KEGG   Sinocyclocheilus rhinocerous: 107740887
Entry
107740887         CDS       T04916                                 
Name
(RefSeq) unconventional myosin-Va-like isoform X1
  KO
K10357  myosin V
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:srx00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    107740887
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:srx03019]
    107740887
   04131 Membrane trafficking [BR:srx04131]
    107740887
   03029 Mitochondrial biogenesis [BR:srx03029]
    107740887
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:srx04812]
    107740887
Messenger RNA biogenesis [BR:srx03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Factors involved in mRNA localization
    Cargo complex
     107740887
   mRNA cycle factors
    P-body specific factors
     107740887
Membrane trafficking [BR:srx04131]
 Others
  Actin-binding proteins
   Myosins
    107740887
Mitochondrial biogenesis [BR:srx03029]
 Mitochondrial quality control factors
  Mitochondrial dynamics
   Retention of mitochondria
    107740887
Cytoskeleton proteins [BR:srx04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     107740887
SSDB
Motif
Pfam: Myosin_head DIL IQ nSTAND3 AAA_22 AAA_16
Other DBs
NCBI-GeneID: 107740887
NCBI-ProteinID: XP_016408907
Position
Unknown
AA seq 1801 aa
MAALELYSKFARVWIPDTTEVWRSAELTKDYKLGDTVLHLQLEDETDFEYKLDPKSGVLP
PLRNPDILVGENDLTALSYLHEPAVMHNLRVRFTDSKLIYTYCGIILVAINPYESLQIYG
SDIINAYSGQNMGDMDPHIFAVSEEAYKQMARDEKNQSIIVSGESGAGKTVSAKYAMRYF
ATVSGSSAEASVEEKVLASSPIMEAIGNAKTTRNDNSSRFGKYIEIGFDRKHHIIGANMR
TYLLEKSRVVFQASEERNYHIFYQLCACAHLPEFEPLKLGSADDFPYTKQGRSPIIEGVN
DLNEMEATRKAFSLLGITEAHQMGLFQILSAILHLGNVEVKERGSSSCGISDESGHLVGF
CDLTEVSYESMAHWLCHKKLKTATETLNKPVTRLEAINGRDALAKHIYAKLFSWIVSQVN
KALSTSSKPHSFIGVLDIYGFETFEVNSFEQFCINYANEKLQQQFNMHVFKLEQEEYMKE
QIPWTLIDFYDNQPCINLIEAKMGLLDLLDEECTMPKGSDDSWAQKLYNTHLKKSSHFEK
PRMSNKAFIILHFADKVEYQCDGFLEKNKDTVNEEQINVLKASKFALLVELFQDEETPAA
PSSSAPSGRAKVGRSTQSFREHKKSVGLQFRNSLHLLMDTLNATTPHYVRCIKPNDIKAP
FMLDPHRAVQQLRACGVLETIRISSAGFPSRWTYQEFFSRYRVLMRQKEFLSDRKLTCQS
VLERLVQNKDKYQFGKTKIFFRAGQVAYLEKLRADKLRAACIHIQKTIRCWLARKKYLRI
RQAAITLQRYTRGHQARCLCKTMRRTRAAVIFQKYTRMWAARRQFLRQRAAAVLIQRLLR
GYTARLEYKRLVCEHKALLIQRWVRGFLARWRFRRIKRAVVYLQCCVRRMLARRELKKLK
IEARSVEHYKKLNFGMENKIMQLQRKLDEQHKDNRELSEQIRQMESHSATELEKLHMQLK
TLQEAEEESRHRGDLVTSLQEELELVRQELEKNKEMVAELNEKNTLLKSEKDEMNRLIQE
QEQQLKEKSESTHQEATEHLQAQLNEERFRYQNLLSEHLKLEERCADLRSEKEAAELSKH
DHNRADSGYSSSQSDSVHSSVLTGSEVSSLEREDAGQTAADVSLLLKLQRRVAELEKEKM
DLQSEMDTKEDQLQLEQTKELEDCQRVLGAERDYEALKRQELESDNKKLKKDLQELRQSL
SKGSGSKLASPGGQAYNVLLEQLNSTTEELEMRKEEVLILRSQLVNHEAFKHKETGTEGD
SGDSSRSPTLDLHELNEDGELWMAYESLKETNRILVSQLQTQGQSHEKEVEGLRAELQQL
RAELDHQQQMLSNSLELPHDALIQASLQHEISRLTQQNMDLLEQMGKQDKMIRKLKKHLK
IYMKKFGEAEAGVHIEQSSPENIVGESGRTVSIVRKERDFQGMLEYRREDESKLFKILIT
ELKPRGVVVNLVTGLPAYILLMCLRHADYANDDQRVSTLLNSSINAIKNVLKKRGDFETI
SFWLANTCRFLHCLRQYSGEKAYAKHNTPRQNEHCLTNFDLSEYRQVLSDLGIQIYQQLI
RVIENILHPKIAPAMLEQETIQGVMGVKPTGMRKRTPSFHEEGSHSLESILKQLDVFYYT
