KEGG   Salmo salar (Atlantic salmon): 106561787
Entry
106561787         CDS       T04363                                 
Name
(RefSeq) unconventional myosin-Va-like
  KO
K10357  myosin V
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    106561787
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:sasa03019]
    106561787
   04131 Membrane trafficking [BR:sasa04131]
    106561787
   03029 Mitochondrial biogenesis [BR:sasa03029]
    106561787
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:sasa04812]
    106561787
Messenger RNA biogenesis [BR:sasa03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Factors involved in mRNA localization
    Cargo complex
     106561787
   mRNA cycle factors
    P-body specific factors
     106561787
Membrane trafficking [BR:sasa04131]
 Others
  Actin-binding proteins
   Myosins
    106561787
Mitochondrial biogenesis [BR:sasa03029]
 Mitochondrial quality control factors
  Mitochondrial dynamics
   Retention of mitochondria
    106561787
Cytoskeleton proteins [BR:sasa04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     106561787
SSDB
Motif
Pfam: Myosin_head DIL IQ AAA_16 nSTAND3 AAA_22 Myosin_N
Other DBs
NCBI-GeneID: 106561787
NCBI-ProteinID: XP_013981506
UniProt: A0A1S3KS13
Position
ssa10:112659226..112695632
AA seq 1861 aa
MAASELYSKYTRVWLPDAVEAWKPAELTKDYTPGDRALCLQLEDGTNVEHKMDPQTNSLL
PLRNPDILVGENDLTALSYLHEPAVLHNLKVRFVESKIIYTYCGIVLVAINPYESVPIYD
HDIINAYSGQNMGDMDPHIFAVAEEAYKQMARDQRNQSIIVSGESGAGKTVSAKYAMRYF
ATVSGSSSEANVEDRVLASSPIMEAIGNAKTTRNDNSSRFGKYIEIGFDKNYHIIGANMR
TYLLEKSRVAFQATEERNYHIFYQLCASSHLPEFKTLQLGNADDFHCTKQGDSPVIEGVD
DAKEMCSTRKAFSLLGINETYQMGLFQILAALLHLGNVEVEESSADSSTILPDNSHLTVF
CELMGVAYQDMSHWLCHRKLKTATETYVKPLSKVHAVSARDALAKHIYAKLFSWIVDHIN
EALRSAVKQHSFIGVLDIYGFETFHINSFEQFCINYANEKLQQQFNMHVFKLEQEEYMKE
EIPWTLIDFYDNHPCINLIEAKMGVLDLLDEECKMPRGSDDTWAQKLYNTFLKKSDLFDK
PRMSNKAFIIVHFADKVEYQCEGFLEKNKDTVNEEQIIVLKLSKFDLLLELFSDEEKPTG
SLSSRSKMTRPVQAQRDHKKTVGTQFRNSLHLLMETLNGTTPHYVRCIKPNDLKSPFMMD
PMRAVQQLRACGVLETIRISAAGFPSRWTYQEFFNRYRVLMKQKDILSDRKQTCRNVLET
WVQDQDKYQFGKSKIFFRAGQVAYLEKLRSDKLKKACVRIQKTIRCWLARKRYLRMRQAA
ITIQKTTRGYQARCLVVFLRRTRAAVIIQKNQRMLVARRRYQQQRSASITMQRLLRAYQA
RQTYRKLLYEHKVLTIQRWVRGWLARRRCRRSLRAVVYLQSCVRRMAARRELRKLRVEAR
SVEHFKKLNVGMENKIMQLQRKVDEQHKENRELSERLRTVERSRAAESERLGREVERLRV
AEEESRVKADGVPSLLEQLSFLRQELETTRLEKEAVQEEARTYRVDTEKVVSELNENNSL
LITEKDNMNQLIQEQSQQIAESKAHAKDGMQLESDLREERDHYQSLLSEYTHLKERHADL
KEEMTISTITNKPGHRRTDSNYSSNESEGTPSSGFAEGRNSSVKTHSSTRSSSGFTESET
RSLREDDAPHQDVVDMSVLLKLQRRVTELEQDKHTLQRHLDKREEAQQDQVKNAEKQRTA
GRAELDLEALKRQELESENKRLKTNLAELRQSLATVSNTNPGAKTNPGAKTNPGAKAATS
SPGPGSAPYNVLLEQLNSSNEELEVRKEEVLLLRSHLVRQEVLKHNKEAYGEMHKMIHLG
ETPPKEADGSTPDYHKLNEDGELWLAYDGLKETNSLLVSQLQVQDRRHEEEVEELREEVL
RVREENRQQQQFLSQSLLLPQDARIEASLHHEITRLTSDNLDLMEQQEKQDKMIRKLKKQ
LKVYVKRVEEYEASGQMERLAPGPEPRSPVGITRKERDFQGMLEYQRGDESKLLKSLVVE
LKPRGVAVNFLPGLPAYILFMCLRHADYSNDDQRVSILLNSTINSIKGVLKRRGDDFETV
SFWLANTCRFLHCLKQYSGEEAFVKNNTPQQNEHCLCNFDLSEYRQVLSDLAIQNYQQLV
RCMEEALQPMIVPGMLEHENFQGVLGSKPTGLRKRTSSLAGEAVYTVDSILQQLGVFHAT
