KEGG   Maylandia zebra (zebra mbuna): 101487875
Entry
101487875         CDS       T02814                                 
Symbol
myh11
Name
(RefSeq) myosin-11 isoform X1
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04270  Vascular smooth muscle contraction
mze04530  Tight junction
mze04810  Regulation of actin cytoskeleton
mze04814  Motor proteins
mze04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mze00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    101487875 (myh11)
  09142 Cell motility
   04814 Motor proteins
    101487875 (myh11)
   04820 Cytoskeleton in muscle cells
    101487875 (myh11)
   04810 Regulation of actin cytoskeleton
    101487875 (myh11)
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    101487875 (myh11)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mze04812]
    101487875 (myh11)
   04147 Exosome [BR:mze04147]
    101487875 (myh11)
Cytoskeleton proteins [BR:mze04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     101487875 (myh11)
Exosome [BR:mze04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   101487875 (myh11)
SSDB
Motif
Pfam: Myosin_tail_1 Myosin_head Myosin_N Crescentin ERM_helical ADIP CC2-LZ IQ AAA_22
Other DBs
NCBI-GeneID: 101487875
NCBI-ProteinID: XP_004538982
Position
LG6:30864148..30897184
AA seq 1978 aa
MSTKAPTEDEKFLFVDKDFLNSPMAQADWAAKKLVWVPSEKHGFEAASIKEEHGDEVLVE
LADNAKKITVNKDDIQKMNPPKFSKVEDMAELTCLNEASVLHNLRERYFSGLIYTYSGLF
CVVVNPYKMLPIYSEKIIEMYKGKKRHELPPHIYSISDNAYRNMMQDREDQSILCTGESG
AGKTENTKKVIQYLAVVASSHKGKKDSSAQHAGSQLAYGELEKQLLQANPILEAFGNAKT
IKNDNSSRFGKFIRINFDVTGYIVGANIETYLLEKSRCIRQAKTERAFHIFYYMIAGAKD
KLREELLLEPFSNYRFLSAGHVQLPGQQDDEMYEETMEAMNIMGITEEDRIDILKVCSTV
MQLGNIEFKKERNQEQATMPDNTAAQKVCHLQGINVTDFTRAILTPRIKVGREVVQKAQT
KEQADFAIEALAKAVFERLFRWILGRVNKALDKTKRQGASFLGILDIAGFEIFEDNSFEQ
LCINYTNEKLQQLFNHTMFILEQEEYQREGIEWNFIDFGLDLQPCIELIERPNNPPGILA
LLDEECWFPKATDISFVEKLLNTQGNHMKFAKPKQLKDKTEFSILHYAGKVDYNATAWLT
KNMDPLNDNVTALLSNSSNQFVQDLWKDADRVVGLDTLAKMSDTSGPSASKTKKGMFRTV
GQLYKESLAKLMTTLHNTQPNFVRCIIPNHEKRAGKLDANLVLEQLRCNGVLEGIRICRQ
GFPNRIVFQEFRQRYEILAANAIPKGFMDGKQACCLMIKHLDLDPNLYRIGQSKIFFRTG
VLAQLEEERDLKITVIIIAFQAQARGFLARKAFAKRQQQLTAMKVIQRNCAAYLKLRNWQ
WWRLFTKVKPLLQVTRQEEEMGLKEEELQKAKEVATKFESELKEITLKHTQIVEERNALQ
EQLQAETELYAEAEEMRVRLAAKKQELEEILHEMEARLDEEEERSQGLLVEKKKMQQQMQ
ELEEHLEEEEDARQKLQLEKVTCEGKIKKLEDDILVMEDQNNKLLKERKLLEERVADFSA
NLAEEEEKSKNLTKLKNKHESMISELEVRLKKEEKTRQELDKAKRKLEAESNDLQEQIAD
