KEGG   Xiphophorus maculatus (southern platyfish): 102216410
Entry
102216410         CDS       T02923                                 
Name
(RefSeq) unconventional myosin-VIIa-like
  KO
K21868  myosin VIIb
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:xma00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    102216410
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xma04131]
    102216410
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xma04812]
    102216410
Membrane trafficking [BR:xma04131]
 Others
  Actin-binding proteins
   Myosins
    102216410
Cytoskeleton proteins [BR:xma04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     102216410
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M IQ FERM_N SNX17-27-31_F1_FERM AAA_22 ABC_tran nSTAND3 AAA_19 DUF6548
Other DBs
NCBI-GeneID: 102216410
NCBI-ProteinID: XP_014326307
Ensembl: ENSXMAG00000011605
Position
6:6197860..6226381
AA seq 2147 aa
MLRKGEWVWVDSKIGVPIGARVKETPSGQRLLVDDEGNERPLSLEEEASLKIMHPTSVEG
VDDMIKLGDMTEAALLRNLLLRHKQGHIYTFIGSVLVAVNPYQDFPIYSPEQVDLYHSRK
LGELPPHIFAIAESCYFNMMRNLRNQCCIISGESGAGKTESTKLILQYLAAVSGQLSQQS
IENQILQSNPILEAFGNAKTIRNDNSSRFGKYLEIFFNKDGVIEGARVEQYLLEKSRVCH
QASEERNYHIFYCLLAGITTEERKNLRLGHSKEYNYITKGNCIVCEGRDDAKDFSRIRLA
MKTLNFSEDQFQEILKLLAAMLHLGNVSFKGSVINNLETSDVGESESFTIASSLLQVQRS
VLANGLTHRSFMANRERVTKALSAEQATDCRDAFVKAIYNKLFIWIVGKINSVIYQKLSD
KPSSSLLSIGLLDIFGFENFQTNSFEQLCINFANEKLQQFFVAHIFKLEQKEYQKEGVLW
NNIQFTDNQKVLDLLAGKPCNVLALIDEESHFPQGTDSTLLTKLNGEHKGDKAYISSKRN
HETDFGIRHFAGPVYYNTNGFLEKNRDGVSYDIIKTIGVSTSKLLRDIFEKDMATNGVKA
TKTAKFILTPQSSPRMQNDKRKQMPTLSGQFRVSLDSLMKALSACQPFFIRCFKPNNDKQ
SKKFDRELCMRQLRYSGMMDTIRIRKLGYPVRHKFEDFLVRYRVLLKTTVCNPRTTDAAV
CCEAICKAVIKGRDEWRIGRKKIFLKDAHDAVLENLREAELSRVAVVIQRVMLGIKDRKL
FLRKRGAAVVLQKQWRAYRERMVQKKIQQGFGRLVSKVRGRKLKSQYQRRRAAAIVIQSQ
VRGHRARKDCRRKREEIAHQALLLEMERQEQEDLGEEIHQRLMQVAEEQADIESQKSGRS
HKSEKSSESEKSSESESSSDSESEDGSNKNLQLSDEDMEDKRSDAKGEKSPRSSNQMTVV
VTQSSNSASSTPSLDEEEEEEIDDGFDDESDIFSFYNFSKRHFQKDEDHKHTAQRLKQPL
LHHEDEADALASLTVSWIIMRFMGDILEQRPADSISQHSSTLSQSTLSRLLPNRQGRRLS
NLVGLDQKILRKNKKKFGPGNRKASAILEEPENLTEDEDILVGESTTLDRQLTQLEKLHI
IVGYGLSRQGIRDEIYCQICKQLVNNRNRKSCMQGWTLLSLCLGIFPPTSLFMECLESFL
QRGPYGYREYCIERLHRIVANGERKELPCWLELKAANNKEPIDWPVTLMNGETVKVQLDS
ASTSSEVCQAVANKIGLKDTFGFSVYISFYEKMWSLGSYGKTHVLDAVSQCEQEMRRQNR
EEKDTPWSLSIRKELFSPWHDCDQDAVSTDLIYKQVIKGIKSGEYVSEKEDEYVQLAAKH
YFVQFGSQEPARERVQRVVQECITTTRIENRSMTMWINLITAELSKESYNNGRLRAEKVK
GDVVDIARQNWPLDFSKLYEVTMTSGPPLPKSRFFVAVNWKSIVFMERREKLLLEIPYVE
