

LIVDALRDTS AASKRDVAVR TLGQLVQNTG YVVTPYTEFP HLLGLLLRIL LNGELEWSTR 780

NEVLKVLGVI GALDPHVNKR NELRLHPSDG NRSSLSETVH GQTNDESLME AWPTGGISAA 840

TEDYYSTVKV AINALMRTLR DPSSSIYHQS VVKSLMYICK VMPDLLLTIR NCEDNLREFI 900

FCQLADLVAI VRQHIRKYLS SILSLVLDMI LPTSPRSASH SPILHLVERL CVALHDEFRM 960

HMPEILPKCI QALNEAERNA DYAYVASLLH TFEVFGASLD EHMHLVLPAL VRLFKPDVSN 1020

APMDIRRSTI KTFSRLLPCM QVTAHVSSLL HPLLSVLDGT KDELRNDAVD AICVLATVLG 1080

AEFTMFLPSV RKLLQRHHLQ HPQFDSIESR LKRRDPILVD VRPTAVSEAD IAASSHGAEL 1140

DGENALSTRG TQVNEPHVAR ELFAVAFVSC WSQLNDSYKK QLVRSLNYAL TSPNIPSDIL 1200

GTLLNLAEFM ERDEDPLPVD TRTLGSLAEK CHLFAKALHY KEMEFDMVLA REQKHQLVGA 1260

VEALIHVNNQ LHQHEAAVGI LTYAQRNLGV QLKESWQVFA VATHILQKIM VVGRMRCLVA 1320

LARWEELSTL CRETWSEPSA QLQMAPMAAS AAWNMGEWDE MEEYVSQMDN GDEMNVPTRG 1380

QDGTGTGFAG AFFRAVLCIR RSKYDEAGIY AERARKCLAT ELAALVLESY DRAYSNMVRV 1440

QQLAELEEVI EYCTLQTGNP ASEARASLIR RMWRDRIRGA KRNVEVWQRL LSVRTLVLPP 1500

TEDAETWLKF ASLCYKSGRY DPEQSDPPPG YVVNPPVMLA YLKYLWSFGE ESKRQTAYRR 1560

LQYLALDLAN GQASMYCTPQ GASGSSGVSP VPLIAPWGKA WHRWALFNTA ALSHYSMKGD 1620

SVKAAHHVVS AVSGYFKSIA NASTNKGGDD SLQDILRLLT LWFNHGASDE VYAALQDGFK 1680

HVIIDTWLVV LPQIIARIHS HIPAVRELIQ QLLVRIGQIH PQALMYPLLV ACKSISSSRK 1740

TAALTVVDRV RQHHVALVEQ AQLVSQELIR VAILWHEMWY EALEEASRLY FGEHNKEGML 1800

NVLEPLHRKL EEEGAVTLKE IAFAYGRELQ EAHEWCMEYR RTGNEAELTQ AWDLYYHVFK 1860

RINKQLPSVT TLELQYVSPA LLNARNLELA VPGTYRPGPE ANVVTIQSFD PQLIVMPSKQ 1920

RPRKCTIKGS DGQDYTFLLK GHEDLRQDER VMQLFGLVNT LLTNARHTAE KDLSIQRYDV 1980

VPLSPNSGLI GWVPNCDTLH HLIREYRDAR KVPVNAEHRA MVSFAPDLDH LTLIAKVEVF 2040

QHALEATDGD DLAKVFWLKS KTSEVWLERR TNYTRSLAVM SMVGYLLGLG DRHPSNLMLN 2100

RYSGKILHID FGDCFEAAMT REKFPEKVPF RLTRMLVKAM EVSGIEGNFR SICEDVMHVL 2160

RSNKDSVMAM MEAFVHDPLI NWRLFNINDV PASMATIRAQ TATQNLEAVG LPSPPQRGAR 2220

EREMLHAFNV VGQLGDANEV LNERAVSVMG RMSDKLTGRD FPVGESVLSV KDQVQKLIDQ 2280

ATSSENLCQS YVGWCPFW 2298

Nucleotide Sequence
(FASTA)

