KEGG   Balaenoptera acutorostrata scammoni (minke whale): 103001568
Entry
103001568         CDS       T03086                                 
Symbol
MYO9A
Name
(RefSeq) myosin IXA
  KO
K10360  myosin IX
Organism
bacu  Balaenoptera acutorostrata scammoni (minke whale)
Pathway
bacu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:bacu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    103001568 (MYO9A)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:bacu04131]
    103001568 (MYO9A)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:bacu04812]
    103001568 (MYO9A)
Membrane trafficking [BR:bacu04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    103001568 (MYO9A)
Cytoskeleton proteins [BR:bacu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     103001568 (MYO9A)
SSDB
Motif
Pfam: Myosin_head RhoGAP RA IQ C1_1 nSTAND3 CCDC92 AAA_16 AAA_22 AAA_19
Other DBs
NCBI-GeneID: 103001568
NCBI-ProteinID: XP_007197836
Position
Un
AA seq 2648 aa
MNINDGGRRRFEDNEHTLRIYPGTISEGTIYCPIPAGKNSTAAEVIDSLINRLHLDETKC
YVLAEVKEFGGEEWILNPTDCPVQRMMLWPRMALENRLSGEDYRFLLREKNLDGSIHYGS
LQSWLRVTEERRRMMERGFLPQPQQKDFDDLCSLPDLNEKTLLENLRNRFKHEKIYTYVG
SILIAINPFKFLPIYNPKYVKMYDNHQLGKLEPHIYAVADVAYHAMLQRKRNQCIVISGE
SGSGKTQSTNFLIHHLTALSQKGFASGVEQIILGAGPVLEAFGNAKTAHNNNSSRFGKFI
QVNYQETGTVLGAYVEKYLLEKSRLVYQEHNERNYHVFYYLLAGASEEERLAFHLKQPEE
YHYLNQITKKPLRQSWDDYCYDSEPDCFTVEGEDLRHDFERLQLAMEMVGFLPKTRRQIF
SLLSAILHLGNICYKKKTYRDDSIDICNPEVLPVVSELLEVKEEMLFEALVTRKTVTVGE
KLILPYKLAEAVTVRNSMAKSLYSALFDWIVFRINHALMNSKDLEQNIKTLSIGVLDIFG
FEDYENNSFEQFCINFANERLQHYFNQHIFKLEQEEYRAEGISWHNIDYIDNTCCINLIS
KKPTGLLHLLDEESNFPQATNQTLLDKFKHQHEENSYIEFPAVMEPAFIIKHYAGKVKYG
VKDFREKNTDHMRPDIVALLRSSKNAFISGMIGIDPVAVFRWAVLRAFFRAVIAFREAGK
RHIQRKTGHDDTAPCAVLKSMDSISFLQHPVHQRSLEILQRCKEEKYSITRKNPRTPLSD
LQGMNTLNEKNQHETFDFAWNGRTGIRQSRLSSNTSMLDKDGIFANSASSKLLERAHGIL
TRNKNVKSKPGFPKHLLEVKSLKHLTRLTLQDRITKSLLHLHKKKKPPSISAQFQASLSK
LMETLDQAEPYFVKCIRSNAEKLPLRFSDALVLRQLRYTGMLETVRIRQSGYSCKYSFQD
FVSHFHVLLPRNIIPSKFNIQDFFRKINLNPDNYQVGKSMVFLKEQERQHLQGLLHQEVL
RRIILLQRWFRALLCRQHFLHLRQASVIIQRFWRNYLNQKQVRDAAVQQDALVMASAATL
LQASWRAYLERQRYLELRTAAIVIQQKWREHYRRRHMAAICIQARWKGYRESKRYQEQRN
KIILLQSLCRGFRARQRFKALKEQRLKKTKLKLGLANIKPYGTLEIHGSDPSEWEDCSFD
NRVKAIEECKSVIESNRISHESSKDCLNESPNKRQERARSRSGMDLQGDVTVRERPKSLE
DLHQKKVGRAKRESRRMRELEQAIFSLELLKVRSLGGVSPSEERRWSTELMPEGLQSLQG
TPDSESSQGSLELLSCEESQKSKLEPIILDEGDVPFLSPKISSSPNFDSQDNALSTSSET
NYTLIQKRAPSDSVHLKNGAMKEKLVCSSESITCKPQLRDSFISNSLPTFFYIPQQDPLK
