EKS-MOD-00118

Eukaryotic Protein Kinase & Protein Phosphatase Database

Tag

Content

EKPD ID

EKS-MOD-00118

Classification

Group/Family	Score	E-Value	Start	End	Domain Length
TKL/LRRK	414.8	1.4E-124	1233	1508	276

Status

Unreviewed

Ensembl Protein

ENSMODP00000015118

UniProt Accession

F7G536;

Protein Name

Protein Synonyms/Alias

Gene Name

LRRK1

Gene Synonyms/Alias

LRRK1;

Ensembl Information

Ensembl Gene ID	Ensembl Protein ID	Ensembl Transcript ID
ENSMODG00000012068	ENSMODP00000015118	ENSMODT00000015399

Organism

Monodelphis domestica

Functional Description

Protein Length

2009

Protein Sequence
(FASTA)

MYWCVGTEAS AVGQDHIMDH GQDGSVDMGS KQSTLGNVSI DQSPMIESIQ AAYKKGKASK 60

VQELVKVFEE SVSHLEKCQL LSITAAYGDL EAVRYLLKEK FVELPTEPND DNPAVVAAYF 120

GHMDVVKELL DSLLGPCSYQ RLLNWMLAIA CQQGHLDVVK LLVLTYSADP ESYAVRKNEF 180

PVIIRLPLYA AIKSGNEDIA IFLIRHGAFF CSYILMDSPD LSKHLLRKYF IEASVSRTGS 240

PTKAALHVKW SHLKLPWVDL DWLIDISCQI TELDLSANCL TSLPSVIPWG LINLRKLNLS 300

DNQLVELPSV QSSDEIICTR LLEIDISSNK LLHLPPGFLH LSKLQKLTAT KNYLEKLFEE 360

ENATNWIGLR KLQELDLSDN KLTELPTVFL HSFKSLNCLN VSRNKLKIFP DPWACPLKCC 420

KAAKNLLEYL PDKIAVFWKN HLKELDFSEN ALKDVPLGLF QLDTLMSLKL LGNQLISLPS 480

QDKWTCKQLK YLDLSKNQLG KNEDGLKTRR ISFFNTKNRQ RSCTESSSGL EFPAFLSESL 540

EVLCLNDNQI DMIPQSVCLL KGLSELYLGN NPGLRELPPE LGQLANLWQL DIEELNISNV 600

PAEIQKEGPK TILAYLRAQL RKAEKCKLMK MIIVGPPRQG KSTLLEILQT GRPPQMMHSD 660

ATIRTSKWEL QKPPGSKAKV DSVEFNVWDI GGPASMSTVN QCFFTDKALY VVVWNLALGE 720

EAVANLQFWL LNIEAKAPNS VVLVVGTHLD LIETKFRVER IATLRAYVLA LCRSPSGSRA 780

TGFPDITFKH LHELSCKSLE GQEGLRQLIF HVTCNMKDTG STIGSQKLAG RLIPRSYLSL 840

QEAVIAEQQR RNQADDVQYL TDKQIEQIIE QTPGNDINDY EDLQSAISFL IETGTLLHFP 900

DTSHGLRNLY FLDPIWLSEC LQRIFNIKSS KSVAKNGVIR AEDLRMLLVG TGFTEQTEEQ 960

YFQFLAKFEI ALPVANDSYL LPHLLPAKPG LDTHGLRHQA ANTIQRVFKM SFVPVGFWQR 1020

FIARMLISLA EMDLQLFENK KNTKNRNRKV TIYSFMGSQR NRCSTFRVKR NQTIYWQEGL 1080

LVTFDGGYLS VESSDVNWKK KKSGGIKIIC QSEVRDFSAM AFITDHINSL IDQWFPALTA 1140

TESDGTLLME QYVPCPICES SRTLQNDLNE KIEDVQYFDM EDCVLTAIEQ DFITCPSHSD 1200

IPVPLQELVP ELFMTDFPAR LFLENSKLEC SENENNVLGQ GGSGTIIYQA QYHGKPVAVK 1260

RFQLKKFKNF ANATADTMLK HLRAMDAMKN FSEFRQEASM LHSLQHPCIV SLIGISIHPL 1320

CFALELAPLG SLTTVLSEKS KGSSFMPLGH MLTQKIAYQI VSGLAYLHKK NIIFCDLKSD 1380

NILVWSLDVK EHMNIKLSDY GISRQSFHEG ALGVEGTPGY QAPEIRPRIV YDEKVDMFSY 1440

GMVLYELLSG QRPVLGHHQL QIAKKLSKGI RPVLGQPEEV QFHRLQALMT ECWDTKPEKR 1500

PLAVSVVSQM KDPTFATFMY MLHCGKQTSF FSSPGQEYTV VFWDGKEESR NYTVVNTEKG 1560

LIEVQRMSCL GMKLSCQLKI QSALWTATED QKIYIYSLKG MCPLNAPQNA LDTPAVVTCF 1620

LAVPVMKKNS YLVLAGMSDG LVAVFPVIQG IPDKNCSYLC SHTANRSKFN ITDDDPRQNP 1680

YPVRTMEIAN SGSEVWYSNG PGILIIDCAT LEINRRLDPY SPPSMITSMV VNSECHGEEV 1740

VWCLDDKDNS VVMFFSATYQ LCARYFCGDC SPLRDTFPVE QPILGLSTAD MASQKHPVGD 1800

CIADVSIIFS EELGTQILNH QNSLTDYCSM SSYSSSPSNR INRSFSSLPN LPMSSSTVPF 1860

PTDYEDSDKF HEPNFCSDGS EKDGPLLNSE ASTHLQAVKI LSVKDLIWIP RQGGDVIVIG 1920

LEKESGTQRG RVIAVLKARE LAPYGTLVEA AVVAKDTVVC CFEQENMEWC LAVWRGWGAR 1980

EFDTFYQSYE ELGRLEAGMR KRRTQELCL 2009

Nucleotide Sequence
(FASTA)

