KEGG   Drosophila melanogaster (fruit fly): Dmel_CG6976
Entry
Dmel_CG6976       CDS       T00030                                 
Symbol
Myo28B1
Name
(RefSeq) myosin 28B1, isoform A
  KO
K10359  myosin VIIa
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:dme00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    Dmel_CG6976 (Myo28B1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:dme04131]
    Dmel_CG6976 (Myo28B1)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:dme03037]
    Dmel_CG6976 (Myo28B1)
   04812 Cytoskeleton proteins [BR:dme04812]
    Dmel_CG6976 (Myo28B1)
Membrane trafficking [BR:dme04131]
 Others
  Actin-binding proteins
   Myosins
    Dmel_CG6976 (Myo28B1)
Cilium and associated proteins [BR:dme03037]
 Primary cilia and associated proteins
  USH complex and associated proteins
   Dmel_CG6976 (Myo28B1)
Cytoskeleton proteins [BR:dme04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     Dmel_CG6976 (Myo28B1)
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M IQ FERM_N nSTAND3 AAA_22 ABC_tran AAA_16 TsaE
Other DBs
NCBI-GeneID: 53515
NCBI-ProteinID: NP_652630
FlyBase: FBgn0040299
UniProt: Q9VLZ3
Position
2L
AA seq 2121 aa
MSEFVRQHGEYVWVKPQNTTSEFAVPFGARIVRTEKTQTLVCDDRNKQFWVPAGDVLKAM
HITSQEDVEDMITLGDLQEYTILRNLQNRYAKQLIYTYTGSMLVAINPYQILPIYTNREI
QLYRNKSLAELPPHIFAISDNAFQRLQRLKENQCVVISGESGAGKTESTKLILQYLAAIS
GKHSWIEQQIIEANPIMEAFGNAKTVRNDNSSRFGKYIEIRFTPQGAIQGARIQQYLLEK
SRIVFQSRDERNYHIFYCMLAGLSTAERERLKLQEQSPSQYHYLAQGGCFTLPGRGDAKD
FADIRAAMKVLSFKPEEVWSILSLLAAILHLGNLRFTATEVANLATAEIDDTPNLQRVAQ
LLGIPISALNAALTQRTIFVHGEHVTTSLSKEAAIEGRDAFVKSLYDGIFVRIVRRINET
INKQVDQPMNSIGVLDIFGFENFDNNSFEQLCINYANENLQQFFVGHIFKMEQDEYQNEH
INWQHIEFQDNQQILDLIGMKPMNLMSLIDEESKFPKGTDQTLLEKLHVQHGNRSIYVKG
KTTQTSLFGIRHYAGVVMYNPLGFLEKNRDSFSGDLRTLVQRSTNKYLVDIFPHEMPMDT
AKKQPTLCVKFRNSLDMLMRTLSQAHPYFIRCIKPNEYKEPKNFDKELCVRQLRYSGMME
TARIRRAGYPIRHAYRAFVERYRLLVPPVGPLEQCDCRKLARQICEVALPADSDRQYGKT
KLFLRDEDDASLELQRSQLMLKSIVTIQRGIRRVLFRRYMKRYREAIITVQRYWRGRLQR
RKYQVMRQGFHRLGACIAAQQLTTKFTMVRCRTIKLQALSRGYLVRKDFQKKLLERRKQN
QLKKEELLKLAKMKEAEELLRLQQLKEQKEREQREQQEKRLQEEQRLKAEAAARNALAMA
AVQQKRRTKPVKQEAPKAPTLQARNSLPPPPTTLIVAAPLPTRPASAVTRINTIPESPGT
IDVESSKQMVDDVFRFLNDEPDAALRKLNNISSGDTIRLPKSVPNNIDTSDFSYLKYAAT
YFGGGATAQHERKPLKKSLLKHEHPIDEMASKAIWLTILRFMGDLPDVVSSPTLHVFDNE
NLMSDLASLLNTSDSYKPRLFVRQSQRRIPKPLASGEKEAQEFYQHWLNVPTSHLEKIHF
IIGHGIIKNSLRDEILAQICKQLYLNPSRSSYSRGWLLLSLCLSCFPPSKEFEPHLRSFM
KQGTAQLQATPSLQRLERTLVNGPRCQPPSLFELHAIRGRHPLRLDIHLMDGQQRRLQVD
AASTAREAVNQLCQGMGLTDTFGFGLVMSLNGKLMPLGAGQEHVLDAISECEQRQLDAPW
