KEGG   Mus musculus (house mouse): 270163
Entry
270163            CDS       T01002                                 
Symbol
Myo9a, 4732465J09Rik, C130068I12Rik, C230003M11
Name
(RefSeq) myosin IXa
  KO
K10360  myosin IX
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    270163 (Myo9a)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mmu04131]
    270163 (Myo9a)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mmu04812]
    270163 (Myo9a)
Membrane trafficking [BR:mmu04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    270163 (Myo9a)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     270163 (Myo9a)
SSDB
Motif
Pfam: Myosin_head RhoGAP RA IQ C1_1 nSTAND3 T2SSE AAA_19 AAA_16 AAA_22
Other DBs
NCBI-GeneID: 270163
NCBI-ProteinID: NP_766606
MGI: 107735
Ensembl: ENSMUSG00000039585
UniProt: D3Z3A8
Position
9:59658128..59836149
AA seq 2631 aa
MNVSDGGRRRFEDNEHTLRIYPGTISEGTIYCPIPARKNSTAAEVIDSLINRLHLDKTKC
YVLAEVKEFGGEEWILNPTDCPVQRMMLWPRMALENRLSGEDYRFLLREKNLDGSIHYGS
LQSWLRVTEERRRMMERGFLPQPQQKDFDDLCSLPDLNEKTLLENLRNRFKHEKIYTYVG
SILIAINPFKFLPIYNPKYVKMYDNHQLGKLEPHIYAVADVAYHAMLQRKKNQCIVISGE
SGSGKTQSTNFLIHHLTALSQKGFASGVEQIILGAGPVLEAFGNAKTAHNNNSSRFGKFI
QVNYQETGTVLGAYVEKYLLEKSRLVYQEHNERNYHVFYYLLAGASEEERLAFHLKQPEE
YHFLNQITKKPLRQSWDDYCYDSEPDCFTVEGEDLRHDFERLQLAMEMVGFLPKTRRQIF
SLLSAILHLGNISYKKKTYRDDSIDICNPEVLPIVSELLEVKEEMLFEALVTRKTVTVGE
KLILPYKLAEAVTVRNSMAKSLYSALFDWIVFRINHALLNSKDLEQDTKTLSIGVLDIFG
FEDYENNSFEQFCINFANERLQHYFNQHIFKLEQEEYRTEGISWHNIDYIDNTCCINLIS
KKPTGLLHLLDEESNFPQATNQTLLDKFKHQHEENSYIEFPAVMEPAFIIKHYAGKVKYG
VKDFREKNTDHMRPDIVALLRSSRNAFVSGMTGIDPVAVFRWAVLRAFFRAVVAFREAGK
RHIQRKSGHDDTTPCAILKSMDSFSFLQHPVHQRSLEILQRCKEEKYSITRKNPRTPLSD
LQGMNTLNEKNQHDTFDIAWNVRTGIRQSRLPASNTSLLDKDGIFAHSASSKLLERAHGI
LTRNKNFRSKPVLPKHLLEVNSLKHLTRLTLQDRITKSLLHLHKKKKPPSISAQFQASLS
KLMETLGQAEPYFVKCIRSNAEKLPLRFSDALVLRQLRYTGMLETVRIRQSGYSSKYSFQ
DFVSHFHVLLPQHIIPSKFNIQDFFRKININSDNYQVGKTMVFLKEHERQHLQDLLHQEV
LRRIVLLQRWFRVLLSRQQFLHLRQASIIIQRFWRNYLNQKQVRNAAVEKDAFIMASAAS
LLQASWRAHLERQRYLELRAAAVIIQQRWRELYRCRHKAATCIQSRWRGYRQRKKYKEQR
NKIILLQSIYRGFRARQRCNALKEEKLREAKLEHGLVHVKACGPLEIQGSDPSEWEDRSF
DNRVKAIEECKYVIESNRISRESSMDFSKESPDKQQERGRRQSGTDLQEDVIVRQRPKSL
EDLHQKKVGRAKRESRRMRELEQAIFSLELLKVRSLGGMSPSEERRWSTELMPEGLQSPH
GTPDSESSQGSLELLTCDENQKSKPESLILDEGELKISSPNTFTNPKSQDNALSASSETS
STLAGKGASSDSEHLKNGTAKEKLVCSSEPITCKPQLRDSFVSSSLPTFFYIPHQEALKT
SSHLDTSIQRNKLPEREAILKTTLTQDINREARKCQFSGDQMTPLNTDSSCTVLKKLEKL