LQAQIADLKAQLAKKEEELQNALARLEDESAQKNNALKKIRELEGHISDLQEDLDSERAA
RNKAEKIKRDLGEELEALKSELEDTLDTTATQQELRAKREHEVTQLKRAIEEENRTHEAQ
IHEMRQKHTQAVEELSEQLEQSKRVKSNLEKAKQALEKETSELTMEVRSLTQAKQDGENK
RKKLEGQVTDLQSRFNDSEKQKAELTERCSKITIELESVTNLLNEAEGKNIKLSKDVASL
TSQLQDSQELLAEETRQKLQFSTKLRQAEDDKNSLQEQLEEEMEAKRNVERHVSTLNIQL
SDAKKKMDEMSGNIELLEEGKKRLQRDLEAANTQYEEKASAYDKLEKTKNRLQQELEDTL
MDLDNQRQNVSNLEKKQKKFDQMLAEEKSVSSKYADERDRAEAEAREKETKALSLARALE
EAQDSREELERANKALKAEMEDLISSKDDVGKNVHELEKSKRGLEAQVEEMKTQLEELED
ELQAAEDAKLRLEVNMQALKAQFERDLQGRDEMGEEKKRQLIKQVRELETELEDERKQRA
TAAAAKKKLEIDMKDLEGQIETANKGRDEAIKQLRKLQAQMKDYQRELEDARAAREEVLT
TAKESERKAKSLEAELMQLQEELAAAERGRKQAEAERDELSDELASNTSGKSALSDEKRR
LEAKIAQLEEELEEEQSNMEIINDRLRKSTQQVDQLNNELQTERTTSQKNESARQQLDRQ
NKELKAKLQEMENQVKSKFKSSISALEAKVAQLEEQLEQENRDKQTTAKNMRQKDKKLKD
LMLQVEDERKQAEQYKDQAEKSNTRMKQLKRQLEESEEESQRATAARRKLQRELDEATEA
NDAMTREIGSLKNKLRRGNEPPFSSTPRRIGGGRRVVEDASEEDTDSQSDFNGTKSAD
NT seq 5937 nt   +upstreamnt  +downstreamnt
atgtccacgaaggcccctaccgaggatgagaagttcctctttgttgacaaagacttcctc
aacagcccgatggctcaggctgactgggcagccaagaagttggtatgggttccatcagaa
aagcatggctttgaggcagctagtataaaggaggagcatggcgacgaggtgctggtggag
ctggctgataatgccaagaagataacagtcaataaagatgacatccagaagatgaaccct
cccaagttcagcaaggtggaggacatggccgagctcacctgtctaaatgaggcctctgtg
ttgcacaatcttcgcgagaggtacttctctgggctcatttatacatactctggcctgttc
tgcgtggtggtgaatccttacaaaatgctgcccatctactcagagaagatcattgaaatg
tacaaaggaaagaaacgacatgaactaccccctcatatctattccatctctgacaacgcc
tatagaaacatgatgcaagatcgtgaagaccagtccattctctgcactggagagtctggt
gctgggaagacagaaaacaccaagaaagtcatccagtatttggctgttgtggcctcctcg
cacaaaggcaagaaagacagcagtgctcaacatgcaggatcacagttggcttacggggag
ctggagaagcaactcctgcaggccaatcctatcctggaggcctttggaaatgctaagacc
atcaaaaatgacaactcctcaagatttggaaaattcatccgcatcaactttgacgtgacc
ggctacattgttggagccaacattgagacttatctgctggagaagtctcgctgtatcaga
caggcaaagacagaaagagcttttcacatcttctactacatgattgctggtgccaaggac
aaactgcgcgaggagctacttctggagcccttcagtaattaccgcttcctcagcgcaggc
cacgtccagctccctggccagcaagacgatgagatgtatgaggaaaccatggaggccatg
aatatcatgggcatcacagaagaggacagaattgatatcctgaaggtgtgctccacagtg
atgcagctgggaaacattgaattcaagaaagagaggaaccaggagcaggcaaccatgcca
gacaacactgctgcgcagaaggtgtgtcacctgcagggcatcaatgtgacagactttaca
cgagccatcctcacccctcgcatcaaagtgggcagggaggtggtgcagaaggcacagacc
aaagagcaggctgactttgctatagaagcgttggccaaagctgtctttgagcgactgttc
cgctggatcctgggccgggttaacaaagccctggataagactaaacgccaaggagcctcc
ttcctgggaatccttgacattgccggttttgagatctttgaggataactcctttgagcag
ctgtgcatcaactacaccaatgagaagctacagcagcttttcaaccacaccatgttcatc