KLYIRKEMFATWYDPSMDPKATQLIYKQILNGLKCGEYRCRSEKDIAMVCALACFVEYGP
GEILRLKPSEITAFVPSDLLAPGERAIENWSRLIAATYEKSSYVKEEQNDLLLEAQKRAK
EDICLFAHLSWPMRHSRLFEVVRKEGPKLQSDELMLGINSAGLFLIDETEQVLASCCFSE
VLKVHVESDDKLHVMTFQHVNFVLQCSSAQDANEVINYMLDNLRQRSSYGVALDPVVEGD
LEDCLVLNPGDLIEFEAGVTGAQLMAGNAQDCYRGCVNGQWGQFLAGNVRVLATLTKPSE
KLQDILREGRFQEPPKPTPRANYSRRRQHNISQLAESHFREPLDSDKAPLSKFSPEPLKA
PLLKAVVKVPPLFQQALVMHHHILKYMGDIARSNLPVNTDLIFQPALQHPLLCDELYCQL
MKQLSDNPSSESEKRGWDLLYLATGLVAPSVLVMRELIILLRMRADALADACLKRLKRSL
AQGQRKKAPHLIEVEGIQQRCLHIYHKIYFPDDTVEAFEIESHTRGAELIADIAQRLELK
SPVGYSIFLKTGDRVYAMPEEEFVFDFITQLIYWLRQQRTIRSISDGQYQLHFMRKLWLN
NHPGEDLNGDMIFSYPQELHKYLKGYYPIDCEQASRLAILVYSADHDVSLQRLPEVLTRL
IPEDLIPLQTVAEWRQQILPKVHRDHLTEDHAKILFLQELSHFACFGSTFFVVKQQNDDA
LPETLLIAINSTGFHMLDPTTKEILRSYEYSQLGIWSSGKNHFHIRFGNMIGASKLLCST
TQGYKMDDLLASYVKYFNEHE
NT seq 6366 nt   +upstreamnt  +downstreamnt
atgtccgaatttgtgcggcaacatggcgagtatgtgtgggtgaagccgcaaaatactacc
agcgaattcgcagtgccctttggggctcgaattgtgcgaacggagaaaacacagacccta
gtttgcgatgaccggaacaagcagttctgggttccagctggggatgtcctgaaggcaatg
catatcacctcccaggaggatgttgaggatatgatcactttgggtgacttacaggagtac
actatactgaggaacctgcagaacagatatgccaagcaattaatatatacctacacaggc
tccatgttggtggccatcaatccgtaccagattctgcctatctacacgaatcgcgagata
cagctctacagaaataagtcccttgctgaactacctcctcacattttcgccattagtgac
aatgcctttcagagactacaaagacttaaggagaaccagtgcgtggtgatcagcggggag
tcgggtgccgggaagacggagagcaccaagctgatccttcagtatctggccgcaattagt
ggcaaacactcgtggatcgagcagcaaatcatagaggccaatcctattatggaggccttt
ggcaatgccaagactgtacggaatgacaactcttcaaggttcggaaagtacatcgagatc
agattcacgccacagggcgctattcaaggagctagaatccagcagtatcttctggaaaaa
tcccgaattgttttccagagtcgcgatgagcgcaactatcacattttctactgcatgttg
gcgggactttcaactgcggagagagagcgcctaaagctacaggagcaatcgccaagtcag
tatcattacttggcccaaggaggatgctttactttgccaggaagaggtgatgccaaggat
tttgccgatattcgagcggctatgaaagtgctttcatttaagccggaggaagtgtggagc
atacttagtttactggcggctattttgcacttgggaaacctcagattcacagccaccgag
gttgccaatttggctacggctgagatagacgatacaccaaatcttcagagggtggctcaa
ttactgggaatacccatatctgctctgaatgctgctcttacgcaaagaaccatctttgtg
catggtgagcacgtgaccaccagtttgtccaaggaagcggctattgagggtcgagatgct
tttgtaaaatcgttgtacgatggaatttttgtgcgcatcgtgcgaagaatcaatgagact
ataaacaagcaagtggatcagcccatgaatagcataggtgttctagatatcttcgggttc
gagaacttcgacaataatagctttgaacaactgtgcatcaactatgccaacgaaaatcta
cagcaatttttcgtgggacatatcttcaagatggaacaggatgagtaccagaacgagcat
atcaactggcagcacattgagttccaggataatcagcaaatcctcgatctaattggcatg
aaacccatgaacttgatgtccctcatcgacgaagagtccaagtttcccaagggcactgat
caaactctgctcgaaaagctacatgttcagcatggtaatcgatccatttacgtgaaaggt