VKKVQMPSDSHQSVSVDTLRGQYTLRCQDAADMAKMMQYNVNGLKQRSVYAMVQQDVPKQ
DDPSYLVCKRGDLLLVEKDSYPPDSDLFTAFNQRTKSRGVVYKDKMEFLPTLTEPAEDML
NLLSPKQRKASVPTIVPLVEETVAPVSLKEFALENFRSVGKGGGRGSKGSNKEKLWIFSK
EPIKQPLLKTLLNNPELSNMACNAFIAILKYMGDYPIKHSRSATELTDQIFGPATKHEEL
QDEIYCQIMRQMTTNSSRMSVDRGWQLTWMCTGLFPPGPRLRTHAQRFLESRPRDPLAAG
CLQRFRDFSSKEPRTLPPHQAEVEAIQQNSTQIFYKVHFPNDTDALVEVSSTITNRELRH
SIAAQLSLSSAEGFGLYMKVTQKMMSLDEDKYFFDSLRQPPDVNKKGKKVKEVSQSNAPL
LVVYRRKLWFNVIPGKDLIADLTFHYPQEVPKYLRGYHTCTKEDMFNLGGLLFRVAVDSD
RSQFVMIPRMLNELVPVDKVQMMQPEEWKKNIISSYNKQSGMTVQEAKIAFLRVISSWPN
FGCSFFDVKQTCEPGYPNTLWFTVSKKGVSLIDPKTKELQVMHPFNRITDYSSTGNVFQM
TIRTLVKGINFVCATPQAGTIEDLVKSYVRMYEEQKMISRPKNNMFP
NT seq 6444 nt   +upstreamnt  +downstreamnt
atgctgagaaagggagaatgggtctgggtggactcaaagatcggggtgcccattggagcc
cgggtcaaagaaacgccatctggtcagaggctactggtggacgatgagggaaatgagcgg
cccctgtccctggaggaggaagcctcgctcaagatcatgcacccgacatctgtggagggg
gtggatgacatgatcaagctcggggacatgacggaggctgccctcctcaggaacctgctg
ctcagacacaagcaaggccacatctacaccttcataggttccgttttggtggcagtgaat
ccctaccaggattttccgatatactcacccgagcaggtggatttatatcacagccggaag
ctcggagaactccccccgcacatctttgccatcgctgagtcctgctacttcaacatgatg
cgcaacctcagaaaccagtgctgcatcatcagcggggaatccggagctgggaagacggag
agcacaaaattgatcctccagtacttggcagcggtcagcgggcaactctcccagcaatcg
atcgaaaatcagatcctgcagtccaacccgattctggaagcttttgggaacgccaaaaca
atccgcaacgacaactccagccgcttcggcaagtacttggagatcttcttcaacaaagac
ggggtgatcgaaggcgctcgtgtggagcagtacctcctggaaaagtctcgagtgtgccat
caggcctcagaggagcgaaactaccatatattttactgcctgttggcaggaatcaccact
gaagagaggaagaatttgaggcttggtcattccaaggaatataactacattactaagggc
aactgcatcgtgtgcgaaggcagagacgatgctaaagacttcagccgcatccgcttggcc
atgaagacgctgaacttctcggaagaccagttccaggaaatcctcaagctgctggcggcc
atgttgcacctcggaaacgtcagcttcaagggctccgtcataaacaacctggaaaccagt
gacgtgggcgaatcggagagtttcaccatcgcctcgtcgctgctgcaggtgcaaaggtct
gtcctggccaacggcctgacgcatcggtcctttatggccaacagagagcgagtcactaag
gccctcagcgccgagcaggccaccgactgcagggacgcctttgtgaaggcaatctacaac
aaactcttcatatggatcgttggaaaaatcaacagtgtcatctatcagaaactgtccgac
aaacccagttcttcgctcctgtccatcggcctgctcgatatcttcggctttgagaacttc
caaacaaacagttttgagcagctttgcatcaacttcgctaacgagaagctgcagcagttc
tttgtggcccacatcttcaagctggagcagaaagagtaccagaaagagggcgtgctgtgg
aacaacatccagttcaccgacaaccagaaagtcctggaccttctggccgggaagccgtgc
aacgtgctcgctctgatcgacgaagagagccactttccgcaggggacagactccaccctg
ctgaccaagctgaacggagaacataagggagacaaggcctacatcagttccaagcgcaat
cacgaaacagactttggaattcgccactttgccggccccgtttactacaacaccaacgga
tttctggaaaagaacagagacggagtcagttatgacatcattaaaacgatcggcgtttcc