ATGGCAGGCG CCCAAGGCGT GGCGCCTCGG CCTCCAGATG CGCTGCAGCG CCTTCTATCC 60

GAGCTACGTT TCAAGACAGC GTCGATCAAG GATGGAGCTG CCGCTGCAGC CCTGCGCAAG 120

CACGTTCAGG AGGAGGCGCG CGACCTCTCT GCCGAGGGCC TGACGAAATT CCTAGATATT 180

CTGTACGATC GCATCAACTG CTTGATCGAG AGCGCCGATG TAAGTGACAA TCTGGGCGCA 240

TTGCGAGCAA TCGACGTGCT CATCGATGTG GAGCTCGGGG AGAGCGCAAC CAAGACGATG 300

AAGTTTGCGA ATTGCGTTAA GCGAGTGCTC GAAGAGAAGC AAGATCCCGA CGTTCTCGTG 360

CGTGCTAGTG AAGTTCTTGG ACATATTGTG AGCACGGGTC CTCAAACAGC TGACATTGTT 420

GAGTCTCAGG TGTCATGCGC ATTGAAATGG CTGAGAGGAG AATCTCGACG CTTTGCGGCA 480

GTTCTAATTC TAAAGGAGAT GGCAGATCAA GCGCCGACTG TGTTTAATGT TCATGTTCCT 540

GAATTTGTCG ACGCTATTTG GATTGCCTTG CGTGATCCTA GGCAAGCTAT TCGTGAACAT 600

GCTGTAGAAG CTCTTCGGGC ATGTCTGACG GTGATAGTAA CACGGGAAAC AAGATGGAGA 660

GTGCGATGGT ACTATCGAAT GTTTGAGGCT ACGCAAGATG GCCTAGGGAA AAATGCTACT 720

GTCGAAAGTA TCCACGGGTC GCTGCTTGCT GTTGGAGAGC TTTTAAGGAA CACGGGAGAA 780

TTCATGATGT CTCGCTACAA GGAGGTGTTA GACATTGCGT TCAAGTTTCG AGATCACAGG 840

GACCGTTTAG TGCGCAGGAG CATCACATCA TTGCTGCCAC GCATTGCGCA TTTTCTACGG 900

GATAGATTTG TGACTTCCTA CTTCACTACG TCCATGGATC ATCTTTTAGC TGTTATGCGC 960

AATCCAAGCG AACGTTCTAC TGGGTTTGCT GCACTCGGAG AGATGGCAGG TGCTGTTGGA 1020

TGCGCTCTTG GCGAATATCT GCCGGCGATT ATGAATTTTA TACGTGATGC ACTACAACCA 1080

CGTCGCGGAA AACCATCCAT GGAAGCTATT GCATGCGTTG GGAACCTGAC TGAAGCCCTT 1140

GGCCCGCTTA TGGAAGAGCA CGTTCGCAGT ACGCTGGATA TTATGTTCGA TACCGGCCTT 1200

ACTCCAACGC TGGAGAAGGC CTTAAATCAG ATAGTGACAA GCTTGCCGTC CTTTTTACCT 1260

CCAATTCAGG AGCGCTTACT GGATTTCATT TCCTTGGTTT TGTGCAAAGC GCCATATTTT 1320

TCGCAAAGAA AAAGTCTTCT TGTTCGACTG CCACAGAAGG CGGTGGGGCT TCCTTCTTCA 1380

GAAATTCAAG GGCCCGCACT GGTGCAGCTC GCGCTTAAAA TTTTGACCAA TTTTAATTTC 1440

AAGGGGCATG ATTTACTTGA GTTCGCGCGA GAAGCAGTTG TTATGCACCT CGAAGATGAT 1500

GATGCTGGTG TCCGACGTCA CGCTGCTAGA TGCTGCTGTC GGCTTGTTGA GCATTCGTAT 1560

CAAACTGCTA TAACTGGCAG ATCAGCTTCC AGACTCACTT CTGGTCGTCC TTTAACTTTT 1620

CGAAAGCATC GGATTCTCAT CGAAGAGATT CTGGAAAAAC TTCTAGTTGC TGCTGTTTCT 1680

GATACGGATG CTTCCGTCAG AGAAGATGTT TTTGTTTCGC TTGGAACGAA CGGGAGCTTC 1740

TACGATTTTC TTGCTCAGGC TGACTGTTTG AAAGCAATTT TTATTGCGTT CAACGACCAG 1800

TCGTTTGAAG TCAGAAAACT ATCCATTGTA ATGGCGGGGA AGCTGTCAGA CAAAAATGCT 1860

GCATATGTAT GTCCGGCTTT GAGACGTCAC CTGCAACAGC TCTTGACAGA CATGGAGCAC 1920