ATGTACTGGT GTGTAGGTAC TGAGGCATCT GCTGTAGGCC AAGACCACAT CATGGACCAT 60

GGCCAAGATG GTTCCGTGGA CATGGGCAGC AAACAGTCCA CGCTGGGCAA TGTCTCCATA 120

GATCAGTCCC CTATGATAGA AAGCATTCAG GCAGCATACA AAAAAGGAAA AGCCAGTAAG 180

GTCCAAGAGC TGGTTAAAGT ATTTGAAGAG AGCGTGTCAC ATCTGGAAAA GTGCCAACTT 240

TTGAGCATCA CAGCAGCCTA CGGAGATCTA GAAGCAGTGA GGTACCTTCT CAAAGAAAAA 300

TTTGTTGAGT TACCCACGGA GCCAAATGAT GATAATCCAG CTGTGGTGGC TGCTTATTTT 360

GGACACATGG ATGTTGTAAA AGAATTACTA GATTCCTTAC TGGGTCCATG CAGCTACCAA 420

CGACTGCTAA ATTGGATGTT AGCCATTGCC TGCCAACAAG GACACCTAGA TGTAGTTAAA 480

CTCTTAGTCC TTACTTATAG TGCTGACCCA GAGAGCTATG CAGTAAGAAA GAATGAATTT 540

CCAGTCATTA TAAGGTTACC ACTTTATGCA GCTATCAAGT CAGGGAATGA AGATATTGCT 600

ATATTTCTGA TTCGTCATGG GGCCTTCTTT TGTTCATACA TTCTGATGGA TAGCCCTGAT 660

CTAAGTAAAC ATCTCCTTAG GAAATATTTC ATAGAGGCGA GCGTATCAAG AACTGGTTCT 720

CCAACAAAAG CAGCTCTCCA TGTAAAATGG TCCCATCTGA AGTTGCCGTG GGTGGATCTA 780

GACTGGCTAA TCGATATTTC ATGTCAGATC ACAGAGTTAG ACCTTTCTGC CAACTGCCTG 840

ACATCCCTCC CATCCGTCAT TCCCTGGGGA CTGATAAACC TTCGAAAATT GAATCTCTCT 900

GACAACCAGC TGGTAGAGCT ACCCAGCGTA CAATCCTCCG ATGAAATCAT CTGTACCAGG 960

TTACTTGAAA TTGATATATC CAGCAACAAG TTATTACATC TTCCTCCTGG ATTTTTACAC 1020

CTCTCAAAAC TTCAAAAGCT GACAGCTACA AAAAATTACT TAGAAAAATT ATTTGAAGAA 1080

GAAAATGCAA CTAATTGGAT TGGATTAAGG AAGCTTCAGG AACTTGATCT ATCTGACAAT 1140

AAATTGACAG AATTACCTAC TGTATTCCTT CACTCATTCA AATCACTAAA TTGCCTGAAT 1200

GTCTCCAGAA ATAAACTGAA GATTTTTCCT GATCCCTGGG CTTGCCCCTT GAAATGTTGT 1260

AAAGCTGCCA AAAACTTACT GGAGTATCTG CCAGACAAAA TCGCTGTTTT TTGGAAAAAT 1320

CACCTTAAAG AACTGGATTT TTCAGAAAAT GCACTCAAAG ATGTTCCCTT GGGACTCTTC 1380

CAGCTTGATA CTTTGATGTC CTTGAAATTA TTAGGGAACC AACTAATTTC CCTTCCCTCT 1440

CAAGATAAAT GGACCTGCAA GCAACTTAAA TATTTGGATC TTTCTAAAAA TCAACTTGGA 1500

AAAAATGAAG ATGGACTTAA AACAAGGAGG ATTTCCTTCT TCAACACCAA GAATAGACAG 1560

CGTTCATGTA CAGAGTCAAG TTCTGGGCTG GAATTTCCAG CTTTTCTTAG TGAATCCTTA 1620

GAAGTTTTAT GTCTGAATGA CAATCAAATT GACATGATCC CACAATCTGT CTGCCTACTG 1680

AAAGGCTTAT CAGAACTCTA CTTAGGAAAT AATCCAGGTC TCCGAGAGCT TCCTCCAGAA 1740

CTTGGTCAGC TGGCTAATCT TTGGCAGCTA GATATAGAAG AACTGAATAT CAGCAATGTT 1800