aaaaccacccaaacgtctctattcggaatccgtcattatgccggcgtcgtgatgtacaat
ccattgggctttcttgaaaagaacagggattcattcagcggagatcttaggactctggtg
cagcgatcaacaaataaatatctggtggacatattcccccatgaaatgcccatggatacg
gccaagaagcagcccactttgtgcgtgaaattcagaaactctctggacatgctgatgcgc
actttgtcgcaggcacatccctactttatccgttgcatcaagcccaatgaatacaaggaa
cctaagaactttgacaaggagctgtgcgtgcggcagttgcgctactcaggaatgatggag
acggctcgcattcgaagggctggctatccgatccgccacgcctaccgtgccttcgtggag
agatatcgcctcttggtgccaccggtgggacctttggagcaatgtgactgccggaagttg
gcgcggcagatctgtgaagttgccctacctgccgattctgatcgtcagtacggaaaaaca
aagctgttcctgcgggacgaggacgacgctagcctggaactgcagcggtcccagctgatg
ctcaagagtatcgtgacaattcagcgaggaatcagacgggtcttgttccgacgttacatg
aagagataccgcgaggccattattacggttcagagatattggcgaggtcgcctgcagcgt
cgtaagtaccaggttatgcggcagggattccatcgcctgggagcctgtatagctgcgcag
cagttgaccaccaagttcacgatggtcaggtgtcgaaccataaaactgcaggccttgagt
cgcgggtatctggtacgcaaggacttccagaaaaagttgttggagcggcgaaagcagaac
cagctgaagaaggaggagttacttaagttggccaagatgaaggaagcagaggaactgcta
agactgcagcaactgaaggagcagaaggagagagaacaaagagaacagcaggaaaaacga
ttgcaggaggagcagaggctcaaggccgaagcagcagccagaaatgcattggccatggct
gcagtgcagcagaagaggcgaactaagcccgtcaagcaagaggctccaaaggctccaacc
ctgcaagcacgcaactccctgccaccaccacccaccacactgatagtagctgccccacta
cccactcgaccggccagtgccgttaccagaattaataccatacccgagagtcctggcacc
attgatgtggagtcctccaagcaaatggtggatgacgtgttccgcttcctaaacgatgaa
cccgatgcagccttgaggaaacttaacaacatctcttctggagatacaatacgtctacct
aaatcggtgccaaataacatcgacacctccgatttcagttatttgaaatatgcggctact
tacttcggcggtggcgccactgcacagcacgaaagaaagcctctgaagaaatctttgtta
aaacatgaacatcccattgatgagatggcctctaaggccatttggttgactatactccgc
tttatgggcgacttgccggatgttgtttcctcgcctactcttcacgtattcgataatgaa
aacttgatgagtgatttggcaagcctcttgaacacttctgattcctataagcctcgctta
tttgtgcgccaatcccaaagacgtatcccaaagcctttggctagtggtgagaaggaagcc
caggaattctatcaacactggctcaacgttcccacaagtcacctggagaaaattcacttc
atcataggtcatggtataataaagaatagcttacgagacgaaatcttggcccagatctgc
aagcagctatatcttaacccaagtcggagctcctactcccgcggatggttgctcctttcg
ctatgcctcagctgctttccacccagcaaggagtttgagccacacttgcgcagtttcatg
aagcagggaactgcccaactgcaggccactccatccctgcagcgattggagcgaaccctg
gtcaatggaccacgctgtcagccaccttcgttatttgagctccacgcaatccgcggtcgc
cacccgcttaggttggacattcacctgatggatgggcagcagagaagattgcaggtggat
gcggccagtacagctcgagaggcagtcaatcaactttgtcagggtatggggctaaccgac
acctttggctttggattggtgatgtcattgaatgggaagctaatgccgctgggagcaggt
caggagcatgtcctggatgccatttcggagtgcgagcaacgtcagctggatgcaccttgg
aaactatacatccgaaaggaaatgtttgccacttggtatgatccctcgatggatcccaag
gccactcaacttatatacaagcaaattctaaacgggttgaagtgcggagagtatcgatgt