TRSQLDTSVQRNKLLESEETLPSLTLDINREARKYRFPGENQVVASLNTDSSNIVLKKLE
KLNTEKEERQKQLQQQNEKEMMEQIRQQTDILEKERKAFKTIEKPRTGETFLVPSFHQSK
QRIERPSSLLILNTPNKDEPSVVGTPSVTVKDAALAPKDSPSAHLPLKDRPVTLFFERKG
GPCQSSAVKELSKTDRMSTQLNVACKLSNNRISKREHLRPTQPCSYKSDDPFRDGTTRAI
FFTPKENMSSSLVTKEALNSGNPQLHKQDEPASKPVKLTGPGQREQVARPAHKKKARMAR
TRSDFLTRGTFADGEGDTEEDDYDDIIEPLLSLDQASHSELGPAPGLGQASHSDSEMTSQ
RFSSVDEEAKLHKTMSQGEITKLAVRQKASDSDIRPQRAKMRFWAKGKQGEKKTTRVKPA
THSEVSALFAGSDMIPAHQFPDELSQNQPTPPLSPELPGSCRKEFKENKEPSPKARRKRN
VKISSVALESMHWQNDSVQIIASASDLKSMDEFLLKKMNDLDNEDSKKDTLVDVVFKKAL
KEFRQNIFSFYSSALAIDDGKSIRYKDLYALFEQILEKTMRLEQRDWSESPVRVWVNTFK
VFLDEYMNEFKTLEYIPTKVPKTERKKRRKKETDLVEEHNGHIFKATQYSIPTYCEYCSS
LIWIMDRASVCKLCKYACHKRCCLKTTAKCSKKYDPELSSRQFGVELSRLTSEDRTVPLV
VEKLINYIEMHGLYTEGIYRKSGSTNKIKELRQGLDTDAENVNLDDYNIHVIASVFKQWL
RDLPNPLMTFELYEEFLRAMGLQERKETIRGVYSVIDQLSRTHLNTLERLIFHLVRIALQ
EDTNRMSANALAIVFAPCILRCPDTIDPLQSVQDISKTTTCVELIVVEQMNKYKARLKDI
SSLEFAENKAKTRLSLIRRSMKPVLIAVRFMSITRNSVSGKGRLRRGNYPCPSSPVVVRL
PSMSDVPEETLTSEAALEADITEQQQAAMQQEERVLTEQIENLQKEKEELTFEMLVLEPR
ASDDETLESEASIGTADSSENLNIESEGAIAEKSERSLALISLKAAGKSEPSGKLRKQLK
KQQDSLDSVDSSVSSLCSSSTASSHGTRRRFQIYSKSPFYRASSAGEALGVEGPLGQTKS
LEDKPQFISRGTFNPEKGKQKLKNVKNSPQKTKETPEGTVVSGRRKTVDPDCSSTQQLAL
FGNNEFMV
NT seq 7947 nt   +upstreamnt  +downstreamnt
atgaatataaatgatggaggaagacgacgctttgaggataatgaacatacattacgtata
tatcctgggacaatttcagaagggacaatctactgtccaattcctgccggaaaaaactcc
acggctgctgaggtgatcgactctcttataaacagacttcatcttgacgaaacaaaatgt
tatgttctagcagaggtaaaagaatttggtggagaagaatggatactcaatccaacagac
tgtccagttcagcgaatgatgttgtggccccgaatggctctggaaaatcgcttgagtgga
gaggactaccgttttcttctgagagaaaaaaaccttgatggatcaatccattatggtagt
cttcagtcatggctacgggtaacagaagaacgtcgcaggatgatggaacggggttttctt
ccacagcctcaacagaaagactttgatgatttatgtagcttacctgatttgaatgagaaa
actctcttagaaaacctacgaaatcgctttaagcatgaaaaaatttacacctacgttggc
agtattctaatagctattaacccattcaagtttcttcctatttataaccccaaatacgtc
aaaatgtatgataaccaccaattgggaaaacttgagcctcacatttatgctgtggctgat
gtagcttatcatgccatgcttcagcgcaaaaggaatcagtgcatcgtgatttcaggagag
agtggttctgggaagactcaaagcacaaactttcttattcatcaccttactgccctcagt
cagaaaggatttgccagtggagtggaacaaattattcttggagctggaccagtacttgag
gcctttggaaatgcaaagacagctcataataacaattcaagtcgttttggcaagtttatt
caagtaaattaccaagaaacaggcactgtacttggtgcctatgttgaaaagtatctactg
gagaagtccagactcgtttatcaagagcataatgaacggaactatcatgtgttttattac
ctcctggcaggagcaagtgaagaagagagattagcattccatcttaaacaaccggaagaa