AGCGCGGATA GCAAAAGCAA GGAGGAAAGT GCTATTCTGT TGGGATCGCT GATAAGAGCA 1980

TGCGAAACTC TAATAACTCC TTACGTTATT CCGATCCATA AGGCTTTGGT GGCGAGACTA 2040

AGTGAAGGAA GTGGAGGTAG TGGGAATATT GGCGTAGTAT CCGGGGTAAT GGCAACCGTG 2100

GGGGAGCTTG CTCGAGTGGC TGGGTGCGCA ATAAGACCGC ATATCAAGGA CCTGATGCCG 2160

TTAATTGTGG ATGCTCTTCG TGACACTTCT GCTGCTAGTA AGCGGGATGT TGCTGTGAGA 2220

ACACTGGGTC AACTGGTCCA GAACACTGGG TACGTCGTGA CACCGTATAC AGAGTTTCCA 2280

CACTTGCTGG GTTTACTACT TCGAATATTG CTGAATGGGG AACTCGAATG GTCTACAAGG 2340

AATGAAGTTT TAAAGGTACT TGGAGTCATT GGTGCGCTAG ATCCGCACGT CAACAAACGC 2400

AACGAACTTC GGCTACATCC AAGCGACGGC AATCGCTCTT CTTTGTCAGA AACTGTACAC 2460

GGGCAGACAA ATGACGAGTC TCTTATGGAA GCGTGGCCTA CTGGTGGAAT ATCGGCAGCT 2520

ACAGAAGATT ATTACTCAAC AGTTAAGGTT GCAATCAATG CTCTCATGCG GACTTTGCGA 2580

GATCCCTCAT CATCGATATA CCATCAAAGC GTTGTTAAAT CTCTTATGTA CATCTGCAAG 2640

GTCATGCCGG ACCTTTTGTT GACCATTAGA AACTGTGAAG ATAATCTACG AGAATTTATC 2700

TTTTGTCAGC TTGCAGACCT TGTTGCAATT GTCCGTCAGC ACATTCGGAA GTATCTTTCA 2760

AGCATTCTTT CTCTTGTTCT AGACATGATC CTTCCGACAA GCCCTCGTTC CGCTTCTCAC 2820

TCACCAATTT TGCATCTTGT AGAAAGACTC TGTGTCGCTC TTCACGATGA GTTTCGGATG 2880

CACATGCCAG AGATTCTACC TAAATGTATT CAAGCTTTGA ATGAGGCTGA ACGCAACGCT 2940

GACTATGCCT ACGTCGCGTC TCTTTTGCAC ACTTTTGAAG TATTTGGCGC TTCTCTGGAT 3000

GAGCACATGC ACCTAGTACT ACCTGCCTTA GTCCGCCTTT TTAAGCCGGA TGTTTCAAAT 3060

GCGCCGATGG ATATAAGACG ATCTACTATC AAAACCTTTT CACGTCTTCT TCCTTGCATG 3120

CAGGTCACTG CACATGTGTC TTCTTTGCTA CACCCGTTGT TGAGCGTTCT AGATGGCACG 3180

AAGGATGAGT TGCGTAACGA TGCTGTGGAT GCTATATGTG TTTTGGCTAC TGTCCTTGGA 3240

GCAGAATTCA CCATGTTTCT TCCTTCAGTG CGCAAGCTAC TTCAACGTCA CCACTTGCAG 3300

CATCCGCAGT TTGATTCCAT TGAATCTCGT CTTAAACGGC GAGACCCGAT CTTGGTGGAT 3360

GTACGGCCTA CAGCAGTTTC CGAAGCGGAT ATAGCTGCTT CATCTCATGG AGCTGAATTG 3420

GATGGCGAAA ATGCCTTAAG TACACGGGGC ACGCAGGTTA ACGAGCCTCA CGTGGCACGG 3480

GAGTTGTTTG CAGTTGCCTT TGTAAGTTGC TGGTCCCAAC TTAATGATTC GTACAAAAAA 3540

CAGCTAGTAC GAAGTTTGAA TTACGCTTTG ACGTCTCCCA ACATTCCATC AGATATTCTT 3600

GGAACTCTTC TGAATCTGGC GGAGTTTATG GAACGGGATG AGGACCCTCT GCCTGTGGAT 3660

ACGAGAACGC TTGGCAGCTT AGCTGAAAAG TGTCATTTGT TTGCAAAAGC TTTACATTAC 3720

AAAGAGATGG AGTTTGATAT GGTCCTTGCT CGTGAACAAA AGCACCAGCT TGTTGGAGCC 3780

GTTGAAGCTT TGATTCATGT CAACAACCAA CTCCACCAAC ATGAGGCGGC TGTTGGAATT 3840

