KEGG   Rattus norvegicus (rat): 171296
Entry
171296            CDS       T01003                                 
Symbol
Myo9a
Name
(RefSeq) unconventional myosin-IXa
  KO
K10360  myosin IX
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:rno00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    171296 (Myo9a)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rno04131]
    171296 (Myo9a)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    171296 (Myo9a)
Membrane trafficking [BR:rno04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    171296 (Myo9a)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     171296 (Myo9a)
SSDB
Motif
Pfam: Myosin_head RhoGAP RA IQ C1_1 nSTAND3 AAA_22 AAA_16 AAA_19
Other DBs
NCBI-GeneID: 171296
NCBI-ProteinID: NP_599162
RGD: 621395
Ensembl: ENSRNOG00000011619
UniProt: Q9Z1N3
Position
8:69044853..69248094
AA seq 2626 aa
MNVSDGGRRRFEDNEHTLRIYPGTISEGTIYCPIPARKNSTAAEVIDSLINRLHLDKTKC
YVLAEVKEFGGEEWILNPTDCPVQRMMLWPRMALENRLSGEDYRFLLREKNLDGSIHYGS
LQSWLRVTEERRRMMERGFLPQPQQKDFDDLCSLPDLNEKTLLENLRNRFKHEKIYTYVG
SILIAINPFKFLPIYNPKYVKMYDNHQLGKLEPHIYAVADVAYHAMLQRKKNQCIVISGE
SGSGKTQSTNFLIHHLTALSQKGFASGVEQIILGAGPVLEAFGNAKTAHNNNSSRFGKFI
QVNYQETGTVLGAYVEKYLLEKSRLVYQEHNERNYHVFYYLLAGASEEERLAFHLKQPEE
YHFLNQITKKPLRQSWDDYCYDSEPDCFTVEGEDLRHDFERLQLAMEMVGFLPKTRRQIF
SLLSAILHLGNISYKKKTYRDDSIDICNPEVLPIVSELLEVKEEMLFEALVTRKTVTVGE
KLILPYKLAEAVTVRNSMAKSLYSALFDWIVFRINHALLNSKDLEKDTKTLSIGVLDIFG
FEDYENNSFEQFCINFANERLQHYFNQHIFKLEQEEYRTEGISWHNIDYIDNTCCINLIS
KKPTGLLHLLDEESNFPQATNQTLLDKFKHQHEENSYIEFPAVMEPAFIIKHYAGKVKYG
VKDFREKNTDHMRPDIVALLRSSRNAFVSGMTGIDPVAVFRWAVLRAFFRAVVAFREAGK
RHIQRKSGHDDTTPCTILKSMDSFSFLQHPVHQRSLEILQRCKEEKYSITRKNPRTPLSD
LQGMNTLNEKNQHDTFDIAWNVRTGIRQSRLPTNNTSLLDKDGIFANSASSKLLERAHGI
LTRNKNFRSKPVLPKHLLEVNSLKHLTRLTLQDRITKSLLHLHKKKKPPSISAQFQVSLS
KLMETLDQAEPYFVKCIRSNAEKLPLRFSDALVLRQLRYTGMLETVRIRQSGYSSKYSFQ
DFVSHFHVLLPQHIIPSKFNIQDFFRKININPDNYQVGKTMVFLKEHERQHLQDLLHQEV
LRRIILLQRWFRVLLSRQQFLHLRQASVIIQRFWRNYLNQKQVRNAAVEKDAFIMASAAS
LLQASWRAHLERQRYLELRAAAVIIQQRWRELCRRRHRAATCIQSRWRGYRQSKKYKEQR
NKIILLQSIYRGFRARQRYKALKEERLKETKLEHGLAQIKTCGPLEIQGSDPSEWEDRSF
ANRVKAIEECKSVIESNRISRESSMDFSKESPDKQQERGRSQSGTDLQGDVIVRQRPKSL
EDLHQKKVGRAKRESRRMRELEQAIFSLELLKVRSLGGMSPSEERRWSTELMPEGLQSPQ
GTPDSESSQGSLELLTCDENQKSKPESLILDDGELKISSPSTFTNPKFDSQNNALSASSE
TSSTFSGKGASSDSEHLKNGTAEEKLVYSSQPITCKSQLRDSFVSSSLPTFFYIPHQEPL
KTSSQLDTSIQRNKLPERETTLKTTLTLDINREARKCQFSGQVTPLNPDSSCTVLKKLEK
