KEGG   Hydra vulgaris (swiftwater hydra): 100198195
Entry
100198195         CDS       T01080                                 
Name
(RefSeq) myosin-VIIa isoform X1
  KO
K10359  myosin VIIa
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Pathway
hmg04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100198195
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:hmg04131]
    100198195
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hmg03037]
    100198195
   04812 Cytoskeleton proteins [BR:hmg04812]
    100198195
Membrane trafficking [BR:hmg04131]
 Others
  Actin-binding proteins
   Myosins
    100198195
Cilium and associated proteins [BR:hmg03037]
 Primary cilia and associated proteins
  USH complex and associated proteins
   100198195
Cytoskeleton proteins [BR:hmg04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     100198195
SSDB
Motif
Pfam: Myosin_head MyTH4 FERM_M IQ RA AAA_22 nSTAND3 PTB ABC_tran
Other DBs
NCBI-GeneID: 100198195
NCBI-ProteinID: XP_047130549
Position
4:28771036..28849667
AA seq 2203 aa
MPIFNQGDYVWLPCGSNEFSAPIGAVVTYHDGIRVKVVDDEGKEQWFSAQEASKFKPMHI
TGIEGVEDMIRLGELNEAGILHNLLKRYYENNIYTYTGSILVAVNPYQVYPIYDANYIKK
YQGRKIGDLPPHIFAIADGSYYYMRREKQDQCIIISGESGAGKTESTKLILQYLATISGQ
HSWIEQQILEANPILEAFGNAKTIRNDNSSRFGKYIDVHFNINGFIEGAKIDQYLLEKSR
IVGQMKDERNYHIFYYMLLGISPAEKQKLLLTRAEDYAYLNRGGCLTCDGIDDAEEFGTI
RGAMKVLLFTDNESWHIFKLLAGVLHLGNITFKTLKDSSLDASDVINMSALNAAASMLEV
PPLKLKKVLTNKSTFAKGEVIISPIQADHASDVRDAFAKGIYGRIFIWIVGKINQAVYTP
LGNQKRLSIGVLDIFGFESFDNNSFEQLCINFCNENLQQFFVQHIFKLEQLEYDNEAIQW
HHIQFTDNQETLDMLAQKPMNVLALIDEECTFPKSTDETMLNKLIQNHNKHPSFLVHKSS
AARMFGIVHFAGSVFYNAKGILEKNRDTFSADLNQVIAESGSKFLLHLFDKELKMGEETR
KRSPTLGNQFKKSLDLLMLTLNQCHPFFVRCIKPNDFKKPLMFDRELCVRQLRYSGMMET
IRIRRAGYPIRHTFEAFVNRYYMLVRNIRTLQNNLKEASRVIAANALSDGDWQLGRTKVF
LKDLQDQELELKREYVITASVTLIQKTFRGTLQRKKYLKLRSSCIVIQKHWRALLGKIRY
RKMCYGFERLQAMVKSKKIAASYKATRLKIIEFQSLCRGYLARREYKIKLGAVITIQSGF
RMLLAKKTRLRLQYELMIKKESEKVRREEEARLRLKLGSQEAALQAERAAQERALILKKQ
LEQEMIKEKEALEVKKNVINQAEERARNKKEVDIDDSEVVDQIFGFLPGSDSKQVGQAPT
AFGNLAVPQDQFHFSESDVITSVEKTEDLHEYTFKKFATMYFSGQNTYEFQTKALEKPLL
MHEEKADQLAALAVWITILRFMGDMQDPKYGSKYDNTPVMNKIYDTVGRLGTNRGNLQHL
GVASSEENAKNGVKRETLRRRIASMTLKKKSKITKEVANRLSENGDQNLDNMAALQPEDR
PTTNLDKLHFIVGHAIVRPDLRDEIYCQLCKQLTKSQNKSSYTRGWVLLSLCLGCFAPSE
IFSKYLLNFIENGPESTRKYCAKRLQRTMQNGTRSQPPSWLELQAVKFKRFLMLPITFMD
GNTKTLLADSATTSKELCEELACKIGLQDQFGFSLYIALFDKVSSLGSGNDHVMDAISQC
EQYAKEQGAKEQNAPWRLFFRKEIFSPWHNPIIDIVGTNLIYQQICRGVKFGEYKYNVRE
NYADIASQQYYIEYTKEFKRERVLELLPSYIPDHMLAPKSKESWLSLIQNYHSQLVKRVN
ERYNKIMAGIKEGSISPYHLEKEGDPRDPKSIKEDIVLHAKFRWPLLFSRFYEARRFSGP