CCTGCAGAGA TCCAGAAAGA AGGCCCCAAA ACTATATTAG CTTACTTGAG AGCTCAACTA 1860

CGGAAAGCAG AAAAATGCAA GCTAATGAAA ATGATTATTG TGGGTCCTCC AAGACAGGGC 1920

AAGTCAACTC TCTTAGAGAT TTTACAGACT GGGAGACCGC CACAGATGAT GCACAGTGAT 1980

GCCACTATCA GGACCTCCAA ATGGGAGCTA CAAAAACCAC CTGGATCGAA AGCAAAGGTT 2040

GATTCTGTGG AGTTCAATGT TTGGGATATC GGTGGCCCAG CCAGCATGTC CACAGTCAAT 2100

CAGTGTTTCT TCACGGACAA AGCCTTGTAT GTGGTGGTTT GGAACTTAGC GCTAGGGGAA 2160

GAGGCAGTTG CAAATCTTCA GTTCTGGCTG TTGAATATTG AGGCAAAGGC CCCAAACTCA 2220

GTAGTGCTGG TGGTGGGAAC ACACCTGGAC TTAATCGAGA CTAAATTTCG TGTTGAAAGG 2280

ATTGCTACAC TGAGAGCATA TGTGCTGGCA CTTTGTCGAT CTCCCTCAGG TTCGAGAGCC 2340

ACTGGTTTTC CAGATATCAC ATTTAAACAC TTACATGAAC TCTCTTGTAA AAGTCTGGAA 2400

GGCCAAGAAG GGCTCCGCCA GCTGATTTTT CACGTTACGT GTAACATGAA GGATACTGGC 2460

AGCACAATCG GCTCTCAGAA ACTTGCAGGG AGACTGATAC CAAGGAGTTA CCTCAGTCTC 2520

CAAGAAGCGG TCATAGCTGA GCAGCAGAGA CGAAATCAGG CAGATGATGT CCAGTATCTC 2580

ACAGATAAAC AAATAGAGCA AATCATAGAA CAGACACCAG GAAATGACAT CAACGACTAT 2640

GAAGACTTAC AGTCGGCTAT CAGCTTCCTC ATTGAAACAG GAACCCTCTT ACATTTCCCG 2700

GACACTAGCC ATGGACTTAG AAACCTCTAC TTCCTTGATC CAATCTGGTT ATCAGAATGT 2760

CTGCAGAGGA TTTTTAACAT TAAGAGCTCC AAGTCAGTGG CCAAGAATGG AGTGATTAGA 2820

GCAGAGGATC TCAGGATGCT GCTAGTTGGA ACAGGCTTCA CTGAACAAAC AGAAGAACAG 2880

TATTTTCAGT TTCTAGCCAA ATTTGAAATT GCCTTGCCAG TTGCTAATGA CAGTTACCTC 2940

TTACCACATC TTCTTCCGGC CAAGCCAGGT TTAGATACCC ATGGCTTGCG GCACCAGGCT 3000

GCAAACACAA TTCAAAGGGT GTTTAAAATG AGTTTCGTTC CTGTTGGCTT CTGGCAAAGG 3060

TTTATAGCTC GGATGTTAAT TAGTTTGGCA GAAATGGATC TCCAGCTTTT TGAAAACAAG 3120

AAGAATACCA AGAACAGGAA TAGAAAAGTG ACCATTTACA GTTTTATGGG CAGCCAGAGA 3180

AACCGTTGCA GCACATTTAG AGTAAAAAGA AACCAGACCA TATACTGGCA AGAAGGTCTC 3240

CTGGTCACAT TTGATGGGGG CTACCTCAGT GTAGAATCCT CCGATGTCAA CTGGAAGAAG 3300

AAAAAAAGTG GAGGAATAAA AATAATTTGT CAATCAGAAG TGAGAGATTT CTCAGCCATG 3360

GCTTTTATCA CTGATCATAT CAATTCCTTG ATAGACCAGT GGTTTCCTGC CCTTACAGCT 3420

ACTGAGAGTG ATGGTACCTT GCTCATGGAG CAATATGTCC CATGCCCCAT CTGTGAGTCT 3480

TCAAGAACTC TACAAAATGA CTTGAATGAG AAAATAGAAG ATGTGCAATA CTTTGATATG 3540

GAGGACTGTG TCCTGACTGC AATCGAGCAA GACTTTATTA CATGTCCCAG TCATTCAGAT 3600