LNIEKEKRQKQLQQQNEKEMMEQIRQQTDILEKERKAFKTIEQSRTEASLLAPSFYQSRQ
KVERPSSLHIQNTPSKGEAGVLGSPSALATKDSPSIHLPPKDRPVTLFFERKGSPCQSRT
VKELTKTERMGTQHDAACRLSNNRNTEREHFKSTHSYSHRSDDPSREGSSRPIFFTPKDN
VITPLVHSGNPQVHKQDEPAWKSKLAGPGQREVARPAHKKKARMARTRSDFLTRGTFADG
EGDTEEDDYDDIIEPLLSLDQASHSELGPVSSLGQASHSDSEMTSQRFSSVDEQARLHKA
MSQGEITKLAGRQKSSDLDIRPQRAKMRFWAKGKQGEKKTTRVKPAPQSEVSSLFAGSDV
TPVHPFSDELTQYHPTPPLSPELPGSCRKEFKENKEPSPKAKRKRGVKISSVALDSMHWQ
NDSVQIIASANDLKSMDEFLLKKMNDLDNEDSKKDTLVDVVFKKALKEFRQNIFSSYSSA
LAMDDGKSIRYKDLYALFEQILEKTMRFEQRDWNESPVRVWVNTFKVFLDEYMNEFKTLD
STAPKVLKTERKKRRKKETDLVEEHNGHMFKATQYSIPTYCEYCSSLIWIMDRASVCKLC
KYACHKKCCLKTTAKCSKKYDPELSSRQFGVELSRLTSEDRAVPLVVEKLINYIEMHGLY
TEGIYRKSGSTNKIKELRQGLDTDAESVNLDDYNIHVIASVFKQWLRDLPNPLMTFELYE
EFLRAMGLQERKETIRGVYSVIDQLSRTHLSTLERLIFHLVRIALQEDTNRMSANALAIV
FAPCILRCPDTTDPLQSVQDISKTTTCVELIVVEQMNKYKARLKDISSLEFAENKAKTRL
SLIRRSMKPVLIAVRFMSITRSSVSGKGRLHRGSHPNPSSPVIVRLPSMSDVPEETLTSE
TAMDTDVTDQQQAAMQQEEKVLTEQIENLQKEKEELTFEMLVLEPRASDDEALESEASIG
TADSLENLNMDPEERSLALSSLKAAGKSEPSSKFRKQLRKQPDSLDSVSSSVSSCLSNTT
SSHGTRKRFQIYSKSPFYRAASACEAQGMEGPLGQAKSLEDRPQFISRGTFNPEKGKQKL
KNVKNSPQKTKETPEGTVSSGRKKTVDSDCSSTQQLPLFGNNEFMV
NT seq 7881 nt   +upstreamnt  +downstreamnt
atgaatgtaagtgatggaggaagacgacgctttgaggataatgaacacacattgcgaata
tatcctgggacaatttcagaaggaacaatttactgtccaattcctgccagaaaaaactcc
acagctgctgaggtgattgactcccttataaacagacttcacctagacaagacaaaatgc
tacgttttagcagaggtaaaggaatttggtggagaagaatggattctcaatccaaccgac
tgtccagttcagcgaatgatgctgtggccccgaatggctttggaaaatcgcctaagtggg
gaggactatcgctttcttctgagagaaaaaaacctcgatggatcaattcattatggtagc
ctccagtcatggctacgggtaaccgaagaacgccgaaggatgatggagcggggttttctt
ccacagcctcaacagaaagactttgatgatttatgtagcttgcctgatttgaatgagaaa
actctcttagaaaacctacggaatcgctttaagcatgaaaaaatttatacttatgttggc
agtattctaatagctattaatccattcaaatttcttcctatttataaccccaaatatgtc
aaaatgtatgataaccaccagctgggaaaacttgaaccccacatatatgctgtggcggat
gttgcttatcatgccatgcttcagcgcaaaaagaatcagtgtattgtgatttcaggagag
agtggttctgggaagactcaaagcacaaactttcttattcatcaccttactgccctcagc
cagaaaggatttgccagtggagtagaacagattattcttggagctggaccagtacttgag
gcctttggaaatgcaaagacagctcataataacaattcaagtcgttttggcaagtttatt
caagtaaattaccaagaaacaggcactgtacttggggcctatgttgaaaaatatcttctg
gaaaaatctagacttgtttatcaagagcataatgaacggaactatcatgtattctattac
ctccttgcaggagcaagtgaagaagagaggttagcattccaccttaagcagcctgaggag
tatcattttctcaaccagataacaaagaaacccctcagacagagctgggatgattattgc
