KEGG   Amphimedon queenslandica (sponge): 100640353
Entry
100640353         CDS       T02284                                 
Name
(RefSeq) unconventional myosin-VIIa-like
  KO
K10359  myosin VIIa
Organism
aqu  Amphimedon queenslandica (sponge)
Pathway
aqu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100640353
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:aqu04131]
    100640353
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:aqu03037]
    100640353
   04812 Cytoskeleton proteins [BR:aqu04812]
    100640353
Membrane trafficking [BR:aqu04131]
 Others
  Actin-binding proteins
   Myosins
    100640353
Cilium and associated proteins [BR:aqu03037]
 Primary cilia and associated proteins
  USH complex and associated proteins
   100640353
Cytoskeleton proteins [BR:aqu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     100640353
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M SH3_9 IQ SH3_1 AAA_22 SH3_2 RA ABC_tran AAA_16 nSTAND3
Other DBs
NCBI-GeneID: 100640353
NCBI-ProteinID: XP_019863708
UniProt: A0A1X7VLP1
Position
Unknown
AA seq 2190 aa
MLLQKGDKVWLDITQGGEFEVPIGAVVEFSDSGQIKLIDDDGGEHWIDPRKDKNRIRPMH
QTSAEGVEDMIQLGDLTESGIMHNVQMRYHNKMIYTFTGSILVALNPYKVLPIYDQEHIH
KYTNKRIGEEPPHIFAIADNAYHFMCREEHDQCVVITGESGAGKTESTKLILQFLAHVSG
QHTWIEQQILDTNPILETFGNAKTQRNDNSSRFGKYIDVHFDVSGHIQGAMIQQYLLEKS
RIVNQLNGERNYHIFYRILAGLSKDDLSKLGLVKDPWQYSYLTKGDTVTVDDPNMQDLEE
FKHATGAMKVCQFTQDDQWNVWTIVASVMQLGNIEFEETEKRNMPVAYIDAKEALNLSAK
SLQVSAEALENALCTRRTITHGESIISPLSSAVACNVRDAFVKGIYGRLFIWIVKKLNEA
IYKPPEGKAKKHISIGVLDIFGFEAFGKNSFEQMCINYCNENLQQFFVRHIFKLEQVEYD
KEKINWSRIEFKDNQEILDLLGQKPLNIISLIDEESRFPKGTDDSMLDKLHKQHSKHPHY
IKPKSQARRAFGIQHFAGAVFYDADEFLEKNRDTFSADLFDLLQSSKSKFLGGLFSGEKA
MTSETRKKAPTLGLQFKQSLDALMKTLEACQPFFVRCIKPNETKSPLLIERELCVRQLRY
SGMMETIRIRRAGYPIRHLFHHFIERYQYLVPQLLNNYPERKAACKVICKRVLGESSDYQ
IGITKIFLKDQDDQLLEETREIQLTKRVVIIQKTFRGYVVRKQYKMLKRAVLIVQKNWKR
LQTSRDYRKMRRGFIRLQACFRSRKVRRWYLTTYSRIRRFQCRCRGYLARERAREKQRAI
IKIQSVFRVILAKKILKRKRIEKKRRDEAERIKREEEERLKREMAAEEARKQAEKLHQER
LAKMEKEDREEEERKKQEGLKKAEDAKRKADDARRREEEGEEEQEPIEDSEVVQQMFNFL
DSDSKHISETGKIDIPLPEDDEDLSEYKFPKFAATYFQGNATPSWVKRKKLKHPLLALKH
EIDTLLALDIWVMMLRFMGDLPEPVVEEDIPKEAAPTGLRKKVSTLGRKFLMNNNKLIAQ
TGGLEGEEGYQPGEDDEQAMSRGEEKRKESLRRRLVSMTLKKVTKVPQEVMNMSQESESA
VLESSKALLRPTTNLEKLHFIIGFGILRPELRDEIYCQICKQLTQNPNKSSHARGWVLLS
LCVGCFAPSKRLIKYLRCFITEGPPGYAPYCEERLRRTLMNGPRQQPPSWLELQATKSKK
PLMLPITFMDGSTKALLADSATTAKELCTLLAKRIGLKDPFGFSLYIALFDKVSSLGSEG
DHIMDAISQCEQYAKDMGAQERSAPWRLFFRKEIFSPWHNPSEDQVGTNLIYQQIIRGIK
FGEYLCDKNEDLASLAAQQYYIEYGGDITSERVGTLLAQYIPDSCLAGMGMKERWIGVIV