TTGACATATG CACAACGTAA CCTCGGAGTT CAACTAAAGG AATCTTGGCA AGTATTTGCT 3900

GTTGCAACAC ACATCTTACA GAAAATTATG GTCGTAGGTC GAATGAGGTG CTTGGTGGCA 3960

TTGGCACGAT GGGAAGAGTT GAGTACACTT TGCAGGGAGA CTTGGAGTGA ACCTTCTGCA 4020

CAGCTTCAGA TGGCACCAAT GGCTGCGAGT GCTGCATGGA ATATGGGTGA ATGGGATGAA 4080

ATGGAAGAGT ACGTGTCTCA GATGGATAAT GGAGATGAAA TGAACGTACC TACGCGAGGC 4140

CAGGACGGCA CTGGAACCGG ATTTGCAGGG GCATTTTTCC GGGCGGTTTT ATGCATTCGG 4200

CGTTCTAAGT ACGATGAAGC GGGCATATAT GCCGAACGGG CACGAAAATG CTTAGCGACA 4260

GAGCTTGCGG CATTGGTTCT TGAGAGTTAC GACCGTGCAT ACAGCAACAT GGTGCGCGTT 4320

CAACAGTTAG CAGAACTGGA AGAGGTTATC GAATATTGCA CACTGCAAAC GGGGAACCCT 4380

GCATCTGAGG CACGTGCTTC ATTGATCAGG AGAATGTGGC GGGATCGTAT TCGGGGAGCG 4440

AAAAGAAACG TTGAGGTCTG GCAAAGGTTG TTATCTGTTC GAACGCTTGT GCTTCCTCCT 4500

ACCGAAGATG CCGAAACATG GCTGAAGTTC GCTTCTCTTT GCTATAAAAG TGGCCGATAC 4560

GATCCAGAAC AAAGTGATCC TCCGCCTGGC TACGTCGTTA ATCCTCCAGT GATGCTGGCA 4620

TATTTAAAAT ACCTTTGGTC TTTCGGCGAG GAATCGAAAA GGCAAACCGC CTATAGACGG 4680

CTTCAGTATC TTGCACTAGA TTTGGCGAAT GGCCAAGCAT CCATGTACTG TACACCTCAG 4740

GGTGCTTCTG GCAGTTCTGG AGTGTCGCCG GTTCCTCTCA TTGCACCGTG GGGGAAGGCT 4800

TGGCATAGGT GGGCATTGTT CAACACGGCG GCCTTGTCAC ATTACTCTAT GAAAGGAGAT 4860

TCGGTAAAGG CTGCTCATCA CGTGGTATCA GCTGTTTCTG GATACTTCAA ATCCATTGCA 4920

AATGCGTCCA CGAACAAGGG CGGGGATGAT AGTTTACAGG ATATTCTACG GCTTTTGACG 4980

CTCTGGTTTA ACCATGGTGC TTCCGATGAA GTTTATGCTG CGTTGCAAGA CGGTTTTAAG 5040

CACGTGATAA TCGACACATG GCTGGTGGTC CTGCCGCAGA TTATTGCTCG GATACACTCG 5100

CACATTCCCG CTGTCCGAGA GCTTATCCAA CAACTCCTTG TACGCATTGG ACAGATTCAT 5160

CCTCAGGCTC TTATGTACCC GCTTTTAGTT GCATGTAAAT CCATTAGCTC CTCACGGAAA 5220

ACTGCTGCTT TGACAGTTGT TGACAGAGTT CGCCAGCATC ACGTAGCTCT TGTGGAGCAA 5280

GCACAATTAG TCTCTCAGGA GCTTATACGA GTGGCCATAC TCTGGCATGA AATGTGGTAC 5340

GAAGCACTTG AAGAAGCCAG CCGTCTGTAT TTTGGGGAGC ATAATAAGGA GGGCATGCTA 5400

AACGTGCTGG AACCCTTGCA TCGTAAACTA GAGGAAGAAG GTGCCGTAAC CCTCAAAGAG 5460

ATCGCATTCG CTTATGGGCG AGAATTGCAA GAAGCTCATG AATGGTGCAT GGAATATCGT 5520

CGTACTGGTA ATGAAGCGGA ACTCACACAG GCTTGGGATC TCTATTATCA CGTATTTAAA 5580

CGTATAAACA AGCAGCTTCC AAGCGTAACT ACTCTGGAAC TTCAATATGT TTCTCCTGCT 5640

CTTCTCAATG CTCGCAATTT GGAACTTGCT GTCCCTGGAA CATATCGTCC TGGTCCGGAA 5700