ctggagcaggaggagtaccagagagaaggcatcgagtggaacttcattgactttggcctt
gacctccagccctgcatcgagctcattgagaggccaaacaaccctccaggcatcctggcc
ctgctggatgaagagtgctggttccccaaagccacagatatctcctttgtggagaaactt
ttaaacacacagggcaaccacatgaaatttgccaaacctaaacagcttaaagacaaaaca
gagttctccattcttcattatgctgggaaggtagactataacgccacagcctggctgaca
aagaacatggaccctctaaatgacaacgttacagcactgctctccaattcttctaaccag
tttgtccaagacctctggaaagatgcggacagagtcgtcggccttgacacattagctaag
atgtcagacacctccggcccgagcgcctcaaagaccaagaagggaatgttccgcacagtg
gggcagctctacaaggagtctttggcaaaactcatgaccacgctgcacaacacccaaccc
aacttcgtcagatgtatcatcccgaaccatgagaagagggcagggaagctggatgctaac
ctggtcttggagcagctcaggtgtaacggtgtgctggaaggaatcaggatctgtcgacaa
ggcttccccaaccgaatcgttttccaggagttccgccagcgttatgagatcttggctgct
aacgctattcccaaaggtttcatggacggaaaacaagcctgctgcctcatgatcaagcat
ctggacttggaccccaacctgtacagaatcggacagagtaaaatcttcttccgcacagga
gtgcttgctcaactagaggaggagagagatttgaagatcactgtgatcatcattgctttc
caggcccaagctagaggcttcctggccagaaaggcattcgccaagcgacagcagcagctg
acagctatgaaagtgatccagaggaactgtgctgcctacctcaaactaaggaactggcag
tggtggaggcttttcacaaaggttaagcctctgttgcaagtgacccgacaggaagaggag
atgggtctcaaggaagaggagctacagaaagccaaagaagttgccacaaagtttgagtca
gagctaaaagaaatcaccttgaaacatacacagattgtggaggagagaaacgcactgcag
gagcagcttcaggcagagacagagttgtatgctgaggctgaggagatgagggtccgtctg
gcggcgaagaagcaggagttggaggaaatcctccatgagatggaggcgaggctcgatgaa
gaggaggagcgttctcaggggctgttagtggaaaagaagaagatgcagcagcagatgcag
gagttggaggaacatttggaagaggaggaagacgctcgtcaaaaactgcagctcgagaag
gttacctgcgagggaaagatcaaaaagctggaggatgatattctggtaatggaggaccag
aacaacaagctgctgaaggagcgaaagttgctagaggagagagttgcagacttcagtgct
aacctggcagaggaagaagaaaaatctaagaatctcactaagctcaaaaataaacacgaa
tccatgatctctgaattagaagtccgcttgaagaaagaggagaagacccgtcaggagctg
gataaagctaagcgcaaactggaggcggagtcaaatgacctacaggaacagatcgctgac
ctgcaggcccagatcgctgacctcaaagctcagcttgcaaagaaggaggaggagttacag
aacgccttagccaggttggaagatgagtctgcccagaaaaacaatgctctgaagaagatc
agagagctggaaggacacatctccgacctgcaggaggacctagactctgagcgggctgcc
aggaacaaggccgagaagatcaaacgggaccttggggaggagctggaggccctcaagtct
gagctagaggacactctggacaccactgccacacagcaggaactaagagccaaacgtgag
catgaagtgacccagctgaagagagccattgaggaggagaaccggacccacgaggctcaa
atacatgagatgagacagaaacacactcaggctgttgaggagctcagtgagcagctggaa
cagtcaaaacgagtcaagtcaaacctggagaaagcaaaacaagctctggagaaggaaacg
tcagagctaactatggaggtacgctcactgacccaggccaagcaagatggggagaacaag
aggaagaagctagaaggtcaggtgacggatcttcagtcccgcttcaacgacagcgagaag