VLPRDDVIIAVNWIGVYIVDSEERVLVECSFPELFAVTSGGEKSPGGQSFTLSTVKGLEY
TFTSANSEDIQELITYFLDGLKERSKYVVAIRENPTNDKNILSMKRGDLIILENGNGTNV
LNSTWCTGLNEKTGKRGDFQTENVYILPTLDHPSVEILDLFLAQPTPESTISETIFSELG
DIPETPHTLELYAELNFNPPPKRTLTKTLQKSLRNMKSDSLWLFSREQIKQPLLKRLNND
EELSKKAVEMFYSIMKYMEDQPAKLTRRNTDLTDLIIEPAILNEPLRDELYCQVIKQLTE
NPHRLSEEKGWELLWLLTGCVSCSSSLQENVKQFLKSKSRTWGIATDCYLRLQKTIRQGP
RKYPPHLVEVEAVQGKTVRIFHKVYFPDDSNKPFEVESSTRAKDFCEIIAMALNLRSADG
FSLFVKIADKVISVPESDFFFDFVRHLIDWIKKAKPSPMRDGSTPLNLSYQVFFMKKLWT
TTVIGKDTRADEIFHYYQELPKLLRGYHKLSVDEAIELAALQFKVRHGDDEKQFQSLTHN
LSSFIPHDMLSSVEPEQVWIKSIEAQYQQLRDVDKEECKARFLRILAKKPTFGSAFFEVK
QTTDIHFPSQMLIAINKNGVNLIDPSTKEFLITYPYTKISNWSSGSTYFHMTIGNLVKGT
KLLCETNLGYKMDDLMTSYISKMVSNINKNKTMNGKGTISFKR
NT seq 6612 nt   +upstreamnt  +downstreamnt
atgcctatcttcaatcagggtgattatgtgtggttgccatgtggatctaatgaattcagc
gcacctattggagctgttgttacttatcatgatggtataagggtcaaggttgttgatgat
gaaggcaaggagcaatggttttcagcacaggaagcttcaaaatttaaaccaatgcatatt
actggcattgaaggagtcgaggatatgattcgacttggagaattaaatgaagctggaata
ctgcataatttattaaaaagatactatgaaaacaatatttatacatacactggttctatc
ctggttgctgtaaatccataccaagtgtatcctatttatgatgcaaattatattaaaaag
taccagggaagaaaaattggagatcttcctcctcatatttttgcaattgctgatggctct
tattattatatgcgaagagaaaaacaagatcaatgtatcatcatcagtggcgaatctgga
gcaggtaaaacagaatcaacaaaattaattttacaatatcttgcaacaattagcggtcaa
cattcttggatcgaacaacaaattttagaagctaatcccatacttgaagcatttgggaac
gcaaagactatcagaaatgataattcaagtcgttttggtaaatacatagatgttcatttt
aatattaatggtttcatagaaggagcaaaaattgatcagtatttgctagaaaaatcaagg
attgttggacaaatgaaagatgagcgtaattatcacatcttttattatatgctacttggt
atttcgccagcagaaaaacaaaagcttcttcttactcgggctgaagattatgcttatctg
aatcgtggtggttgccttacatgtgatggtattgatgatgctgaagaatttggaaccatt
cgtggtgctatgaaagtccttttgtttacagacaatgaatcatggcatatatttaaactt
ttggctggtgttcttcatttaggaaatataactttcaagacgctgaaagattcatcatta
gacgcatctgatgtaattaacatgtctgctctaaatgctgctgcttcaatgttagaggtt
cctccattaaagttaaagaaagttttaaccaataaatcaacatttgcaaaaggagaagta
ataatatctccaattcaagctgatcatgcttctgatgtgcgagatgcttttgcaaaagga
atttatggcagaatatttatttggattgtaggaaaaattaaccaagcagtctacactcct
ttgggcaatcaaaagcgactttcaattggtgttttggatatttttggatttgaaagtttt
gataataacagttttgaacagctttgtattaatttttgcaatgaaaatcttcagcagttt
tttgttcaacatatatttaagctagaacagcttgaatatgacaatgaagccatacaatgg
catcatattcagttcacagataatcaggaaacattagacatgctagctcagaaacctatg
aatgttcttgctcttattgatgaggaatgcacatttccaaagagtacagatgaaactatg
ttaaataagttaatccaaaatcacaataagcatccttcatttcttgttcacaagtcaagt
gctgctaggatgtttggaattgttcattttgctggctcagtattttacaatgctaaaggc
atccttgaaaaaaatcgagatacctttagtgctgatttaaaccaggtaatagctgaaagt