tatcattatctcaatcagataacaaagaaacccctcagacagagctgggatgattattgc
tatgactctgagccggattgcttcacagtggagggggaagatttgaggcatgactttgaa
cgcttacaactagccatggaaatggtaggatttcttcccaagacacgaagacagattttc
tctcttctctcagcaatactacatttgggtaatatctgttataaaaagaagacataccgg
gatgactccatagatatatgtaatcctgaagttctgcctgttgtctcagaattattagaa
gttaaagaagagatgctatttgaagcactagttacaaggaagaccgtgacagtgggagaa
aagcttattttaccatacaaactggcagaggctgtgacagtgaggaactccatggctaag
tctttatatagtgccctgtttgactggatagtttttcggattaatcatgcacttatgaat
agtaaagatttggagcaaaatatcaagactttgtccattggtgttcttgatatttttggg
tttgaagattatgaaaataacagctttgaacagttctgtattaattttgctaatgaacgc
ttacaacactactttaatcagcatatctttaaattggagcaggaggaatatagagctgaa
ggtatcagctggcacaatatagattacattgataatacctgttgcataaatcttattagc
aagaaaccaacaggcctgctccatcttttggatgaagaaagcaactttccacaggctaca
aatcaaacactgctggacaaatttaagcatcaacatgaagagaattcttacattgaattt
ccagctgtgatggagcctgcttttatcataaagcattatgccgggaaagtgaaatacggg
gtaaaggatttccgggaaaaaaatacagatcatatgcgccctgacattgtagctcttctg
agaagtagcaagaatgcatttatctctgggatgattggaattgatcctgtagctgttttc
cgttgggcagttctccgagcttttttcagagctgttattgctttcagggaagctgggaaa
agacacattcagagaaaaactggacatgatgatacagcgccatgtgcagttttgaaaagt
atggatagtattagctttctccaacacccagtccaccagaggagcttagagattctgcag
aggtgcaaggaagagaagtacagtataactcggaaaaatcccagaacacctctttctgat
ctccagggcatgaatactctaaatgaaaaaaaccaacatgaaacatttgattttgcctgg
aatggcagaactgggattcgccagagcagactatcaagtaacacctccatgcttgataaa
gatgggatattcgctaattcagctagcagcaaactcttggagagagcccatggaattctc
acgagaaacaaaaatgtcaaatccaagcctggctttccaaagcacttgctagaagtaaag
tctttaaagcacctgacaagactgaccctacaggatcgcattaccaagtctcttcttcat
ttgcacaagaagaagaaacctcccagcatcagtgcccagtttcaggcctcattaagcaag
ctgatggaaacacttgatcaagcagaaccatattttgtaaaatgcattcgctctaatgcc
gaaaagttgccattaaggttcagtgatgccttggtacttagacagcttcggtacactggg
atgctggagacagttcgaattcgccaatcaggatacagctgcaaatattctttccaggat
tttgtgagccatttccacgtacttcttccccgaaatattattccatccaaatttaacatt
caggatttcttcaggaaaataaaccttaatccagataattatcaagttggaaaatccatg
gtattcctaaaggagcaggaacgacaacacctccaaggtctgcttcaccaagaggtgctc
cgcagaatcatattgttgcagcgatggttcagggccttgctgtgtaggcagcatttcctc
catctgagacaggcatccgttatcatccagcgattctggaggaattacctaaatcagaag
caggtcagagatgcagctgtgcagcaggatgctttagttatggctagtgcagccactctt
cttcaagcttcctggcgtgcttacttagagaggcagcggtatttggagctccggactgca
gccatcgtcatccagcagaaatggagggagcactataggcggaggcacatggctgctatt
tgcatacaggcgagatggaaaggctacagggaaagtaagaggtatcaagaacaaaggaac
aaaattatccttttgcaatcactatgtagaggattcagagcaagacaaagatttaaagct