KAFKEAPYVQNRIDRNRVKEGLIMFAKYRWPLLFSKFFEAYRFSGPTLPQNDVIIAVNWT
GVYFVDDQEHVLLETSFPEITNVTSSRTASGQSFTIVTVKGEEYTFTSANGEEICQLVNY
FLEGLRKRSSYVIPTMDYQSPGEGSEFLSFRKGDLIILEDDTYGENVMQSGWCSGTCERT
GQKGHFPAECVYILPTITKPVPEVLALFVGQSQKDMERIIATTQSALEDDEQDTGVPYTL
EKYSYEYFRVPKSKTLSGSIRGTLRKKSAETEIWAHVKEPIKKALLKRFDKQPEELHQKA
CASFLAILKYMGDYPSKKQRLSTELTDQVFEHVLSQEVLRDEVYCQLIKQLTFNKLRASE
ERGWELLWLASGLFPCSQILHKEINQFLRSRIKRWPIAADIQQRLYKSAHSGARRYPPHL
VEVDAIQNKTTQIFHKVFFPDDSSQAFEVDSSTRSRDFCATIAERLGLKFKEGFSLFVKI
GDKVISVPEADFFFDFVRHLTEWLKRARGKDGANSNPSYKVFFMKKLWVNITIGKDRKSD
VIFHYHQELPKYLRGYHKCTRDDAALLGSYIYRVKFGDTRSHFGEIPQILRELIPHDMLR
EFHPEDWKRAIVANFSRHHAKSSEEAKISFLKYVSRWDTFGSAFFEVRQTTEPRLPEILL
IGLNKNGVMLIDPANKDILAIHPFTMISNWSCGSNYFHMTIGNLIKGSRLLCETSLGYKM
DDLLTSYISLVLANINKKNPEAVGGAGSKR
NT seq 6573 nt   +upstreamnt  +downstreamnt
atgctactgcaaaagggtgataaagtatggctggacattacacaaggaggagagtttgaa
gttcccattggagctgtcgtggagttctctgattctggacaaattaaattaatcgatgat
gatggtggagaacattggattgacccaaggaaggacaagaataggattaggccaatgcat
cagaccagtgctgagggagtggaggacatgatacagttgggtgacctcactgagtctgga
ataatgcacaacgttcaaatgagatatcacaacaagatgatttatacattcaccgggtca
atcttggtagctcttaatccttacaaggttctgccaatatatgaccaggaacacatccat
aaatacactaacaagaggattggagaggagccaccacacatatttgcaattgcagacaat
gcttaccactttatgtgcagggaagagcatgatcagtgtgttgtgatcacgggtgagagt
ggagcagggaagacagagtccactaaacttattcttcagtttttggctcacgtgagtgga
cagcacacatggatcgagcagcagattttggacactaacccaattcttgaaacatttggt
aatgctaagacacagcgtaatgacaattccagtagatttggaaagtacattgatgtacat
tttgatgtaagtggtcacatacaaggtgccatgattcagcagtatctactggagaaatca
cgtatagtcaatcagttaaatggagagaggaattatcacattttttatcgtattcttgct
ggactgtcaaaagatgatctctccaaacttggtcttgtgaaagatccttggcagtacagt
tatttaactaaaggtgatacagtgacagttgatgatccaaatatgcaagaccttgaggag
tttaagcatgctactggagcaatgaaggtctgtcagtttactcaggatgatcaatggaat
gtgtggaccattgttgcttctgtaatgcaacttggtaacattgagtttgaagaaactgaa
aagaggaacatgccagtagcttacattgatgctaaagaagctctcaacctctccgcaaaa
tctctacaggtgtctgctgaggcactagagaatgcattatgcacaaggaggaccataact
catggtgaatcaataataagtccactctcgtctgctgttgcatgcaatgtgagggatgcc
tttgtcaaaggaatctatggccgactcttcatttggatcgtaaagaaattgaatgaagct
atctataagccaccggagggcaaagcaaagaagcacatatctattggcgttttggatatt
tttggttttgaggctttcgggaagaacagctttgagcagatgtgcattaactattgcaat
gagaaccttcaacagtttttcgtgcgccacattttcaaattggagcaggttgagtacgac
aaggaaaaaattaactggtcccgtattgagtttaaggacaatcaagagattcttgatctt
ttgggacagaaaccactcaacattatatctttgattgacgaagagagtcgattccccaaa
ggtactgatgacagtatgctggataaattgcacaagcagcattcaaagcatcctcactac
attaaaccaaagtcccaagcaaggagggcatttggtattcaacattttgcaggagctgtg
ttctatgatgcagatgagttccttgagaagaacagggacactttctcagctgatctcttt