ATTCCTGTTC CTTTGCAAGA GCTGGTCCCA GAGTTATTTA TGACTGATTT TCCAGCAAGG 3660

CTATTTCTGG AAAATAGCAA GTTAGAATGC AGTGAAAATG AAAACAATGT TCTGGGCCAA 3720

GGTGGAAGTG GAACCATTAT ATACCAGGCT CAGTACCACG GGAAACCAGT GGCCGTGAAG 3780

AGATTTCAGC TCAAAAAATT CAAGAACTTT GCTAATGCCA CAGCAGATAC CATGCTGAAG 3840

CATCTACGAG CCATGGATGC CATGAAGAAT TTCTCAGAAT TCCGGCAAGA AGCCAGCATG 3900

CTCCATTCCT TACAACATCC GTGTATTGTT TCTTTGATTG GGATTAGCAT CCATCCTCTT 3960

TGCTTTGCCT TAGAACTCGC CCCCTTGGGT AGTCTTACCA CTGTGCTTTC TGAAAAGTCC 4020

AAAGGTTCTT CCTTTATGCC CCTGGGGCAC ATGCTTACAC AGAAAATAGC CTATCAGATT 4080

GTCTCAGGCC TGGCCTACCT GCATAAAAAG AACATCATAT TCTGCGACTT AAAATCGGAC 4140

AACATTTTAG TTTGGTCCCT TGATGTCAAA GAACACATGA ACATCAAACT CTCTGATTAC 4200

GGAATCTCTC GGCAGTCATT TCACGAAGGA GCTCTTGGAG TAGAGGGGAC CCCTGGCTAC 4260

CAGGCCCCCG AGATCAGGCC TCGAATTGTA TATGATGAAA AGGTGGACAT GTTTTCTTAT 4320

GGAATGGTGC TCTATGAATT GCTCTCAGGT CAGCGACCTG TGCTTGGTCA TCATCAACTT 4380

CAGATTGCCA AGAAGCTATC CAAGGGCATT CGTCCAGTGC TGGGGCAGCC AGAAGAAGTA 4440

CAGTTCCATA GACTACAGGC ACTCATGACG GAGTGTTGGG ACACCAAACC TGAAAAGCGA 4500

CCTTTGGCTG TTTCCGTAGT TAGCCAGATG AAGGACCCCA CCTTTGCAAC TTTCATGTAC 4560

ATGCTGCACT GTGGGAAGCA GACTTCTTTT TTCTCATCCC CGGGACAAGA ATATACTGTC 4620

GTGTTCTGGG ATGGAAAAGA GGAATCCAGG AACTATACAG TGGTAAACAC TGAGAAAGGA 4680

CTTATAGAAG TACAGAGAAT GAGCTGCCTG GGAATGAAGC TGAGCTGTCA ATTAAAAATT 4740

CAGAGTGCAC TGTGGACCGC CACTGAGGAT CAGAAGATCT ACATATACAG CTTAAAGGGT 4800

ATGTGCCCAT TAAATGCCCC CCAAAACGCA TTAGACACCC CAGCTGTTGT CACTTGCTTC 4860

CTGGCAGTAC CTGTTATGAA AAAGAATTCC TACCTCGTTT TGGCTGGTAT GTCTGATGGA 4920

CTTGTGGCAG TGTTTCCTGT GATCCAGGGT ATTCCAGATA AAAACTGCTC CTATCTATGT 4980

TCACATACTG CAAACAGATC CAAATTCAAC ATCACCGATG ATGATCCCCG ACAAAATCCT 5040

TATCCTGTAA GAACCATGGA AATAGCTAAC AGTGGATCCG AGGTCTGGTA CAGCAATGGT 5100

CCTGGCATCC TAATTATAGA CTGTGCCACA CTGGAAATAA ATAGACGATT AGATCCCTAT 5160

TCTCCTCCTT CCATGATAAC ATCAATGGTG GTCAACTCGG AGTGCCATGG TGAAGAAGTG 5220

GTCTGGTGCC TGGATGACAA AGACAACTCT GTCGTGATGT TCTTTTCTGC CACCTATCAG 5280

TTATGTGCAC GGTACTTTTG TGGAGACTGC AGCCCACTCA GAGATACATT TCCAGTTGAG 5340