GCGAACGTTG TGACAATACA GAGTTTTGAT CCACAGCTCA TAGTTATGCC ATCGAAACAG 5760

CGACCTCGGA AGTGCACCAT CAAGGGCAGC GATGGCCAGG ATTATACATT CTTATTAAAG 5820

GGCCATGAAG ACCTTAGACA AGACGAGCGC GTGATGCAGT TATTTGGGCT TGTAAATACC 5880

CTTCTAACGA ATGCCCGGCA CACGGCGGAG AAGGACCTTT CCATTCAGCG ATATGACGTG 5940

GTTCCGCTCT CTCCAAACAG CGGTCTTATT GGATGGGTCC CAAACTGCGA CACTCTACAT 6000

CACCTTATTC GTGAATATCG GGATGCTCGG AAGGTTCCTG TCAATGCTGA ACATCGAGCC 6060

ATGGTGTCGT TCGCTCCTGA TCTCGATCAT CTTACTCTTA TAGCCAAAGT CGAGGTATTC 6120

CAGCATGCTC TGGAGGCGAC CGACGGTGAT GACCTGGCAA AGGTTTTCTG GCTTAAAAGC 6180

AAAACCTCAG AAGTTTGGCT AGAACGGCGA ACGAACTACA CTCGTAGCTT AGCCGTCATG 6240

AGCATGGTCG GATACCTTCT TGGTTTAGGC GATCGACATC CAAGCAATCT AATGCTTAAT 6300

CGCTACAGCG GGAAAATTCT GCACATTGAC TTTGGGGATT GCTTCGAGGC AGCGATGACG 6360

CGGGAGAAGT TTCCTGAAAA GGTTCCATTT CGATTGACAA GGATGCTAGT AAAGGCCATG 6420

GAAGTTAGTG GCATCGAAGG GAACTTCCGG TCGATTTGCG AGGACGTGAT GCACGTCTTG 6480

AGATCAAACA AAGACAGCGT AATGGCCATG ATGGAGGCAT TTGTTCACGA TCCTTTGATC 6540

AACTGGAGGC TGTTTAACAT CAACGACGTA CCAGCCAGCA TGGCAACCAT CCGTGCTCAA 6600

ACAGCGACCC AAAACTTGGA GGCAGTAGGA CTGCCTTCTC CACCTCAAAG GGGAGCTCGG 6660

GAACGCGAGA TGCTTCACGC ATTCAACGTG GTTGGACAAC TCGGGGATGC AAACGAAGTA 6720

CTCAACGAAC GGGCTGTGTC CGTGATGGGG AGGATGAGCG ACAAACTCAC GGGTAGAGAC 6780

TTTCCTGTGG GAGAGTCGGT TCTTAGCGTC AAAGACCAAG TCCAGAAACT CATCGACCAA 6840

GCTACTTCCA GCGAGAATTT GTGCCAAAGC TATGTGGGGT GGTGCCCATT TTGGTAG 6897

Domain Profile

S: 1     iagfderveilaskqkpkklllrGsdgkeypyLvkgkeDlrqdervlqlfslvNtlLakd  60

         i++fd+++ +++skq+p+k +++Gsdg+ y +L+kg+eDlrqderv+qlf+lvNtlL +

Q: 1906  IQSFDPQLIVMPSKQRPRKCTIKGSDGQDYTFLLKGHEDLRQDERVMQLFGLVNTLLTNA  1965

         89**********************************************************

S: 61    ketsrrkLkirtykVvplstrsgliewventvsLkellkklvekkavlldqpisyrykdl  120

          +t ++ L+i++y Vvpls++sgli+wv+n+++L++l++++++ ++v  +        ++

Q: 1966  RHTAEKDLSIQRYDVVPLSPNSGLIGWVPNCDTLHHLIREYRDARKVPVN-------AEH  2018

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

S: 121   stvqarkpklkhlkls..levfkevlenlvpkdllkklllekfpspeewfelrkaytrsl  178

         +++++ +p+l+hl+l   +evf+++le  +  d l+k+++ k+ ++e+w+e+r++ytrsl

Q: 2019  RAMVSFAPDLDHLTLIakVEVFQHALEA-TDGDDLAKVFWLKSKTSEVWLERRTNYTRSL  2077

         **************9999**********.7779***************************