gatttgttgcaatcaagcaaatcaaagttcctcggtggattgttcagtggagagaaagca
atgacgtcagagacaagaaagaaagctcctacacttggtctgcagttcaagcaatctctt
gacgcattgatgaagactcttgaagcatgccagcccttcttcgtacgctgcatcaaacca
aacgagacaaagagcccactactgattgagagagaactctgtgtccgtcagttgaggtac
tctggaatgatggaaaccattcgtatacgtagagcagggtaccctattcgccacttgttt
catcatttcattgagcgttatcagtacttggttcctcagctcctgaacaattatcctgaa
cgcaaggccgcctgcaaagtgatctgtaagagagtccttggagaatcttcagactaccag
attgggatcactaagatatttctcaaggatcaagatgatcaactacttgaagaaacaaga
gagattcagctaacaaagcgtgtggtcatcatacagaagacattcagaggttacgttgta
cgcaagcagtataaaatgcttaagagggcagtactcatagtgcagaagaactggaagagg
cttcaaacctcaagagattatcgtaaaatgagaagaggattcatacgactccaggcttgc
ttccgctcaaggaaagtccgcaggtggtacctcacaacatactcaagaatcaggagattc
caatgtcgatgcaggggatatctagcacgagagagagcaagagagaaacagagagctata
attaagatacagtcagtgttcagggtgatactggcgaaaaaaatactgaaaagaaaaaga
attgaaaaaaaaagaagagatgaagctgagaggataaagagggaagaggaagaaagactc
aagagagaaatggcagcggaagaagcaagaaaacaagcagagaagctgcatcaagaaagg
cttgcaaaaatggagaaagaagatagagaggaagaagagagaaagaaacaggagggatta
aagaaagctgaggatgctaaaagaaaagctgatgatgcgaggaggagggaagaggaagga
gaagaggaacaggaaccaatagaggactctgaagttgtccagcaaatgtttaatttcctt
gacagcgactctaaacatatcagcgaaactggaaaaattgatatcccccttcctgaggat
gatgaagacctctcggagtacaagttcccgaaatttgccgccacttatttccagggaaat
gccacgccttcctgggtcaagagaaagaagctcaagcatccgctacttgcactgaagcac
gagatagacacactgcttgcattggatatatgggtaatgatgctaaggttcatgggtgac
ctacctgagccagtggtagaggaggacattcccaaagaggcagcccccactggcctacgt
aagaaagtcagtactcttggacgaaagttcctcatgaacaataacaagctgattgcacag
accggaggattggaaggagaggaaggatatcagccaggagaagatgatgagcaagcaatg
tctcgaggtgaagagaagcgaaaggagagcctcagacgtcgtcttgtgtccatgacactc
aagaaggttaccaaggttcctcaagaggttatgaacatgagccaggagagcgaatcagct
gttttggagtcctcaaaagcacttctgcgtccgacgacgaaccttgaaaaacttcatttt
attattgggtttggtatcctccgccctgaactgagagatgagatttactgtcagatatgc
aagcagctcacacagaatcccaacaagtcctcacacgctcgtgggtgggtgctcctctcc
ctttgcgttggctgctttgctcccagcaagaggctcattaagtatttgcgttgcttcatt
actgagggaccccctggttatgccccatattgtgaggagagacttcggaggacactaatg
aatggaccaagacagcagcctccatcttggctagaattacaagctaccaagtcaaagaag
ccccttatgctacccattacgtttatggatggaagtaccaaagctttgttagctgacagt
gctaccacagcaaaggaactctgcaccctcctggcaaagagaattggattgaaggatcct
tttggtttctcactgtacatagcactctttgataaagtgtccagtttaggtagcgaaggt
gatcatataatggatgccatatctcagtgtgagcaatatgctaaggacatgggagcacag
gagaggagtgccccatggaggctgttctttcgtaaggagatcttctccccatggcacaat
ccttctgaggatcaagtcggtactaacctcatctatcaacagattatccgtgggataaaa
tttggagagtatctctgtgacaagaatgaagatttggcctcattagcagcccagcagtat
tatattgagtatggtggtgacattaccagcgagagagtaggcacattgctagctcagtat