LLQHGNDTELVRQVIKQQFYVICSVTLNNLLLRKDMCSWSKGLQIRYNVCQLEEWLLDKD
LQGSGARESLEPLIQAAQLLQIKKKSQDDAGAICTMCTALTTEQIVKILRLYTPVNEFEE
RVSISFIKSVQTLLKDRKESSQLLMDAKIIFPVTFPFNPSPVALETIQIPSSLNLNFLTP
V
NT seq 5406 nt   +upstreamnt  +downstreamnt
atggcagcgctggagctgtactcgaagtttgctcgagtctggatcccagacaccacagag
gtgtggagatcagcagagctcaccaaagactacaagctcggagacactgtcctacatcta
cagctggaggatgagacggattttgagtacaagttggacccaaagagtggtgttctgcct
ccccttcgtaacccggacatcctggtgggtgagaacgacctcacggctctcagttacctc
catgaaccggctgtgatgcacaacctccgggtccgattcacagactccaagctcatctac
acctactgtgggatcatcctggttgccatcaatccatatgaaagtcttcaaatctatgga
tcagacatcatcaatgcttacagtgggcagaacatgggtgatatggaccctcatatcttt
gccgtgtcagaggaggcctataaacagatggccagagacgagaaaaatcagtccatcatt
gtgagtggagaatctggtgcagggaagaccgtttctgccaaatacgccatgcgttacttc
gccacggtcagcggctcctctgctgaggccagcgtggaggagaaagtgctggcgtccagc
cccatcatggaggctatcggaaacgccaagacgacgagaaacgacaacagcagccgcttt
gggaagtacattgagattggatttgacaggaaacaccacatcattggagccaacatgagg
acgtatcttctggaaaagtctagagtggtgtttcaggcgagtgaggagagaaactatcac
atcttctatcagctctgtgcctgtgcccatttaccggaatttgaacctctaaaattaggt
agcgctgatgactttccctacactaaacaaggcagaagtcccataatcgagggagtgaac
gacctgaacgagatggaggccacaaggaaagccttttcactgctaggaataactgaggca
caccaaatgggtttattccaaatcctgtcagccattcttcatctggggaatgtggaagtg
aaagagagaggatcgtctagttgtggcatctctgatgaaagcggccacctggtagggttt
tgtgacctcactgaggtgtcgtacgagtccatggctcactggttgtgccataaaaaactc
aagaccgccacagaaaccctaaacaagcccgttacccgactggaggccataaacggccgt
gacgctcttgcgaagcacatttatgccaagctcttctcgtggatcgtcagccaggtcaac
aaggccctgagcacttcctccaaaccgcactcgttcatcggtgtcctagacatctatggg
tttgagacattcgaggtgaacagcttcgagcagttctgcatcaattacgccaacgagaag
ctccagcagcagtttaacatgcacgtgttcaaactggagcaggaggaatacatgaaggag
cagataccatggacgctcatcgatttctacgacaaccagccgtgcatcaacctgatcgag
gccaagatgggcttgctagatcttttagatgaagaatgcactatgccaaaaggctcagat
gattcatgggcccaaaagctgtacaacactcacctaaagaaaagctctcactttgagaag
ccacgcatgtctaacaaagccttcatcatactgcactttgcagacaaggttgaataccag
tgtgatggatttctggagaaaaataaagacacagtcaatgaagaacaaattaatgtgctg
aaggctagtaagtttgccttgctggttgagctcttccaggatgaggaaacacctgcagct
ccgagctcctcagcaccatctggtcgtgcaaaggttgggcggtcaacccagtcttttagg
gagcacaagaaatcggttggactgcagttccggaactctctgcacctgctcatggacacg
ctgaacgccaccacccctcactatgtgcgctgcatcaagccaaatgacattaaagccccc
ttcatgttggacccccatcgagccgttcagcagctcagagcgtgtggagtccttgagacc
attcgtatctcatctgcaggcttcccttccaggtggacttatcaagagttcttcagtcgt
tatcgtgttctaatgaggcagaaagaattcctctcagacaggaagttgacctgccagagt
gttctagaacggcttgtgcagaacaaagataaataccagttcggaaaaacaaagatcttt
ttccgggctggacaggtggcttacctggaaaagctgagggctgacaaactccgtgcagcc
tgcatccacatccaaaaaaccatccgttgctggctcgcccggaagaaatacctgcgtatt
cgccaggcggccattaccttgcagagatacacgagaggacaccaggctcgatgcttgtgt
aagacaatgagaaggacgcgggccgcagtgatctttcagaagtacacgcgcatgtgggca
gcccgacgacagttcctgcgacagagagcagcagcggttctcattcagaggttactgcgc
ggctatactgccagactggagtacaaacggttggtgtgtgagcacaaggctttactgatc
cagcgctgggtgcgtggcttcctggcccgctggcgttttcgtcgcatcaagagggctgtg