accagtaagctcctccgggacatctttgagaaggacatggcaaccaacggagtgaaggca
actaaaaccgcaaagttcatcttgacgccgcagagctcaccacggatgcagaacgacaaa
cgcaagcagatgccgacgctgagcggtcagttccgagtgtctctggactccctcatgaag
gctctgtccgcctgccagcccttcttcatccgctgcttcaaacccaacaacgacaagcag
tctaagaaatttgaccgagagctgtgcatgcgccagctgaggtactccggcatgatggac
accatccgcatcaggaagctggggtatcccgtgcgtcacaaatttgaggacttcctggtg
cgctaccgagtcctgctgaagaccaccgtctgcaatcccagaaccaccgacgccgcagtt
tgttgtgaagccatctgcaaggctgtaatcaaaggaagagacgagtggagaattggaagg
aagaaaatttttctaaaggatgcccacgacgctgttctggaaaatctgcgggaagcagaa
ctgagcagggtggccgtggtgatccagagggtcatgctgggaatcaaagacagaaagctc
ttcctgaggaaacggggcgcggctgtggtgctgcagaagcaatggagagcttacagagag
aggatggtgcagaagaagattcagcagggtttcgggcgcctggtgtcaaaggtccgcggt
cggaagcttaagtctcagtaccagagacggcgagcggctgccatcgtcatccagagccag
gtgcgaggccaccgggcgaggaaagactgccggcggaagagagaagaaatcgcccatcag
gctttgctcttagaaatggagaggcaggagcaagaggatctcggagaagaaatccatcag
aggctgatgcaagtcgctgaagaacaagccgacatagaatcacaaaaatctggcagatct
cacaaatcggagaaatctagtgaatctgagaaatctagtgaatcggaaagctccagtgac
tctgaatcggaggacggctcaaataaaaacctccaactctctgatgaagacatggaagac
aaaagatcagacgccaagggcgagaaaagccctcgcagttcgaaccagatgacggtcgtc
gtcacgcagtcctctaactcggcgagctccacgccgtcgctggacgaggaggaggaggaa
gagattgatgacggctttgacgacgagagcgacatattctccttttacaacttcagcaaa
cgccacttccagaaggacgaggaccacaagcacaccgcacagaggctgaagcagccgctg
ctgcaccacgaggacgaagcagacgccctggcgtctctgaccgtgtcctggatcatcatg
cggttcatgggcgacatactggagcagaggcctgcagactccatatctcagcactccagc
accctctcccagagcaccctgtcccgcctgcttccaaacaggcaaggccggaggctgagc
aatctggtggggctggatcagaaaatcctgaggaagaacaagaaaaagtttggccctggg
aacagaaaagcctcggccatcttggaggagccagagaacttgaccgaggacgaggacatt
ctggtgggagagagcacgacgctggatcgacagctcacacagctggaaaagctgcacatt
atcgttggatatggcctgtcgcggcagggcatcagggatgagatctactgtcagatctgc
aaacagctggtgaacaacaggaacaggaagagctgcatgcaaggctggactctcctctcc
ctctgtctggggatcttccctccaacaagcctcttcatggagtgtttggagagcttcctt
caaagaggtccatacggttacagagagtactgcattgagaggctgcatcgcatagtagcc
aacggagagagaaaagagctcccctgttggctagagctgaaggccgccaacaacaaggag
cccattgattggccggtgacactaatgaatggtgaaacggtcaaagtgcagctggattca
gcctccacctcctcagaagtctgccaggctgtggctaacaagatcggactcaaggacacc
tttgggttctccgtctacatcagcttctatgaaaagatgtggtctctgggatcctacggg
aagacccacgtgttggatgccgtgtctcagtgcgagcaggaaatgaggaggcagaacagg
gaggagaaggatacgccctggagcctctccatccgcaaggagctgttctcgccgtggcac
gactgcgaccaggacgcagtcagcacggacctgatctacaagcaggtcatcaagggcatc
aagtctggagaatacgtcagtgagaaggaggacgaatacgtccagctggctgcgaagcac