S: 179   AvislvgyiLgLgdrhlenllidqetgevvhidfgvafekaktqlkvpekvPFRLTrniv  238

         Av+s+vgy LgLgdrh++nl++++ +g+++hidfg +fe a+t++k+pekvPFRLTr++v

Q: 2078  AVMSMVGYLLGLGDRHPSNLMLNRYSGKILHIDFGDCFEAAMTREKFPEKVPFRLTRMLV  2137

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

S: 239   nalgvtgveGvfrasceavlrvlreskeklltiLevflydplvdwkkkk  287

         +a++v g+eG+fr++ce v++vlr++k+++++++e+f++dpl++w+  +

Q: 2138  KAMEVSGIEGNFRSICEDVMHVLRSNKDSVMAMMEAFVHDPLINWRLFN  2186

         **********************************************822

Domain Sequence
(FASTA)

IQSFDPQLIV MPSKQRPRKC TIKGSDGQDY TFLLKGHEDL RQDERVMQLF GLVNTLLTNA 60

RHTAEKDLSI QRYDVVPLSP NSGLIGWVPN CDTLHHLIRE YRDARKVPVN AEHRAMVSFA 120

PDLDHLTLIA KVEVFQHALE ATDGDDLAKV FWLKSKTSEV WLERRTNYTR SLAVMSMVGY 180

LLGLGDRHPS NLMLNRYSGK ILHIDFGDCF EAAMTREKFP EKVPFRLTRM LVKAMEVSGI 240

EGNFRSICED VMHVLRSNKD SVMAMMEAFV HDPLINWRLF N 281

Keyword

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

Sequence Source

Ensembl

Orthology

Ortholog group

Arabidopsis lyrata"; ?>Arabidopsis thaliana"; ?>Brachypodium distachyon"; ?>Brassica rapa"; ?>Chlamydomonas reinhardtii"; ?>Glycine max"; ?>Musa acuminata"; ?>Oryza brachyantha"; ?>Oryza glaberrima"; ?>Oryza indica"; ?>Oryza sativa"; ?>Physcomitrella patens"; ?>Populus trichocarpa"; ?>Setaria italica"; ?>Solanum lycopersicum"; ?>Solanum tuberosum"; ?>Sorghum bicolor"; ?>Vitis vinifera"; ?>

Gene Ontology

GO:0005524	; F:ATP binding
GO:0008144	; F:drug binding
GO:0016301	; F:kinase activity
GO:0016773	; F:phosphotransferase activity, alcohol group as acceptor
GO:0009793	; P:embryo development ending in seed dormancy

KEGG

smo:SELMODRAFT_413509

;

InterPros

IPR011989	; ARM-like.
IPR016024	; ARM-type_fold.
IPR024585	; DUF3385_TOR.
IPR003152	; FATC.
IPR011009	; Kinase-like_dom.
IPR000403	; PI3/4_kinase_cat_dom.
IPR018936	; PI3/4_kinase_CS.
IPR003151	; PIK-rel_kinase_FAT.
IPR014009	; PIK_FAT.
IPR009076	; Rapamycin-bd_dom.
IPR026683	; TOR/Smg1.

Pfam

PF11865	; DUF3385; 1.
PF02259	; FAT; 2.
PF02260	; FATC; 1.
PF00454	; PI3_PI4_kinase; 1.
PF08771	; Rapamycin_bind; 1.

SMARTs

SM00146

; PI3Kc; 1.

Prosites

PS51189	; FAT; 1.
PS51190	; FATC; 1.
PS00915	; PI3_4_KINASE_1; 1.
PS00916	; PI3_4_KINASE_2; 1.
PS50290	; PI3_4_KINASE_3; 1.

Prints

Created Date

20-Feb-2013