gtgtatctgcagtgttgcgtgcgcaggatgctggcccgtcgagagctcaagaaactcaag
attgaagccagatcagtcgagcactacaagaagctcaacttcggcatggagaacaagatc
atgcagctgcagaggaaactggatgagcagcataaagacaaccgagagctttctgagcaa
ataaggcaaatggagagccacagtgccactgagttggagaagttgcacatgcagctcaag
actcttcaagaggcggaagaggagtcccgtcaccgtggagacctggtgacatccttacag
gaggagctggaactggtccgtcaggagctggagaagaacaaagagatggttgctgagctg
aatgagaagaacacactgctgaagagtgagaaagatgagatgaacagactgatccaggaa
caggagcagcagttaaaagagaaatcagagtcgacccatcaggaggccacagagcacctg
caagcacagctgaatgaggaacgcttccgttaccagaaccttctgtctgagcacctgaaa
ctggaggagcgctgcgctgatctgagatcagaaaaagaggcggctgagctctccaaacat
gatcataacagagccgactctggctacagcagcagccaatcagacagcgtccacagctct
gtgctcacagggtcagaggtcagctcgctggaaagagaggatgctggccagacggcagct
gatgtgtccctgctgctgaagcttcagaggagagtcgctgagctggagaaggagaagatg
gacctgcagagtgagatggacaccaaagaagaccagctgcaactggaacaaactaaagaa
ctggaagattgtcagagagtgttaggggctgagagagactatgaagctctgaagcgtcag
gagctggagtccgacaataagaagctcaagaaagatctgcaggagctccgtcagtccctc
agtaaggggtcggggtcaaagttggcgtcccctggaggtcaggcatataacgtgctcctc
gaacagctcaactccaccacagaagagcttgaaatgcgaaaggaggaagtgctcatcttg
cgatctcaactggtcaaccacgaggcatttaaacataaggaaacaggaaccgaaggagat
tcaggtgactcaagcagatctcccacgttggaccttcatgagctcaatgaggatggagaa
ctctggatggcttatgagagcctgaaggaaactaacaggattctagtgtcacagttgcaa
actcagggacagtcccacgagaaggaggtggagggtttgagggcggagcttcagcagtta
agggcggagcttgatcatcagcagcagatgctgtcgaacagcttggagcttccgcatgac
gctctaatacaagccagcctgcagcacgagatcagtcgcctcacacaacaaaatatggac
ctcttggagcagatggggaaacaggacaaaatgatccgcaaactaaagaaacacttgaaa
atttacatgaaaaagtttggggaggctgaggcaggtgttcatatcgagcagtcctctcca
gagaacatagttggcgagagcggacgcacggtcagtatcgttcgcaaagagagggatttc
cagggcatgctggagtacaggagagaagacgagagcaaactgttcaagatactcatcaca
gagctcaaaccccgaggtgtggtggtgaatttggtcacaggtctgcctgcttacattctc
ttaatgtgtctgcgacacgccgactacgccaacgatgaccagcgggtctccaccctgctg
aactcctccatcaacgccattaagaacgtactgaagaaacgaggagattttgaaaccatt
tccttctggttggcaaacacttgtcgcttcttacattgcctgaggcagtacagtggagag
aaggcatacgcaaagcacaacacgcctcggcagaacgaacactgtctgacaaactttgac
ctgtctgagtaccggcaggttctgagtgatctgggcattcagatctaccagcagctcatc
agggtcatagaaaatattttacaccccaagattgctccagccatgttggagcaggagacc
attcagggtgtgatgggtgtgaagcccacaggaatgaggaagcgcacgcccagtttccat
gaggagggctctcactcgctggagtccattctgaagcagctggatgtgttctattacacg
ctgcttcagcacggcaacgacaccgagctggtccgacaggtcatcaaacagcagttctac
gtcatctgctctgttacactcaacaacttactgctccgcaaggacatgtgctcctggagt
aaaggcctgcagatcaggtataatgtatgtcagctggaggagtggttgctggataaagat
cttcagggcagtggagcacgtgagtctctggagcctctgattcaggcagctcagcttctg
cagatcaaaaagaagagccaggacgacgcaggggccatctgtactatgtgcacggctctc
accactgaacagattgtgaaaatcctccgcttgtacacaccagtgaatgagtttgaggag
agagtgtctatatcattcataaagtctgtacagactttattaaaggatcgtaaggagtct
tctcagttactgatggacgcaaagatcattttcccagtcactttccccttcaacccttca
cctgtggccctcgagaccatccagatccccagcagcctcaacctgaacttcctgacacca
gtttaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (21)   

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