attcctgattcctgtcttgctggtatgggcatgaaagaaaggtggattggagtgatagtc
aaagcattcaaagaggctccatatgttcagaacaggatcgatcgcaacagggtaaaggaa
ggtctcatcatgtttgccaagtacagatggccgctcctcttctcgaaattctttgaagca
tatcgcttctccggacccacactgcctcaaaatgatgtcattattgctgttaattggact
ggagtttattttgtggatgatcaggaacatgttctattggagacatcatttcctgaaata
accaacgtgacatcaagcaggactgctagcggtcagagtttcactatagtaacagttaaa
ggtgaagagtacactttcacttcagctaatggagaggagatatgtcagttggttaattat
ttcttggaaggattacgcaagagatcttcatacgtcataccaaccatggactatcagagc
ccaggtgaaggtagtgagtttttgagcttcaggaaaggagatctcatcattcttgaagat
gacacttatggtgagaacgtgatgcagtctggctggtgctctggaacctgtgagaggaca
ggacagaaaggacacttccctgcagagtgtgtgtacatactacccaccataacaaaacct
gtccctgaagtactagctttatttgttggccagtctcagaaagacatggagcgtattata
gcaaccacacaatcagctcttgaagatgacgaacaggacactggagtgccttacactcta
gagaaatactcgtatgagtactttagagtgccaaagtctaaaactctttccggctccatt
cgaggtactctgagaaagaagtcagcagagacagagatatgggcccacgtgaaggaacca
atcaagaaagcattgctcaagaggtttgataagcaacctgaggaacttcatcaaaaggct
tgtgcttcattccttgctatcttaaagtatatgggagattatccttccaagaaacaaagg
cttagcacagaattgactgaccaagtttttgaacatgttctttctcaggaggtactgaga
gatgaagtttactgtcaacttataaaacaattgaccttcaacaaattaagagctagtgaa
gagagaggttgggagctcctctggctggccagtggtctgtttccatgcagtcaaattctt
cacaaagagatcaaccagttcctgagatcacgtatcaagcgatggccaattgccgctgat
attcaacaacgattatacaaatcagctcattctggtgctagacgatatccacctcatttg
gttgaagttgatgcaattcaaaacaagacaacacaaatatttcataaagtgttcttccct
gatgactcaagccaggcttttgaagttgattcaagcacaaggtcacgggatttctgtgca
acaatagcggagagacttggtctaaagttcaaggaaggtttcagtttattcgtaaagatt
ggggacaaggttatcagcgtacctgaggctgacttcttttttgattttgtgcgtcatctg
accgaatggttgaagagagctagaggcaaagatggtgctaattctaatcccagttacaaa
gttttctttatgaagaaactgtgggtaaacataaccattggcaaagacagaaagtcggat
gtgatatttcactatcaccaggagctccccaagtatttaagaggttatcacaagtgtact
cgtgatgatgcagctcttcttggttcttatatttatcgcgttaagtttggagacactaga
tcccactttggagaaatacctcaaatattgcgtgagctgataccccatgacatgctgagg
gagttccatccagaggactggaaaagggcaattgttgctaatttcagtcgtcatcatgct
aagtcttcagaagaagcaaagataagtttcctcaagtacgtgagcaggtgggacactttt
ggatcagcattctttgaagtcaggcaaacaacagagcctcgtctgcctgaaatcttactc
attggtcttaataaaaatggcgtcatgttgatagatccagcaaataaagatatactggct
attcatcctttcaccatgatctctaactggagttgtgggtccaactatttccacatgact
atagggaacctaatcaaaggcagcagactcctctgtgaaacatctctgggttacaaaatg
gatgatctgttgacttcatacatatctcttgtgcttgctaacattaataagaagaatcca
gaagctgtgggaggagctggcagtaaacgctaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (81)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (102)   

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