tatgattctgagccggattgcttcacagtggagggagaagatttgaggcatgattttgaa
cgcttacaattggccatggaaatggtaggatttcttcccaagacacgaagacagattttc
tcactgctctcagcaatactacatttgggtaatatctcatataaaaagaagacctatcga
gatgactctattgatatctgtaatcctgaagtactgcctattgtctcagaattactagaa
gttaaagaagagatgctatttgaagcattggttacaaggaagacggtgacagtgggtgaa
aagcttattttaccatataaactggcagaggctgtgacagtgagaaactccatggctaaa
tctttatatagtgctctgtttgactggatagtgtttcgtattaatcatgcacttctgaat
agtaaagatttggaaaaagatactaagactttgtccattggtgtacttgatatttttggg
tttgaagattatgaaaacaatagttttgaacagttctgtattaattttgctaatgaacgt
ttacagcactactttaatcagcatatctttaagttggagcaagaggaatatagaactgaa
ggtatcagttggcacaacattgattatattgataatacttgttgtataaatcttattagc
aaaaaaccaacaggactgctccaccttttggatgaagaaagcaactttccacaggctaca
aatcaaacattacttgacaagtttaaacatcaacatgaagagaattcttacattgaattt
ccagctgtaatggagcctgcttttatcataaaacattacgctggaaaagtaaaatatgga
gtaaaggattttcgggaaaaaaatacagatcatatgcgtccagacattgtggctcttctg
agaagtagcaggaatgcttttgtttctgggatgactggcattgatcccgtagctgttttc
cgatgggcagttctccgagcattttttagagctgtggttgctttcagggaagctgggaaa
agacatattcagagaaaaagtggacatgatgatacaacaccatgtacaattttgaaaagt
atggatagttttagctttctccaacacccagtccaccagaggagcttagagattctgcag
aggtgcaaggaagagaagtacagtataacccggaaaaacccaagaacacctctttctgat
cttcaaggcatgaacactctgaatgaaaaaaatcaacatgatacatttgatattgcctgg
aatgtcagaactggaattcgccaaagcagactaccaactaacaatacttccttgcttgat
aaagatgggatatttgctaattcagcaagcagcaaactcctggaaagagctcatggaatt
ctcacgagaaacaaaaatttcaggtcaaaacctgttcttccaaagcacttgctggaggta
aattctttgaaacatctgaccagactgacccttcaggatcgaattaccaaatctcttctt
catttgcataagaagaagaaacctcccagtatcagcgcccagtttcaggtctccttaagc
aagctgatggagacacttgatcaagcagaaccatattttgtaaaatgcattcgctcaaat
gctgaaaagctgcccttaagattcagtgatgccttggtactaagacagcttcggtacact
gggatgctggagacagttagaattcgccaatctggatatagctccaaatattctttccag
gattttgtgagccactttcatgtacttcttccccaacatattatcccatcaaaatttaac
attcaagatttcttcagaaaaataaatatcaatcctgataattatcaagttggaaaaacc
atggtgttcctaaaggagcatgaacgacagcacttacaggatctgcttcatcaggaagtg
cttcgcagaatcatactgctgcagcggtggttcagggtcttgctctctaggcagcagttc
cttcacttgagacaggcgtctgttattattcagcgattctggaggaactatctaaatcag
aagcaagttagaaatgcggctgtggagaaagatgctttcatcatggctagtgcagcttcc
cttcttcaagcgtcctggcgtgctcacttagagaggcagcggtacttggagttacgagct
gcagctgtcattatccagcagagatggagggaactctgtaggcgtagacacagggctgct
acctgtatacagtcaagatggaggggctacaggcaaagtaagaagtacaaagaacaaagg
aataaaattatcctgttacagtcaatatatagaggattcagagcacgacaaagatataag