ggctccaaatttttgcttcacctatttgataaagaactgaaaatgggtgaagaaacacga
aaacgatcgccaactctaggaaatcaatttaagaagtcactagacttgttaatgttgact
ctaaatcaatgtcacccattttttgtgcgatgcataaaaccaaacgactttaaaaaaccg
ttgatgtttgatagagagttatgtgtcagacagttaagatactcaggaatgatggagacg
attcggataagacgtgctggttatccaattcgccatacttttgaagcatttgtaaatcga
tattacatgcttgtaagaaacattagaactttacaaaataacctcaaggaagcttcacgt
gttattgctgctaatgctctttctgatggagattggcaattaggtcgcacaaaagtattc
ttaaaggatttacaagaccaagaattggagttgaagcgtgaatatgtaataacagcaagc
gttacactaattcaaaaaactttccgtggaactttacaaagaaaaaaatatttaaaactt
cgcagcagctgcattgttattcagaagcattggcgagctttattaggaaaaattagatat
cgcaagatgtgttatggatttgaaagattacaagcaatggttaaaagtaaaaaaatagcg
gcatcatataaagcaactcgattaaaaataattgaatttcaatctttatgtcgtggttat
ttagcacgtagagaatacaagatcaaactaggtgctgttattacaattcaatctggattc
agaatgctccttgcaaaaaaaactcgtttgaggttacaatatgaattaatgattaaaaaa
gaatctgaaaaagtaagaagagaagaagaggctcgacttcgacttaaacttggatctcaa
gaagctgcattgcaagcagagagggctgctcaggaacgtgcattgattttgaagaagcaa
ttagagcaagaaatgataaaggagaaagaggctttagaagtaaagaaaaatgtcattaac
caagcagaggagcgtgcaagaaacaaaaaggaagttgatattgatgattcagaagtagta
gatcaaatttttggatttcttcctggtagtgatagcaagcaggtagggcaagctccaaca
gcattcggaaatcttgctgtacctcaagatcagttccactttagtgaaagtgatgtcata
acttcagttgaaaaaactgaagatttgcatgaatatactttcaaaaaatttgctactatg
tatttttctggtcaaaatacatatgagtttcaaacaaaagcattggaaaaaccattactg
atgcatgaagaaaaggctgatcaactggcagcattagcagtgtggattaccatactgcga
tttatgggagatatgcaagatccaaagtatggaagcaaatatgataatacacctgtgatg
aataaaatatatgatactgttggtcgacttggaacaaatcggggaaatcttcaacatctt
ggtgtagcttcaagtgaagaaaatgctaaaaatggtgtcaagcgagaaactttaagaaga
agaattgcttcaatgactttaaagaaaaaatccaagatcacaaaagaagtagccaaccgt
ttatcagagaatggtgatcagaatcttgataatatggctgcacttcaacctgaagataga
cctactactaacctggataagcttcattttattgttggtcatgcaattgtaagaccagat
ctaagggatgaaatttattgtcaactttgtaagcagttaacaaaaagtcaaaataaatca
agttatacaagaggctgggtcttgttgtcattgtgtttaggatgttttgctccatcagaa
attttttccaaatacttattgaactttattgaaaatggtcctgaatctactagaaaatat
tgtgctaaacgacttcaacgaactatgcaaaatggaacacgttctcaaccaccaagttgg
ctagagctgcaggcagtcaagtttaagaggtttctaatgcttccaattacatttatggat
ggaaatacaaaaactcttcttgctgattctgcaaccacatcaaaagagctatgtgaagaa
ctagcttgcaagattgggcttcaagatcagtttggcttctctttatatattgcacttttt
gataaggtttcgagtcttggaagtggaaatgatcatgtcatggatgcgatttcacaatgt
gagcagtatgctaaagaacaaggtgccaaagagcaaaacgctccatggaggttgtttttt
aggaaagagatcttttcaccgtggcacaatccaattattgacattgttggtacaaatctt
atttatcaacaaatttgtcgtggtgtcaaatttggtgaatacaagtataatgtgagagaa
aattatgcagatattgcatctcaacaatactatattgaatacacaaaagaattcaagcga
gaacgagtacttgaacttcttccatcttatattcctgatcacatgcttgcaccaaaatca