NIEKEKRQKQLQQQNEKEMMEQIRQQTDILEKERKAFKTIEQSRTEASVLAPSFYQPRQK
VERPCSLYIQNTPSKGEAGVLGSPSAVTKRDAALATKDSPSIHLPPKDRPVTLFFEKKGS
PCQSRTVKELPKTERTGTQHDAAYKLSNNRSTERDHFKSTHFYSHRSDDPSREGSSRAIF
FTPKDNITPLVHSGNPQAHKQDESAWKPKLAGPGQQEVARPAHKKKARMARTRSDFLTRG
TFAEGEGDTEEDDYDDIIEPLLSLDQASHSELGPVSSLGQASHSDSEMTSQRFSSVDEQA
KLHKAMSQGEITKLAVRQKASDLDIRPQRAKMRFWAKGKQGEKKTTRVKPASQSEISSFF
PGPDVTPAHPFSDELTQYHPTPPLSPELPGSCRKEFKENKEPSPKAKRKRGVKISSVALD
SMHWQNDSVQIIASASDLKSMDEFLLKKMNDLDNEDSKKDTLVDVVFKKALKEFRQNIFS
SYSSALAMDDGKSIRYKDLYALFEQILEKTMRLEQRDWNESPVRVWVNTFKVFLDEYMNE
FKTLDSTAPKVLKTERKKRRKKETDLVEEHNGHIFKATQYSIPTYCEYCSSLIWIMDRAS
VCKLCKYACHKKCCLKTTAKCSKKYDPELSSRQFGVELSRLTSEDRAVPLVVEKLINYIE
MHGLYTEGIYRKSGSTNKIKELRQGLDTDAESVNLDDYNIHVIASVFKQWLRDLPNPLMT
FELYEEFLRAMGLQERKETIRGVYSVIDQLSRTHLNTLERLIFHLVRIALQEDTNRMSAN
ALAIVFAPCILRCPDTTDPLQSVQDISKTTTCVELIVVEQMNKYKARLKDISSLEFAENK
AKTRLSLIRRSMKPVLIAVRFMSITRSSVSGKGRIHRGNYPSPSSPVIVRLPSMSDVPEE
TLSSETAMETDLTDQQQAAMQQEEKVLTEQIENLQKEKEELTFEMLVLEPRASDDETLES
EASIGTADSSENLNMDSEERSLALSSLKAAGKSEPSSKSRKQLRKQPDSLDSVSSSVSSC
LSNTTSSHGTRKRFQIYSKSPFYRAASACEAQGTEGPLGQAKSLEDRPQFISRGTFNPEK
GKQKLKNVKNSPQKTKETPEGTVTSGRKKTVDSDCSSTQQLPLFGNNEFMV
NT seq 7896 nt   +upstreamnt  +downstreamnt
atgaatgtaagtgatggaggaagacgacgctttgaggataatgaacacacattgcgaata
tatcctgggacaatttcagaaggaacaatttactgtccaattcctgccagaaaaaattcc
acagctgctgaggtgattgactcccttataaacagacttcacctagacaagacaaaatgc
tatgttttagcagaggtaaaggaatttggtggagaagaatggatactcaatccaaccgac
tgtccagttcagcgaatgatgttgtggccccgaatggctttggaaaatcgcttgagtgga
gaggactaccgttttcttctgcgagaaaaaaaccttgatgggtcaattcattatggtagc
ctccaatcatggctacgggtaaccgaagaacgccgcaggatgatggagcggggttttctt
ccacagcctcaacagaaagactttgatgatttatgtagcttgcctgatttgaatgagaaa
actctcttagaaaacctacggaatcgctttaagcatgaaaaaatttatacttatgttggc
agtattctaatagctattaatccattcaaatttcttcctatttataaccccaaatatgtc
aaaatgtatgataaccaccagttgggaaaacttgagccccacatatatgctgtggcagat
gtagcttatcatgcgatgcttcagcgcaaaaagaatcagtgtattgtgatttcaggagag
agtggttctgggaagactcaaagcacaaactttcttattcaccaccttactgctctcagt
cagaaaggatttgccagtggagtagaacagattattcttggagctggaccagtacttgag
gcctttggaaatgcaaagacagctcataataacaattcaagtcgttttggcaagtttatt
caagtaaattaccaagaaacaggcactgtacttggggcctatgttgaaaaatatcttctg
gaaaaatctagacttgtttatcaagagcataatgaacggaactatcatgtattctattac
cttctcgcaggagcaagtgaggaagagaggttagcattccaccttaaacagcctgaggag
taccattttctcaaccagataacaaagaaacctctcagacagagctgggatgattattgc