gctttaaaagaggaaaggctgaaagaaacaaaactagagcatggattggcgcagatcaag
acatgtggacctctagaaatccagggttcagacccttctgagtgggaggatcgttccttt
gccaacagagtgaaagccatagaagaatgtaaatctgtgatagagagtaatcgaattagc
cgggagagttcaatggacttctcaaaggagtctccagacaagcaacaggagagaggcagg
agccaaagtggtacagatttacagggggatgtgattgtaagacagaggcccaagtcattg
gaagatctacatcagaaaaaagtaggtcgggccaaaagagaaagtcggagaatgagagaa
ttagaacaagctatatttagcttagaattgctcaaagtccgttctcttggtggcatgtct
ccttcagaggaacgtagatggtctacagaattgatgcctgaaggccttcaatctccacag
ggtacacctgatagtgagagctctcaagggagcttagaacttttaacctgtgatgagaac
caaaagagcaaaccagagtccctcattttagatgatggagaattgaaaatttcatcaccc
agtacatttaccaatccaaaatttgattcacaaaataatgccctcagtgcctcaagtgag
acaagctctacgttttctggaaaaggagcatcctctgactcagagcatttgaagaatgga
actgcagaggaaaagcttgtctatagttctcaacccatcacttgtaaatctcagctgaga
gactcttttgtttcaagtagtctgcctacatttttttatattcctcatcaagaacctctg
aaaacaagctcccaactagatacaagtatccaaagaaacaaactaccagaaagagaaacc
actttgaagacaactcttactctggatattaacagagaagccaggaagtgtcagttttca
ggtcaggtgactcctttgaatccagattcttcatgtactgtgcttaagaagctagaaaag
ctgaatattgaaaaggagaaaaggcaaaagcagttacagcagcagaatgaaaaagaaatg
atggaacagattcgtcagcagacagatattttagagaaggaacgcaaggctttcaagaca
attgaacagtcacgaactgaggcctctctcttggcaccatccttttaccagtcaagacaa
aaagtagagaggccatcttctctgcatatccaaaatactccaagtaagggagaagctggt
gtactaggttccccatcagctcttgccacaaaagatagtccctccattcatttaccccca
aaagaccgacctgttaccctgttctttgaaagaaaaggaagcccatgccaatctagaact
gtcaaggaattaaccaagacagaaagaatgggtacccaacatgatgctgcctgtagactc
tccaataatcgcaatacagaaagagaacactttaagtcaactcactcttacagccacaga
tctgatgacccttccagagagggaagttcgagacctattttcttcacaccaaaagacaat
gtgattactccccttgtacacagtggaaatcctcaagtccacaaacaagatgaaccagct
tggaaatctaagttagcagggcctgggcaacgagaggttgccagaccggcccataaaaag
aaagctcgaatggcgcggacgcgctccgatttcttgactagaggtacttttgccgatggg
gagggggatacagaggaagatgattacgatgacattattgagccccttctctcccttgac
caagcttctcactctgagctagggcctgtatccagcctgggtcaggcctctcacagtgac
tccgaaatgacgtcacaacgattttcttcagttgatgaacaagcaaggcttcataaggct
atgtctcaaggagagattacaaaattggcaggacgacagaagtcttcagatttggacata
agaccccagagagcgaagatgagattctgggccaaagggaaacaaggagagaagaagact
actagagtaaaacctgctccccagtcggaggtctcatcactctttgctggctcagatgtg
acacctgttcatccattttctgatgagttaactcagtaccacccaacacctcctttgagt
ccagaactgcccgggagttgtcgaaaagagttcaaagagaataaggaaccatcgccaaag
gcaaaacgcaagagaggtgtgaaaatcagcagtgtggccttggactctatgcactggcaa
aatgactctgtccaaatcatagcaagtgccaacgatttaaaaagtatggatgagtttctt