LIQHDVDPELIKQGVRQQFYIICSVTLNNLLLRKDMCSWSKGLQIRYNVWQLEEWLEERG
LSDCGAKEMLEPLIQAAQLLQVKKKTEEDAQAICTMCSALTTVQIVKVLSLYTPVIEFEE
RVSVSFIRTIQALLKGRVESPMLLMDAKKIFSVTFPFTHSDLALETIQIPSSLNLGFLTR
V
NT seq 5586 nt   +upstreamnt  +downstreamnt
atggcagcatctgaactatactccaagtatacccgggtctggctcccagatgctgtggag
gcatggaagccagcagagctcaccaaggactacactcctggagacagggctttgtgtcta
cagctggaggatggcacaaacgtggaacacaagatggacccccagaccaacagtttactc
ccgctaaggaaccctgatatcctggtgggggagaatgacctgacggctctcagctacctc
cacgaaccagcagttctacacaatctcaaagtgcgcttcgtggagtccaagatcatctac
acgtactgcggcatcgtgttggttgctatcaacccctatgagagtgttcccatctatgac
catgacatcatcaacgcctacagtggacagaacatgggagatatggaccctcacatcttc
gctgtggcagaggaggcttacaaacagatggccagagatcagaggaaccagtccatcata
gtgagtggggagtctggagctggtaaaacagtctctgctaagtatgccatgaggtacttt
gctacagtcagcgggtcctccagcgaggctaatgtggaagacagagtgctggcctccagc
cctatcatggaggccatcgggaatgcaaagacgactagaaacgacaacagcagtcgcttt
gggaagtacatcgagatcggattcgacaaaaactatcacatcatcggggccaacatgagg
acgtacttgttggagaaatctagagtggcgtttcaggctaccgaagagaggaactaccat
atcttctaccaactgtgtgcctcctcacaccttcctgagttcaaaactctccagttaggc
aacgctgatgatttccactgtaccaagcagggagatagccctgtcatagagggagtagac
gatgccaaagagatgtgcagcaccaggaaggctttctcattgttgggaatcaatgaaacg
taccaaatgggacttttccaaatcctggccgctctgcttcaccttggcaacgtggaggtg
gaagagagctcggcagacagcagtaccatcctgcccgacaatagtcacctgacggtgttc
tgtgagctgatgggcgtggcctaccaggacatgtcccattggctgtgccacaggaaattg
aagactgccacggagacctacgttaagcccctctccaaagtgcatgcggtcagcgcacgg
gacgcgcttgctaaacacatctacgctaaactcttcagctggatcgtagaccacatcaat
gaggctctgcgctctgctgtcaaacagcactccttcattggggttctcgacatctatggg
tttgaaacgtttcacatcaacagctttgagcagttctgtattaactatgccaacgagaag
cttcaacagcagtttaacatgcatgtgttcaagctggagcaggaggagtatatgaaggag
gagattccctggactctgatagacttctatgataaccatccctgtatcaacctcatcgag
gccaagatgggggtcctggacctgctggatgaggagtgcaaaatgcccagaggcagtgat
gacacatgggctcagaaactttacaacaccttcctgaagaaaagtgatctttttgacaaa
cctcgtatgtccaacaaagcctttatcatcgtccactttgcagacaaggtggagtaccag
tgtgagggattcctggagaagaataaggacactgtcaatgaggagcagattattgtgctc
aagctaagcaagtttgatctgctgttggaactgttcagcgatgaggagaagcctacaggc
tccctgagcagtcgcagtaagatgacacggcctgttcaggctcagagagaccacaagaag
accgttggaacgcagtttcgtaactctctacatctgctgatggagactctgaatggaacg
acccctcactatgtacgctgcatcaagcccaatgaccttaaatccccattcatgatggac
cccatgagggcagtacagcagttacgggcttgtggagtcctggaaaccatccgcatctca
gcagcaggcttcccatccaggtggacctaccaggagttcttcaaccggtaccgggttctg
atgaaacagaaagacattctctcagacaggaagcagacctgcaggaacgtcctggagaca
tgggtccaggaccaggacaaataccagtttggaaagagcaagatcttcttcagggcgggt
caggtggcctatctagagaagctccgttctgataagctgaagaaggcgtgcgttcgtatc
cagaagactatcagatgttggctggccaggaagaggtatctccgtatgagacaagctgcc
atcaccatacagaaaactacacgaggttaccaggcgcgctgtctggtagtgttcctgagg
aggaccagagcagcagttatcatccagaagaaccagcgtatgttagtggccaggagacgc
taccagcagcagagatcagcatccatcaccatgcagcgtctgctacgggcctaccaggcc
agacagacctaccgcaagctgctgtacgaacacaaggttctcaccatccagaggtgggtg
agaggctggctggccaggcggaggtgcagacgctccctgagggccgtggtttatctccag
agctgtgtgaggcgcatggctgccaggagggagctgaggaaactcagggtggaggctcgc
tctgtagaacacttcaagaagctcaacgtgggcatggagaacaagatcatgcaattgcag