cgctccgagaaggacatagcaatggtgtgtgctctggcctgctttgtagaatatggacct
ggggagattcttcgattgaagccatcggagatcactgcatttgtcccaagtgatcttcta
gctcccggcgagcgagccattgagaactggagtcgcctaatagctgccacctacgagaag
agctcttatgtcaaagaagaacagaatgacctgctattggaggcgcagaagagagccaag
gaggatatatgtctgtttgcacatctctcctggcctatgaggcactcccgactgtttgaa
gtggttcgcaaagagggaccaaaactccaaagcgatgaacttatgctgggcattaattcc
gcgggccttttccttatcgacgaaaccgaacaggtgctggcatcctgttgttttagcgag
gtgctgaaagtgcacgtggaatcagatgataaactgcatgttatgaccttccaacacgtc
aattttgtgctgcagtgcagctctgctcaggatgccaacgaggtgataaactatatgctg
gataatctccgacagcgttcaagctatggcgtagctcttgatccggtcgtagagggggat
ctagaggattgtctagtgctaaaccccggtgacctaatcgaattcgaggcaggtgtaaca
ggtgcccagttaatggctggtaatgcacaagactgctacaggggatgtgtcaatggccag
tggggtcagtttttagctggaaatgttcgcgttttggccacgctcaccaagccgagtgaa
aaacttcaagatatcctccgagaaggccgatttcaagaacccccgaaaccaactccaaga
gccaattactctcgtcgtcgtcaacacaatatctctcagctggctgagagccactttagg
gagccattggactccgataaggcaccactatcaaagttttcacctgagcctctgaaagcc
ccgctgctcaaagctgttgttaaggtaccgccacttttccagcaggcattggttatgcat
catcatattcttaagtacatgggtgacatagcaaggagcaatctaccggtcaacacggac
ctcattttccagccagcactgcagcatccgctgttgtgtgacgaactctactgccagctg
atgaagcaactgagcgataatccctccagtgaaagcgagaagcggggctgggacctgctt
tacttggccacgggcttggtggctcccagtgtcttggtcatgagggagctgatcatacta
ctgcgcatgcgtgcagacgccctggccgatgcttgcctgaagcgactgaagcgatccttg
gcacagggccagcgaaaaaaggcaccacatctcatagaggtcgagggaattcaacagcga
tgcctgcatatctaccacaagatatatttccccgacgatacggttgaggctttcgagatt
gaatcacacacccggggagcagagctcatagcggacatagcccagagattggagctcaaa
tcacctgtgggttatagtattttcttgaagacaggcgacagggtctatgctatgccggaa
gaggagttcgtttttgatttcatcacccaactcatctactggctaagacagcagaggacc
atacgctccatatccgatggccaataccaactgcacttcatgagaaagttatggttaaac
aaccatccaggcgaagacctcaatggagatatgatctttagctatccccaagagctgcac
aaatacttgaagggctactatcccatcgattgcgagcaggcctcgcgtttggcaattctt
gtgtacagtgcagatcatgacgttagcttgcagcggctgcccgaagtgctgacacgttta
attcctgaagacctaataccgcttcaaacggtggccgaatggaggcagcagatcctgccc
aaggtccaccgcgatcatttaacggaagatcacgccaagattttgttccttcaagagctg
tcccatttcgcttgcttcggttccacattctttgtggtgaagcaacaaaatgacgatgcc
cttcccgaaactcttttaatcgcaattaacagcacaggtttccatatgctggatccgaca
actaaggagatccttcgcagctatgaatactcccagttgggtatttggagctcgggtaag
aaccacttccacattcgttttggtaacatgatcggagcatcgaagctgctgtgcagcacc
acccaaggatacaaaatggacgatttgctggcctcttatgttaagtattttaatgaacac
gaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (10)   
   Pfam (10)   
All databases (87)   

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