KEGG   Pangasianodon hypophthalmus (striped catfish): 113525053
Entry
113525053         CDS       T05759                                 
Name
(RefSeq) myosin-11-like isoform X1
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
phyp  Pangasianodon hypophthalmus (striped catfish)
Pathway
phyp04270  Vascular smooth muscle contraction
phyp04530  Tight junction
phyp04810  Regulation of actin cytoskeleton
phyp04814  Motor proteins
phyp04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:phyp00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    113525053
  09142 Cell motility
   04814 Motor proteins
    113525053
   04820 Cytoskeleton in muscle cells
    113525053
   04810 Regulation of actin cytoskeleton
    113525053
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    113525053
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:phyp04812]
    113525053
   04147 Exosome [BR:phyp04147]
    113525053
Cytoskeleton proteins [BR:phyp04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     113525053
Exosome [BR:phyp04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   113525053
SSDB
Motif
Pfam: Myosin_tail_1 Myosin_head Myosin_N Crescentin ADIP ERM_helical IQ CC2-LZ AAA_22 TUDOR
Other DBs
NCBI-GeneID: 113525053
NCBI-ProteinID: XP_026767276
Position
Unknown
AA seq 1980 aa
MSKKTLSEDEKFLFADKDFFNSPVAQADWAAKKLVWVPSEKHGFEAASMKEEKGDEVLVE
LVDNGKKITVNKDDVQKMNPPKFSKVEDMAELTCLNEASVLHNLRERYFSGLIYTYSGLF
CVVVNPYKMLPIYSEKIIDMYKGKKRHEVPPHIYSITDNAYRNMMQDREDQSILCTGESG
AGKTENTKKVIQYLAVVASSHKGKKDTSAQHAGQQLAYGELEKQLLQANPILEAFGNAKT
IKNDNSSRFGKFIRINFDVTGYIVGANIETYLLEKSRCIRQAKTERTFHIFYYMVAGAKE
KLREELLLENFNKYRFLVEGHVQIPGSQDDEMYEETMEAMNIMGFTDEERIGILKVVSTV
LQLGNIEFKKERNQEQATMPDNTAAQKVCHLSGINVTDFTRAILTPRIKVGREVVQKAQT
KEQADFAVEALAKATYERLFRWILSRVNKALDKTKRQGASFLGILDIAGFEIFEDNSFEQ
LCINYTNEKLQQLFNHTMFILEQEEYQREGIEWNFIDFGLDLQPCIELIERPTNPPGILA
LLDEECWFPKATDVSFVEKLTNQHVNHLKFAKPKQLKDKTEFSVLHYAGRVDYNAVAWLT
KNMDPLNDNVTALLNNSSFAFVQDLWKDADRVVGLDTIAKMSDSSMPSSSKTKKGMFRTV
GQLYKESLAKLMTTLHNTQPNFVRCIIPNHEKRAGKLDAHLVLEQLRCNGVLEGIRICRQ
GFPNRIVFQEFRQRYEILAANAIPKGFMDGKQACILMIKHLDLDPNLYRIGQSKIFFRTG
VLAQLEEERDLKITVIIIAFQAQARGFLARKAFAKRQQQLTAMRVIQRNCAAYLKLRNWQ
WWRLFTKVKPLLQVTRQEEELSLKEEELQKAKDSAQKFETELKDITLKHTQLVEERNALQ
EQLQAETELYAEAEEMRVRLAAKKQELEEILHEMEARLEEEEERSATLQVEKKKMHQQMQ
ELEEQLEEEEDARQKLQLEKVTCEGKIKKLEDDLLVMEDQNNKLLKERKLLEERVADFSA