tatgattctgagccggattgcttcacagtggagggagaagatttgaggcatgactttgaa
cgcttacagttggccatggaaatggtaggatttcttcccaagacacgaagacagattttc
tctctgctctcagcaatactacatttgggtaatatctcatataaaaagaagacctatcgg
gatgactctattgatatctgtaatcctgaagtactacccattgtctcagaattattagaa
gttaaagaagagatgctatttgaagcattagttacaaggaagacggtgacagtgggagaa
aagcttattttaccatataaactggcagaggctgtgacagtgagaaactccatggctaag
tctttatatagtgctctgtttgactggatagtgtttcgtattaatcatgcacttctgaat
agtaaagatttggaacaagatactaagactttgtccattggtgttcttgatatttttggg
tttgaagattatgaaaacaatagttttgaacagttctgtattaattttgctaatgaacgt
ttacagcactactttaatcagcatatctttaagttggagcaagaggaatatagaactgaa
ggtatcagttggcataacatagattatattgataatacttgttgcataaatcttattagc
aaaaaaccaacaggactgctccatcttttggatgaagaaagcaactttccacaggctaca
aaccaaacattacttgacaagtttaaacatcaacatgaagagaattcttacattgaattt
cctgctgtgatggagcctgcttttatcataaaacattatgctggaaaagtaaaatatgga
gtaaaggattttcgggaaaaaaatacagatcatatgcgtccagacattgtggctcttctg
agaagtagcaggaatgcttttgtttctgggatgactggcattgatcctgtagctgttttc
cgatgggcagttcttcgagcatttttcagagctgtggttgctttcagggaagctgggaaa
agacatattcagagaaaaagtggacatgatgatacaacaccatgtgcgattttgaaaagt
atggatagttttagctttctccaacacccagtccaccagaggagcttagagattctgcag
aggtgcaaggaagagaagtacagtataacccgaaaaaacccaagaacacccctttctgat
cttcaaggcatgaacactctaaatgaaaaaaatcaacatgacacatttgatattgcctgg
aatgtcagaactggcattcgccaaagcagactaccagctagcaatacttccttgcttgat
aaagatgggatattcgctcattcagcaagcagcaaactcctggaaagagctcatggaatt
ctcacgagaaacaaaaatttccggtcaaaacctgttcttccaaagcatttgctggaggta
aattctttgaagcatctgacaagactgacccttcaggatcgaattaccaaatctcttctt
catttgcacaagaagaagaaacctcccagtatcagcgctcagtttcaggcctccttaagc
aagctgatggagacacttggtcaagcagaaccatattttgtaaaatgtattcgctcaaat
gctgaaaagctgccgttaagattcagtgatgccttggtactaagacagcttcggtacact
gggatgctggaaacagttagaattcgccaatctggatatagctccaaatattctttccag
gattttgttagccactttcatgtacttcttcctcaacatattattccatctaaatttaat
attcaagatttcttcagaaaaataaatattaattctgataattatcaagttggaaaaacc
atggttttcctaaaggagcatgaacgacagcacttacaagatctgcttcatcaggaagtg
cttcgcagaatcgtactgttgcaacggtggtttagggtcttgctctctaggcagcagttc
cttcatttgagacaggcatctattattattcagcgattttggaggaattacctaaatcag
aagcaagtcagaaatgcggctgtggagaaagatgctttcataatggctagtgcagcttcc
cttcttcaggcatcctggcgtgctcacttagagaggcaacggtacttggaattacgagct
gcagctgtcattatccagcagagatggagggaactctataggtgtaggcacaaggctgct
acctgtatacaatcaagatggaggggctacaggcaaaggaagaagtacaaagaacaaagg
aataaaattatcctgttacagtcaatatatagaggattccgagcacggcaaagatgtaat
gctttaaaagaggaaaagctgagagaagcaaaactagagcatggactggtgcatgtcaag