CAGCCCATAT TGGGACTCTC CACTGCTGAT ATGGCCAGCC AGAAGCATCC TGTGGGGGAC 5400

TGTATAGCCG ACGTGAGCAT AATCTTTAGC GAAGAACTTG GGACTCAGAT ATTAAACCAC 5460

CAAAATTCTC TTACAGATTA TTGCTCCATG TCCTCATATT CATCTTCCCC TTCCAACAGA 5520

ATCAATAGGT CTTTCTCGAG TCTGCCAAAT TTACCCATGA GCTCCTCTAC TGTTCCTTTT 5580

CCCACTGACT ATGAAGACTC TGACAAATTT CATGAGCCCA ATTTTTGCTC TGATGGATCT 5640

GAAAAGGATG GGCCTCTTTT GAACAGCGAA GCATCTACAC ACCTACAAGC AGTCAAAATC 5700

CTCTCAGTAA AAGACCTCAT TTGGATCCCC AGGCAAGGTG GAGATGTTAT CGTCATTGGA 5760

CTGGAGAAGG AATCTGGTAC CCAGCGGGGT AGAGTAATAG CTGTATTAAA GGCTAGAGAA 5820

CTGGCCCCAT ATGGGACGCT GGTTGAAGCC GCTGTTGTAG CAAAGGACAC GGTTGTGTGC 5880

TGCTTTGAAC AGGAAAACAT GGAATGGTGC CTGGCTGTCT GGAGAGGCTG GGGGGCCAGA 5940

GAGTTTGACA CTTTCTACCA GTCCTATGAA GAGCTAGGAA GGCTTGAAGC CGGTATGCGA 6000

AAAAGAAGAA CACAGGAACT GTGCCTTTGA 6030

Domain Profile

S: 2     kkgsllGrGafGsv.yraavkGeevavkafki..........aadklkrdslelalkays  50

         +++++lG+G++G++ y+a+++G++vavk+f++          a+++lk++++++a+k++s

Q: 1233  NENNVLGQGGSGTIiYQAQYHGKPVAVKRFQLkkfknfanatADTMLKHLRAMDAMKNFS  1292

         6899*********99*********************************************

S: 51    elrqelsvLlalkhPsivsLvgisikPlalvleLaplgsLdrlLsedkksss..klgrtl  108

         e+rqe+s+L++l+hP+ivsL+gisi+Pl+++leLaplgsL ++Lse+ k ss  +lg++l

Q: 1293  EFRQEASMLHSLQHPCIVSLIGISIHPLCFALELAPLGSLTTVLSEKSKGSSfmPLGHML  1352

         *************************************************999999*****

S: 109   tkkialqvargleyLhkkkiiyrdLksenvLvwslspkeailikladyGisrqslrsGak  168

         t+kia+q+ +gl+yLhkk+ii++dLks+n+Lvwsl++ke+++ikl+dyGisrqs+++Ga+

Q: 1353  TQKIAYQIVSGLAYLHKKNIIFCDLKSDNILVWSLDVKEHMNIKLSDYGISRQSFHEGAL  1412

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

S: 169   gveGteGfraPeivrgevvydekvdvfsfGlllyellsgkrpvegeeqlkivekllkGkr  228

         gveGt+G++aPei r+++vydekvd+fs+G++lyellsg+rpv+g++ql+i++kl+kG+r

Q: 1413  GVEGTPGYQAPEI-RPRIVYDEKVDMFSYGMVLYELLSGQRPVLGHHQLQIAKKLSKGIR  1471

         *************.**********************************************

S: 229   PvlvkeeevlptplldLlveCwkekPekrPtasqvvs  265

         Pvl+++eev++++l++L++eCw++kPekrP+a +vvs

Q: 1472  PVLGQPEEVQFHRLQALMTECWDTKPEKRPLAVSVVS  1508