NLAEEEEKSKNLTKLKNKHESMISELEVRLKKEEKTRQELDKLKRKLEAESNDMQEQIAD
LQAQIAELKAQLAKKEEELQAALARLEDETAQKNNALKKIRELEGIISDLQEDLDSERVA
RNKAEKTKRDLGEELEALKSELEDTLDTTATQQELRAKREQEVTLLKRAIEEESRNHEAQ
VQEMRQKHTQAVEELTEQLEQAKRVKTNLEKAKQALEKETSELTVEIRSLSQAKQDVEHK
KKKVEGQLADLQSRFNDSEKQKAELGDRVSKITVELESVTNLLNEAEGKNIKLNKDVASL
SSQLQDTQELLAEETRQKLQFSTKLRQMEDERNNLQEQLEEETEAKRNVERHVSTLNIQL
SDFKKKLDEVSGNVELLEEGKKRLQKDLEASNTQLEEKSAAYEKLEKTKNRLQQELEDIL
MDLDNQRQLVSNLEKKQKKFDQMLAEEKSVSCKYADERDRAEAEAREKETKALSLARALE
EAQDAREELERANKALRAEMEDLISSKDDVGKNVHELEKSKRGLEQQVEEMKTQLEELED
ELQAAEDAKLRLEVNMQALKAQFERDLQGRDEQGEEKRKQLIKQVRELETELEDERKQRA
AMAASKKKMEGDIKDLEGQIDTANKNKDEAIKQLRKLQAQMKDFQRELDDTRAAREEVLA
TAKESEKKAKNLEAELMQLQEDLAAAERAKKQAEAERDELADELASNASGKSALSDEKRR
LEAKIAQLEEELEEEQSNMEMMNDRLRKSAQQVDQLTSELQTERTSSQKNESARQQLERQ
NKELKAKLQEMENQVKSKFKSSITALEAKVAQLEEQLEQENREKQATSKAMRQKEKKLKD
LMIQVEDERKQAEQYKDQADKANSRVKQLKRQVEEAEEESQRITAARRKLQRELEEATET
NDTLSREVSSLKSKLRRGNETPSFASGGRRTGGRRGMIDADANEDDADSQGDYNGTKSTE
NT seq 5943 nt   +upstreamnt  +downstreamnt
atgagtaagaagaccctgagcgaggatgagaagttcctctttgccgataaagacttcttc
aacagccctgtggcgcaggctgactgggccgccaagaagctggtgtgggttccgtcggag
aaacatggcttcgaagcggccagcatgaaggaggagaagggcgatgaggtgctggtggag
ctggtggacaatggcaagaagatcaccgtcaacaaggacgatgtccagaagatgaacccg
cccaagttcagtaaggtggaggacatggctgagctcacctgcctcaacgaagcatctgtt
ctccacaacctgcgcgagagatacttctctggcctcatctatacgtactctggtctcttc
tgtgttgtggtgaatccttacaaaatgctgccgatttactcagagaagatcatcgacatg
tacaagggcaagaaacgtcacgaggttcccccacacatctactccatcactgacaatgcc
tacaggaacatgatgcaggatcgagaggaccagtctattctctgcacaggtgaatctggt
gcaggtaaaacagagaatactaagaaggtgattcagtatttggctgttgtggcatcatca
cacaaaggcaagaaagacacaagcgctcaacatgcaggacagcagttggcctatggggag
ctggagaagcagcttctgcaggccaatcctattctggaggcgttcggtaacgccaagacc
atcaagaatgacaactcatcacgattcggtaaattcatccggattaactttgatgtaaca
ggctacattgttggggcgaacatcgaaacctacctgctggaaaagtcacgctgtatccga
caggcaaaaacagaaagaactttccacatcttctactacatggtggcaggagccaaggaa
aaactgcgcgaggaactcctgctggagaacttcaataagtaccgcttcctggtagaggga
catgtccagatcccagggtcacaggacgatgagatgtacgaagaaacaatggaggcaatg
aacatcatgggcttcactgatgaggagaggataggaatcctgaaggtggtgtcaacagtg
ctgcagcttggcaacatcgagtttaaaaaagagaggaaccaggagcaggccaccatgccc
gacaacaccgctgcacagaaggtctgtcacctgtcgggcatcaatgtgacagatttcact
cgtgccattctgactccacgtattaaagtcggccgagaggtcgtacagaaagcccagacc
aaagagcaggctgatttcgcagtggaagctttagcaaaggcaacatatgagcgtctgttc