tactttgtccagttcggctcccaggagcccgccagagagagggtgcagagggtggtccag
gagtgcatcacaaccacgcggatcgagaacagatccatgacgatgtggattaatctcatc
acggcagaactctcaaaggagagctataacaacgggagactgcgggcagaaaaggtgaaa
ggagacgtggtggacatcgcccggcagaactggccgctcgacttctccaagctttacgaa
gtcacaatgacgtcaggacccccgttgcccaaaagcagattttttgtggccgtaaactgg
aaaagcatcgtcttcatggagcgaagggagaagctcctgctggagattccctacgtagaa
gtgaagaaagtccagatgccgagcgacagccaccagtcggtgagcgtcgacacgctcaga
ggacagtacaccctgaggtgccaggatgcggcggacatggccaagatgatgcagtacaac
gtgaacgggctgaaacagcgctccgtgtacgctatggttcagcaggacgtccccaaacaa
gacgatcccagctacctggtctgtaagcggggggacctgctgctggtggaaaaagacagc
tatccgccagacagcgacttgttcacagccttcaaccagaggaccaaaagcagaggggtg
gtttacaaggacaaaatggagtttctcccgactctgaccgaacccgctgaggatatgctg
aacctgctcagcccgaagcagcggaaagcctccgtcccaaccatcgtccctctggtcgaa
gagacggtggctcccgtctctttgaaggagtttgctcttgagaatttcagatcagtcggt
aaaggcggcggccgtggttccaagggctccaacaaggagaagctgtggattttctccaag
gagcccatcaaacagccgctcttgaagactttgcttaacaatccagaactcagcaacatg
gcctgcaacgccttcattgccatcttgaagtacatgggcgactaccccatcaaacattct
cgaagtgccacggagctgactgaccagatcttcggtccagccactaagcatgaggagctg
caagatgaaatctactgccagataatgagacagatgaccaccaatagcagcaggatgagt
gtggatcgtgggtggcagctgacgtggatgtgcacaggcttgttcccgcccggtcccaga
ttaaggacacacgcgcagcgcttcctggagtcacggcccagggacccgctggctgccggc
tgcttacagaggtttcgggatttttccagtaaagagcccaggacacttcctccccatcaa
gcagaggtggaggccatccagcagaacagcactcagatcttctataaagtccactttcca
aatgacacagatgctctggtcgaggtttcctccacgatcacgaacagggagctgcgccac
agcatcgccgcccagctctcgctgagctcagcagagggattcggcctgtacatgaaagtg
acacaaaagatgatgagcctggatgaggacaagtatttctttgacagtctaaggcaacct
ccagatgttaataagaaagggaaaaaagtgaaagaagtcagtcagtccaatgcgccgctc
ctggtggtctacagaaggaagctctggttcaacgtgatcccaggaaaagatctcatcgca
gatctcacttttcattacccgcaggaggtgcccaagtacctgcggggataccacacctgc
accaaagaggacatgtttaatctgggtgggctcctgttcagagtggccgtggactcagac
agatcccagtttgtcatgatccccagaatgctgaacgagctggttcctgtcgacaaagta
caaatgatgcagcctgaagagtggaagaagaacatcatctcgtcgtataacaagcagagc
ggcatgacggtgcaagaggccaaaattgccttcctgagagtcatttcgagctggccaaac
tttggctgctccttctttgacgttaaacaaacttgtgagccagggtacccgaacacactc
tggtttacggtcagcaagaagggtgttagcctaatcgaccccaaaacaaaggagctgcaa
gtgatgcacccgttcaaccgtatcacagactacagcagcacaggcaacgttttccagatg
accatccgcaccctggtgaagggcatcaactttgtgtgtgcaaccccacaggccggcacg
atagaggacctcgtcaagtcgtacgtcaggatgtacgaggagcagaagatgatctctcga
ccgaagaacaacatgtttccctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (11)   
   Pfam (11)   
All databases (57)   

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