ttaaaagaacaaagactaaaaaaaacaaaactaaaacttggattggcaaatatcaagcca
tatggaactctggaaattcacggttcagacccttcagaatgggaggattgttcatttgac
aacagagtaaaagccatagaggaatgtaaatctgtgatagagagtaatcgaattagtcat
gaaagttcaaaggactgcttgaacgagtccccaaacaagcgacaggagagagccagaagt
cgaagtggtatggacttgcagggagatgtgactgtaagagagagacccaagtccttggaa
gatctccaccagaaaaaagtgggtcgggccaaaagagaaagtcggagaatgagagaacta
gagcaagctatatttagtttagaattgctgaaagtccgttctcttggtggtgtgtctcct
tcagaagaacgtaggtggtctacagaactgatgcctgagggccttcagtctttacagggt
acccctgatagtgaaagctctcaaggaagcttggaacttctgagctgtgaggaaagccaa
aagagcaaactagagcccataattctagatgaaggagatgtgccgtttctgtcacctaag
atatctagcagtccaaattttgattcacaggacaatgccctcagtacttcaagtgagact
aactatacattgattcaaaagagggcaccttctgactcagtgcatttaaagaatggagct
atgaaggaaaaattggtttgcagttctgaatctattacctgtaaaccacagctgagagac
tcctttatttcaaatagtctgcctacatttttttatattccccaacaagacccactgaaa
acaaggtctcagctagacacaagtgtccagagaaacaaactattggaaagtgaagaaaca
cttccatctcttactttggatatcaacagggaagccagaaagtaccgcttcccaggggaa
aatcaagttgttgcttctttgaatacagattcttccaatattgtgcttaagaagttagaa
aagctaaacactgagaaggaagaaaggcaaaagcaattgcagcagcagaatgaaaaagag
atgatggaacagattcgccagcaaacagatattttagaaaaggagcgtaaagcctttaag
acaattgaaaagccaagaactggggagacttttctggtaccatctttccatcagtcaaag
caaagaatagagaggccatcctctctcctcatcctgaataccccaaataaggacgaaccc
agtgtagttgggactccatcagtaactgtaaaagatgctgctcttgccccaaaagacagt
ccctctgctcacttacccttgaaggaccgacctgtcactctgttctttgaaagaaaagga
ggcccatgccaatctagtgctgttaaggaattatccaagacagacagaatgtccacccaa
ctgaatgtagcctgtaaactctctaataatcgcatttcaaaaagagaacaccttaggcca
actcagccttgtagctacaaatctgatgaccctttcagagatggaactactagggccatt
ttcttcacgccaaaggaaaatatgagtagttcccttgtcaccaaggaagccttaaacagt
ggaaatcctcaactccataaacaagatgaaccagcttcgaaacctgtgaagttaactggg
ccgggccaaagagagcaggttgccagaccggcccataaaaagaaagctcgaatggcgcgg
acgcgctccgatttcttgactagaggtacttttgccgatggggagggggatacagaggaa
gatgattacgatgacattattgagccccttctctcccttgaccaagcttctcactctgag
ctagggcctgcacccggcctgggtcaggcctctcacagtgactccgaaatgacatcacag
cgtttttcctcagttgatgaagaagcaaagcttcataagaccatgtctcaaggagagatt
acgaagttggcagtgagacagaaggcttcagattcagatataagacctcagagagctaag
atgagattctgggccaaagggaaacaaggggagaagaagactaccagagtgaaacctgcc
acccattcggaggtttcagcactctttgctggctcagatatgattccagctcatcagttt
ccagatgaattatctcagaatcagccaacacctcctttgagtccagaattgcctgggagt
tgccggaaggagttcaaagagaacaaagagccttctccaaaggcaaggcgcaagcgaaat
gtgaagatcagcagcgtggctttggagtctatgcattggcaaaatgactctgtccagatc