ctgaaaaagatgaatgacctagataatgaagacagcaagaaggatacattagtggatgtt
gtatttaaaaaagccctcaaagaatttcggcaaaatatcttcagctcttactcgtctgca
ctggcgatggatgatgggaaaagcatacgctataaagatctgtatgcgctatttgaacag
atcctggaaaagaccatgaggtttgagcaacgtgattggaatgaatctccagtgagagtt
tgggttaacacttttaaggtgtttttagatgaatacatgaatgaattcaagactttggat
agcacagccccaaaggtgcttaaaacagaaagaaagaaaaggaggaaaaaggaaactgat
ttggtggaagagcacaatggccacatgtttaaggccacccagtacagcatccctacctac
tgtgaatactgttcttccttgatatggataatggacagagcctctgtttgcaaattgtgt
aagtacgcttgccataagaagtgctgtctgaaaaccacagccaagtgttctaagaagtat
gatccagagctgtcatctcggcaatttggggttgagctgtcccgtctgactagtgaagac
cgagctgttcctttagtggtagagaagctcataaactacattgaaatgcatggactttat
acagagggtatttaccgaaagtctggttcaactaataaaatcaaggagcttcgacaaggt
ctagatacagatgctgaaagtgtaaacctagatgactataacatacatgtcattgcaagt
gtattcaaacaatggcttcgtgatttgcccaatccactcatgacttttgaactctatgaa
gaattccttcgagctatgggccttcaggaaagaaaggagacaatccgtggtgtgtactct
gtaattgatcagctctcccggactcacctcagtacactggaacgccttatctttcatcta
gttaggattgctctacaggaagacactaatagaatgtctgctaatgctttggccatcgtg
tttgcaccttgcattctccgttgccctgacactactgacccactacaaagtgttcaagat
atcagtaagactaccacatgtgtggaactgatagttgtagaacaaatgaataaatacaag
gctcgtctcaaagacatcagtagcctggaatttgctgaaaataaagcaaagaccagacta
tcactgattcgtagatcaatgaaacctgtcctaattgcagttagatttatgagcattacc
cgcagttcagtctcgggaaaggggcgtctacatcgaggaagccatccaaatccatcctcc
cctgttatagtccgattgccttccatgtctgatgtcccagaagagaccttgactagtgag
acagccatggacactgacgtcacagaccagcagcaagcagcaatgcagcaggaggagaaa
gtactgactgagcagattgagaacctacagaaagaaaaggaagaactaacatttgagatg
cttgtattggagcctcgtgcctctgatgatgaagcccttgagtctgaggcttctattggg
actgctgatagcttggaaaatttgaatatggatcctgaagagagaagcttagcccttagc
tccctgaaagcagctggcaagtctgagccttcaagcaagtttcgaaagcagctaagaaag
cagccagactctttggactcagtcagctcctccgtttcttcatgtctatcaaacactaca
tcatctcatggcactagaaagcgatttcagatttattccaagtctccattttaccgagct
gcctcagcttgtgaggcccagggaatggaaggaccactaggccaagccaaatccctagaa
gacaggcctcagttcatcagcagaggaaccttcaaccctgaaaagggcaaacaaaaacta
aagaatgtgaaaaactcacctcagaaaaccaaagagaccccagaggggacggtttcatct
ggccgaaagaaaactgtggactcagactgcagctccacacagcaactaccactgtttgga
aataatgagtttatggtctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (12)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (10)   
DNA sequence (14)   
   RefSeq(nuc) (12)   
   GenBank (1)   
   EMBL (1)   
Protein domain (9)   
   Pfam (9)   
All databases (46)   

Download RDF
DBGET integrated database retrieval system