aaggaatcatggttaagcctaatacaaaactatcattctcagttagttaagcgtgttaat
gaaagatataacaagataatggctggaataaaagaaggaagtatatcaccatatcacctt
gaaaaagaaggtgacccacgtgacccaaaatctataaaagaagatatagtgcttcatgca
aagtttcgatggcctttattattttcacggttttatgaagctcgtcgcttttctggacca
gttcttcctcgagatgatgttattatagctgtaaactggattggtgtttatattgttgat
tcggaggagagagttttggttgagtgctcttttcctgaactttttgcagtaacaagtgga
ggtgaaaaatctccaggtggtcaaagttttactttatcaacagtgaaaggtttagaatat
acatttacttcagcaaattctgaagacattcaagagttgattacctactttttagacggt
ttaaaagagagatcaaaatatgttgtagcaattcgcgagaatccaacaaatgataaaaat
attttgagtatgaaacgtggagatcttattattttggaaaatggaaatggaacaaatgtt
ttgaactccacatggtgtacaggacttaatgaaaaaacgggaaagagaggtgatttccaa
acagaaaatgtctatattcttccaactttagatcatccatctgttgaaattttggatctg
ttccttgctcaaccaactccagaatcaacaatttcagaaacaatattttctgaattaggt
gatattccagaaactcctcacactttagaattgtatgctgagcttaattttaacccacca
cctaaaagaactttaacaaaaacattacagaaatctttgagaaatatgaaaagtgattct
ttgtggcttttctcaagagaacaaataaagcagccgctacttaaacgtttgaacaatgat
gaagaattatcaaagaaagctgttgaaatgttttattctattatgaagtacatggaggac
cagccagctaaactaactagaagaaacactgatcttactgatctaattatagaacctgca
attcttaatgaaccacttagggatgaactttattgtcaagttatcaagcaattaacagaa
aatccccatcgactaagtgaagagaaaggctgggaactactgtggctgttaactggatgt
gtatcttgcagttcttcattacaagaaaatgttaaacaatttttgaaatcaaaaagtaga
acatggggaattgcaactgattgctacttacgcttgcaaaaaacaatcagacaaggtcca
agaaaatatcctcctcatcttgttgaagttgaagcagttcagggaaaaactgttcgcatt
tttcataaagtttattttcctgatgacagcaacaaaccctttgaagttgaatcaagtaca
cgtgcaaaagacttttgtgaaattatagcaatggctttaaatctgcgttctgcagacggt
ttcagtttgtttgttaagattgctgataaagttattagtgttccagaatctgattttttc
tttgattttgttcgccatctaattgactggataaaaaaagcaaaaccaagtccaatgaga
gatggatcaactccattaaacttaagttatcaagtattttttatgaaaaaactgtggaca
actacagtaattggcaaagatacacgtgctgatgaaatttttcattattatcaggaattg
ccaaagttacttcgagggtaccacaaactttctgtagatgaagctatagagttagctgct
ttacaatttaaagtacgtcatggtgatgatgaaaaacagtttcaaagtttgacgcataat
ctatcaagcttcattccacatgatatgttatcttcggttgaaccagaacaagtgtggatt
aagagtatagaagcccagtaccaacaattacgtgatgttgataaagaagaatgcaaagca
cgtttcttaagaatacttgcaaagaaacctacttttggttctgctttttttgaagtcaag
caaaccacagatatacattttccttctcaaatgttaattgcaattaataaaaatggagtg
aatcttattgacccgagtacaaaggagtttctcattacttatccatatacaaagatcagc
aactggagtagtggaagtacgtattttcatatgaccatcggtaacttggttaaaggaaca
aaattactgtgtgagacaaacttgggctataaaatggatgatcttatgacatcatacatt
tcaaaaatggtctcaaatatcaacaagaacaagacgatgaatggaaaaggaacgatttca
tttaaacgctaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (9)   
   Pfam (9)   
All databases (91)   

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