aggaaggtggatgaacagcacaaggagaacagagagctcagtgagaggttgcgtactgtg
gagcggtcccgggcggcggagagcgagagactggggagagaggtggagcggctacgcgtg
gcagaggaggagagcagagttaaagcagacggggtaccctccctcctggaacagctgtca
ttcctccgtcaggaattggagactaccaggttggagaaagaggccgtacaggaggaggct
aggacctacagggtggacactgagaaggtggtgtcagagttgaatgagaacaacagcttg
ttgataacagagaaagacaatatgaatcagctgatccaggaacagagccaacagatagca
gagagcaaggcccatgctaaagacggtatgcagctggagagtgatctccgtgaggagcgg
gaccactaccagagtctgctgagtgaatacacacacctaaaagagagacacgctgacctg
aaagaagagatgactattagcacgatcaccaataaaccaggccaccggagaacagactcc
aactacagcagcaatgagtctgagggaactcccagttctggatttgcggagggaagaaac
agctcagtgaaaactcacagctcaacacgcagctcctcaggattcaccgagtcagagacg
agatctctacgagaagacgacgcgccacaccaggatgtggttgacatgtccgtcctgttg
aagctacagaggagagtcactgagctggagcaggacaaacacacactgcagagacacctg
gataagcgggaagaggcacaacaagaccaggtcaaaaatgcagagaagcaaagaactgcg
gggagagctgagctggacctagaggctctgaaacgccaggagctggagtcagagaacaag
aggctgaagacaaacctggcggagctgcgtcagtctctagctacagtctccaacaccaac
cccggggctaagaccaaccccggggctaagaccaaccccggggctaaggccgccaccagc
agccccgggccgggctccgctccctacaacgtgctcctggagcagctcaactcctccaac
gaggaactggaggtcaggaaggaggaggtgcttctccttcgctcacacctggtccgccag
gaggtgctcaaacacaacaaggaagcgtatggagagatgcataagatgattcatcttggt
gaaactccacccaaagaggctgatgggtccactcctgactaccacaagttgaacgaagat
ggagagctgtggttggcttatgacgggttgaaggagaccaacagcctgttggtgtctcag
ctgcaggtgcaggacaggaggcatgaggaggaggtggaggagctaagagaggaggtgctc
agggtgagagaggagaacaggcagcagcaacaattcctctcccagagcctcctcctcccc
caggacgcccgtatcgaggccagcctgcatcacgagatcacacgccttaccagcgacaac
ctggacctgatggagcagcaagagaaacaggacaagatgatccgcaaactaaaaaaacag
ctcaaagtctacgtcaagagggtagaagaatacgaagctagcggacagatggagaggttg
gctccaggtccagagcctcgctctcctgttggtatcacccggaaggagagggacttccaa
ggcatgctggagtaccagaggggggatgagagcaaactactgaagagtctggttgtggag
ctgaagcctcgcggtgtggcggttaacttcctccctggtctgccggcctacatcctgttt
atgtgtctgagacatgctgactactctaatgatgaccagagagtcagcatcctgctcaac
tctaccatcaacagcatcaagggagtcctcaagaggcgaggagatgattttgagactgtg
tctttctggctggccaacacctgccgatttctccactgcctgaagcagtacagtggagag
gaggcgtttgtaaagaacaacaccccgcagcagaatgagcactgcttgtgtaactttgac
ctgtcggagtaccgtcaggtcctcagtgacctggccatccagaactaccagcagctggtc
agatgcatggaggaggccctgcagccaatgatagttccgggtatgctggagcatgagaac
ttccagggagttctggggtctaaacccacgggcctacggaagaggacgtccagtttagcc
ggagaggctgtttacacggtggacagcatcctacagcaactcggtgtcttccacgctacc
ctgattcagcatgacgtcgaccccgagctcatcaaacagggggtgaggcagcagttctac
atcatctgttctgtcactctcaacaacctgctgctgaggaaggacatgtgctcctggagt
aaaggactgcagatcaggtataatgtgtggcagctggaggagtggctggaggagaggggg
ctgtcagactgtggagctaaagaaatgctggagcctctgattcaggctgctcagttacta
caggtgaagaagaagactgaggaagatgcccaggctatctgtaccatgtgctctgccctc
accacagtacagattgtgaaagtgctaagcttgtacaccccagtgattgaatttgaggaa
cgggtttccgtgtccttcattagaaccatacaggccctgttgaaaggccgtgtcgagtca
ccgatgcttcttatggacgccaagaagatattttccgtgacatttcccttcacccactcc
gacctggctctggagaccattcagatccctagcagtctgaatctaggattcctcacacgg
gtctaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (81)   

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