gcatgtggacctctagaaatccagggttcagatccttctgagtgggaggatcgttccttt
gacaacagagtgaaagccatagaagaatgtaaatatgtgatagagagtaatcgaattagc
cgtgagagttcaatggacttctcaaaggagtctccagacaagcaacaggagagaggcaga
cgccaaagtggtacagacttacaggaagatgtgattgtaagacagaggcccaagtccttg
gaggatctacatcagaaaaaagtaggtcgggccaaaagagaaagtcggagaatgagagaa
ttagagcaagctatatttagcttagaattactgaaagtccgttctcttggtggcatgtct
ccttcagaggaacgtagatggtctacagaattgatgcctgaaggccttcaatctccacat
ggtactcctgatagtgagagctctcaagggagcttagaacttttgacctgtgatgagaac
caaaagagcaaaccagagtctctcattttagatgagggagaattgaaaatttcatcaccc
aatacatttaccaatccaaaatcacaagataatgccctcagtgcctcaagtgagacaagc
tctacattagctggaaaaggagcatcctctgactcagagcatttgaagaatgggactgca
aaggaaaagcttgtctgtagttctgaacctatcacctgtaaaccccagctgagagactct
tttgtttcaagcagtctgcctacatttttttatattcctcatcaagaagctctgaaaaca
agttcccatcttgacacaagtatccaaagaaacaaactaccagaaagagaagccattttg
aagacgactcttactcaggatattaacagagaagccaggaagtgtcagttttcaggagat
cagatgactcctttgaatacggattcttcatgcactgtgcttaagaagttagaaaagctg
aatattgaaaaagagaaaaggcaaaagcagttacaacagcagaatgaaaaagaaatgatg
gaacagattcgtcagcagacagatattttagagaaggaacgtaaggccttcaagacaatt
gaacagtcacgaactgaggcctctgtcttggcaccatccttttatcagccaagacaaaaa
gtagagaggccatgttctctgtatatccagaatactccgagtaaaggagaagctggtgta
ctaggttccccatcagcagtcactaaaagagacgcagctcttgccacaaaagatagtccc
tccattcatttacccccaaaagaccgacctgtcaccctgttctttgaaaaaaaaggaagc
ccatgccaatctagaactgtcaaggaattaccgaagacagaaagaacgggcacccaacat
gatgctgcctataaactctctaataatcgcagtacagaaagagaccactttaagtcaaca
cacttttacagccacagatctgatgacccttccagagagggaagttcaagagccattttt
ttcacaccaaaagacaatattactccccttgtacacagtggaaatcctcaagcccacaaa
caagatgaatcagcttggaaacctaagttagcagggcccgggcaacaagaggttgccaga
ccggcccataaaaagaaagctcgaatggcgcggacgcgctccgatttcttgactagaggt
acttttgccgaaggggagggggatacagaggaagatgattacgatgacattattgagccc
cttctctcccttgaccaagcttctcactctgagctagggcctgtatccagcctgggtcag
gcctctcacagtgactccgaaatgacatcacaacgattttcttcagttgatgagcaagca
aagctccataaggctatgtctcaaggagagattacaaaattggcagtaagacagaaggct
tcagatttggacataagaccccagagagcgaagatgagattctgggccaaagggaaacaa
ggagagaagaagacaactagagtaaaacctgcttcccagtcggagatctcatcattcttt
cctggcccagatgtgacacctgctcatccattttctgacgagttaactcagtaccaccca
acacctcctttgagtccagaactgcctgggagttgtcgaaaagagttcaaagagaataag
gaaccttctccaaaggcaaagcgcaagagaggtgtaaaaatcagcagtgtggccttggac
tctatgcattggcaaaatgactctgtccaaatcatagcaagtgccagtgatttaaaaagt
atggatgagtttcttctgaaaaagatgaatgacctagataatgaagacagcaagaaggat