cagaaggctgagctgacagagcgctgctccaagatcactattgaactggagagtgtgaca
aacctactgaatgaagcagaaggaaagaacatcaaactgagcaaagacgtggccagcctt
acctcccaactccaagactctcaggagctgctggctgaggagacacgccagaaattgcag
ttctccacaaagctgcgacaggcggaagacgacaagaacagcctacaggagcagcttgaa
gaggagatggaggcaaagaggaacgtggagagacacgtgtccactctcaacatccagcta
tcagatgcaaagaagaagatggatgaaatgtcaggcaacattgagctgctggaggaagga
aagaagcgtctgcagagagatttggaggcagcgaacactcagtatgaagagaaggcctca
gcatacgacaagctggagaagaccaaaaatcgtctgcagcaggagctggaggacacgctg
atggatctggacaaccagaggcagaacgtttcaaacctggagaagaaacagaagaagttt
gaccagatgctggccgaagagaagagtgtctccagtaaatatgcagacgagcgagaccgt
gctgaagctgaggccagagagaaggagaccaaagctctgtccctggcaagggctctagaa
gaggctcaggactccagagaggagctggagagagccaacaaggccctaaaagcagagatg
gaggacctgatcagctccaaggatgatgtggggaaaaatgtccatgagctggagaagtcc
aaacgaggcctggaagcccaggtggaggagatgaagacgcagctggaggagctagaggac
gaactgcaggcggctgaggatgccaagttgcgtctggaggtcaacatgcaggctctgaag
gcccagtttgagagagacctccagggaagagatgagatgggagaggagaagaagaggcag
ctgatcaagcaggtccgtgagttggagacggagttggaggatgaacgtaagcagagggcc
acagcagcagcagccaagaagaagctggagatagacatgaaagatctggagggacagatc
gagacagccaataagggacgtgatgaggctatcaagcagctccgcaagctccaggcccag
atgaaggactaccagagggagctggaagatgctcgtgctgctcgagaagaggtgctgacc
accgcaaaggagagcgagaggaaggccaagagtctggaggctgagctcatgcagctacag
gaggaactggctgcagctgagagaggacggaagcaagcagaggctgaaagagacgaactg
tccgatgagctggcgagcaacacctctggaaagtcagccttgtcagatgagaagcgtcgc
ctggaagctaagatcgcccagctagaggaggagctggaggaggagcaaagcaacatggag
atcatcaatgacaggctgaggaagagcacacaacaggtggatcagctgaacaatgagctg
cagacggagcgcaccacctcccagaagaacgagagcgctcggcagcagttggaccgccag
aacaaggagctgaaggccaagctccaggagatggagaaccaggtcaagtccaagttcaag
tcctccatctctgccttggaggctaaagtggcacagctggaggagcagctggagcaggag
aacagggataagcagacaactgccaagaatatgcgccagaaagacaagaagctcaaggac
ctgatgttgcaggtggaagacgaaagaaaacaggcagagcagtacaaagaccaggcggaa
aagtcaaacactcgcatgaagcagctgaagcggcagctagaggaatcggaggaggagtct
cagcgtgccacagcagcccgcaggaagctgcagcgggagctggatgaagccactgaggcc
aacgacgccatgacccgcgagatcggctctctcaagaacaaactcaggcgtggaaatgag
cccccctttagcagcacacctcggcgcataggcggaggccgaagggtggtcgaggatgcc
tcagaggaggacaccgactcccaaagcgacttcaatggaacaaagtccgctgactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (95)   
   KEGG ORTHOLOGY (1)   
   RefGene (91)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (9)   
   RefSeq(nuc) (3)   
   GenBank (3)   
   EMBL (3)   
Protein domain (9)   
   Pfam (9)   
All databases (125)   

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