         ***********************************97

Domain Sequence
(FASTA)

NENNVLGQGG SGTIIYQAQY HGKPVAVKRF QLKKFKNFAN ATADTMLKHL RAMDAMKNFS 60

EFRQEASMLH SLQHPCIVSL IGISIHPLCF ALELAPLGSL TTVLSEKSKG SSFMPLGHML 120

TQKIAYQIVS GLAYLHKKNI IFCDLKSDNI LVWSLDVKEH MNIKLSDYGI SRQSFHEGAL 180

GVEGTPGYQA PEIRPRIVYD EKVDMFSYGM VLYELLSGQR PVLGHHQLQI AKKLSKGIRP 240

VLGQPEEVQF HRLQALMTEC WDTKPEKRPL AVSVVS 276

Keyword

Complete proteome; Leucine-rich repeat; Reference proteome; Repeat.

Sequence Source

Ensembl

Orthology

Ortholog group

Ailuropoda melanoleuca"; ?>Anolis carolinensis"; ?>Bos taurus"; ?>Callithrix jacchus"; ?>Canis familiaris"; ?>Cavia porcellus"; ?>Danio rerio"; ?>Equus caballus"; ?>Felis catus"; ?>Gallus gallus"; ?>Gasterosteus aculeatus"; ?>Gorilla gorilla"; ?>Homo sapiens"; ?>Ictidomys tridecemlineatus"; ?>Latimeria chalumnae"; ?>Loxodonta africana"; ?>Macaca mulatta"; ?>Meleagris gallopavo"; ?>Mus musculus"; ?>Mustela putorius furo"; ?>Myotis lucifugus"; ?>Nomascus leucogenys"; ?>Oreochromis niloticus"; ?>Ornithorhynchus anatinus"; ?>Oryctolagus cuniculus"; ?>Otolemur garnettii"; ?>Pan troglodytes"; ?>Pelodiscus sinensis"; ?>Petromyzon marinus"; ?>Pongo abelii"; ?>Rattus norvegicus"; ?>Sarcophilus harrisii"; ?>Sus scrofa"; ?>Taeniopygia guttata"; ?>Takifugu rubripes"; ?>Tetraodon nigroviridis"; ?>Xenopus tropicalis"; ?>Xiphophorus maculatus"; ?>

Gene Ontology

GO:0005739	; C:mitochondrion
GO:0005524	; F:ATP binding
GO:0005525	; F:GTP binding
GO:0004672	; F:protein kinase activity
GO:0007264	; P:small GTPase mediated signal transduction

KEGG

InterPros

IPR002110	; Ankyrin_rpt.
IPR020683	; Ankyrin_rpt-contain_dom.
IPR011009	; Kinase-like_dom.
IPR001611	; Leu-rich_rpt.
IPR003591	; Leu-rich_rpt_typical-subtyp.
IPR013684	; MIRO-like.
IPR000719	; Prot_kinase_cat_dom.
IPR020859	; ROC_GTPase.
IPR017986	; WD40_repeat_dom.

Pfam

PF12796	; Ank_2; 1.
PF00560	; LRR_1; 1.
PF08477	; Miro; 1.
PF00069	; Pkinase; 1.

SMARTs

SM00248	; ANK; 3.
SM00369	; LRR_TYP; 1.

Prosites

PS50297	; ANK_REP_REGION; 1.
PS51450	; LRR; 11.
PS50011	; PROTEIN_KINASE_DOM; 1.
PS51424	; ROC; 1.

Prints

Created Date

20-Feb-2013