acattagtggatgttgtatttaaaaaagccctgaaagaatttcggcagaatatcttcagc
tcttattcatctgcattggcgatggatgatgggaaaagcatccgctataaagacctatat
gcgctatttgaacagattctggaaaaaaccatgagattggagcaacgtgattggaatgaa
tctccagtgagagtttgggttaacacttttaaggtgtttttagatgaatacatgaatgaa
ttcaagactttggatagcacagccccaaaggtgcttaaaacagaaagaaagaaaaggagg
aaaaaggaaaccgatttggtggaagagcacaatggccacatctttaaggccacccagtat
agcatccctacatactgtgaatactgttcttccttgatatggataatggacagagcctct
gtttgcaaattgtgtaagtacgcttgccataagaagtgctgcctaaaaaccacagccaag
tgttctaagaagtatgatccagagctgtcatctcggcaatttggggttgagctgtcccgt
ttgactagtgaagaccgagctgttcctttagtggtagagaagctcataaactatattgaa
atgcatggactttatactgaaggtatttaccgaaagtctggttcaactaataaaatcaag
gagcttcgacaaggtctagatacagatgctgaaagtgtaaacctagatgactataacata
catgtcattgcaagtgtattcaaacaatggcttcgtgatttgcccaatccactcatgact
tttgaactctatgaagaattccttcgagctatgggccttcaggaaagaaaagagacaatc
cgtggtgtgtactctgtaattgatcagctctcccgaactcatctcaatacactggaacgc
cttatctttcatctagttaggattgctctacaggaagacactaatcgaatgtctgctaat
gctttggccattgtgtttgcaccttgcattctccgttgccctgacactactgacccacta
caaagtgtacaagatatcagtaagactaccacatgtgtggagctgatagtggtagaacaa
atgaataaatataaggctcgtctcaaagacatcagtagcctggaatttgctgaaaataaa
gcaaagaccagactgtcactgattcgtagatcaatgaaacctgtactaattgcagttaga
tttatgagcattacccgcagttcagtctcgggaaaggggcgtatacaccgaggaaactat
ccaagtccatcttcccctgttatagtccgattgccttccatgtctgatgtcccagaagag
accttgtctagtgagacagccatggaaactgacctcacagaccagcagcaagcagcaatg
cagcaggaggaaaaagtactgactgagcagattgagaacctacagaaagaaaaggaagaa
ctaacatttgagatgcttgtattggaacctcgtgcctctgatgatgaaacccttgaatct
gaggcttctattgggactgctgatagttcggaaaatttgaatatggattctgaagagaga
agtttagcccttagctccctgaaagcagctggcaagtctgaaccttcaagcaagtcgcgg
aagcagctaagaaagcagccagactctctagactccgtcagctcctccgtttcttcatgt
ctatcaaacactacatcatctcatggcactagaaagcgatttcagatttattccaagtct
ccattttaccgagctgcttcagcttgtgaggcccagggaacggaaggaccgctaggccaa
gccaaatccctagaagacaggcctcagttcatcagcagaggaaccttcaaccctgaaaag
ggcaaacaaaaactaaagaatgtgaaaaactcacctcagaaaaccaaagagaccccagag
gggacagtcacatctggccgaaagaaaactgtggactcagactgcagctccacacagcaa
ctaccactgtttggaaataatgagtttatggtctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
Protein sequence (18)   
   UniProt (1)   
   RefSeq(pep) (17)   
DNA sequence (37)   
   RefSeq(nuc) (17)   
   GenBank (10)   
   EMBL (10)   
Protein domain (10)   
   Pfam (10)   
All databases (117)   

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