atagcaagtgccagtgatttaaaaagcatggatgaatttcttctgaaaaagatgaatgac
ctagataatgaagacagcaagaaagacacactagtggatgttgtatttaaaaaagctctg
aaagaatttcggcagaatatcttcagcttttattcatctgcattggcgatagatgatggg
aaaagcatacggtataaagacctctacgcactatttgaacagattttggaaaagaccatg
aggcttgagcagcgtgattggagtgaatctccagtcagagtttgggtcaacactttcaaa
gtgtttttagatgaatatatgaatgaattcaagactctggaatatatacccacaaaggtg
ccaaaaacagagagaaagaaaagaaggaaaaaagaaactgatttagtagaagagcacaat
ggtcacatctttaaggccacccagtatagcatccctacatactgtgagtactgttcttct
ttgatatggataatggaccgagcctctgtttgcaaattatgcaagtatgcttgtcataag
aggtgctgtctgaaaaccacagccaagtgctctaaaaagtatgatccagagctatcatct
cgacagtttggggttgaattatcccgtttgaccagtgaagaccgaactgttcctttggtg
gtggaaaaactcataaactacattgaaatgcatggattatacacagaaggtatttaccga
aagtctggttcaactaataaaatcaaggagcttcgacaaggtctagatacagatgctgag
aatgtaaacctagatgactataacatacacgtcattgcaagtgtattcaaacaatggctt
cgtgatttgcccaatccactcatgacctttgaactctatgaggaatttcttcgagctatg
ggccttcaggagaggaaagagacaatccgtggtgtctactctgtgattgaccagctctcc
cgaactcatctcaataccctggaacgcctcatctttcatctagtcaggattgctctacag
gaagacactaatcgaatgtctgctaatgctttggccattgtatttgcaccctgcattctc
cgctgccctgacaccatcgacccactacaaagtgtgcaggacatcagtaagactaccacc
tgtgtggagctgattgttgtggaacaaatgaataaatataaggctcgtctcaaagacatc
agtagcctggaatttgctgagaataaggcaaagaccaggctgtcactcattcgtagatca
atgaaacctgtactaattgcagttagatttatgagcattacccgcaattcagtctcgggg
aaggggcgtcttcgtcgagggaactatccatgcccatcctctcctgttgtagttcggttg
ccctccatgtctgatgtcccagaagagaccttgactagtgaggcagcgctggaggctgac
atcacagaacagcagcaagcagctatgcagcaggaggagagagtcctgactgagcagatt
gagaacctgcagaaagaaaaggaagagctaacttttgagatgcttgtactggaaccccgt
gcctctgatgatgaaacccttgagtctgaggcctccatagggactgcggatagctctgaa
aatttgaatatcgagtctgaaggtgccatcgctgagaaatcagagagaagcttagccctt
atctccctgaaggcagctggcaagtctgaaccttcagggaagttgcggaagcagctaaaa
aagcagcaagactcactggattcagtggactcttcagtctcttctttatgttcatctagc
actgcatcttctcatgggaccagaagacgatttcaaatttattccaaatctccattctac
cgagcttcctcagctggcgaggccctgggagtggaagggccattgggccagaccaagtcc
ctagaagacaagcctcaattcatcagcagaggaaccttcaaccctgaaaagggcaaacaa
aaattaaagaatgtgaaaaactcacctcagaaaaccaaagagaccccagaggggacagtt
gtgtccggccgcaggaaaactgtggacccagactgcagctctacccaacagctagctctc
tttggaaataatgagtttatggtctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (12)   
   RefSeq(pep) (12)   
DNA sequence (12)   
   RefSeq(nuc) (12)   
Protein domain (10)   
   Pfam (10)   
All databases (61)   

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