aggtggattctttctcgtgtcaacaaagctctggataaaaccaaacgtcaaggagcatct
ttcctcggcatcctggacatcgccggcttcgagatctttgaggacaactcgtttgagcag
ctgtgtattaattacactaacgagaagctgcagcagctcttcaaccacaccatgttcatc
ctggagcaggaggagtatcagcgtgagggcatcgagtggaacttcatcgacttcggtctc
gaccttcagccctgcatcgagctcatcgaacggccgacaaaccctccaggtatcttggcc
ctgctggatgaggagtgttggttccctaaagccacagacgtgtcgttcgtagagaagctc
acaaaccaacatgttaatcatttgaaattcgccaaacccaaacagctgaaggacaaaacc
gagttctccgtgctgcactacgctggcagggtggactataatgctgtagcatggctgaca
aagaacatggaccccttgaacgataacgttaccgcactgctcaacaattcatcctttgca
tttgtgcaggatctgtggaaggatgcggaccgtgtggtgggactggatacaattgcgaag
atgtcggacagctccatgccgagttcctctaagacaaagaaaggaatgttccgtaccgtc
ggccagctctacaaagagtctctcgccaaactgatgaccacacttcacaacacacagccc
aacttcgtccgctgcatcatccccaatcacgagaaaagggcgggtaagcttgatgctcac
ctcgttttggagcagctcaggtgtaacggtgtgttggagggaatcaggatttgcaggcag
ggcttccccaaccgcatcgtcttccaggagttcagacagaggtacgagattttggcagcc
aacgccattccaaagggcttcatggatggaaaacaggcctgcatactgatgattaaacac
ctggacctggaccctaacctgtaccggatcggtcagagtaagatctttttcaggactgga
gttctggctcagctggaggaggagcgtgacctcaagatcaccgtcattattatcgccttc
caggcccaggcccgtggcttcctcgccagaaaggcatttgctaagcgtcagcagcagctc
acggcgatgcgagtgatccagaggaactgtgctgcttatctgaagctcaggaactggcag
tggtggagactcttcactaaggtgaagcctctactccaggtgacacgtcaggaggaggag
ctaagtctgaaagaggaggagcttcagaaagccaaagattcagcacagaagtttgagaca
gagctgaaagacattacactgaaacacacacagctggtggaggagaggaacgctctgcag
gagcagctccaggctgagactgagctttatgctgaggcagaggagatgcgagtgcgttta
gccgctaagaagcaggagctggaggaaatccttcatgaaatggaggcacggctagaggag
gaggaggagcggagtgccaccctgcaggtcgaaaagaagaagatgcatcagcagatgcag
gaactggaggaacaactagaggaggaggaggatgcacggcagaagctgcagctggagaag
gtcacctgtgagggaaagatcaagaaactggaggacgacctgctggtgatggaggaccag
aacaacaaactgctgaaggagaggaagctcttagaggagcgtgttgctgatttcagtgct
aatctggctgaagaagaggagaaatctaaaaatctgaccaagctcaagaacaagcacgag
tccatgatctcagaactggaagtgcgtttgaagaaagaagagaagacgcgtcaggagctc
gacaagctcaagaggaagttggaggcagagtcaaatgacatgcaggaacagattgcagac
ctgcaggcgcagatcgctgagctaaaggctcaacttgctaagaaggaggaggagctacag
gctgcgcttgcacggctggaggatgagacagcacagaagaacaatgccttgaagaagatc
cgcgagctggagggcatcatctcagacctgcaagaggacctggactcagaacgagtggcc
cgaaacaaagcagagaaaaccaagagagacctgggggaggagctggaggctctgaagtct
gagctggaggacacgctggacaccacggccacgcagcaggagctcagagcaaagcgtgaa
caggaagtgaccctgctgaagagagcgatagaggaggagagccgaaaccacgaggcacag
gtgcaggagatgagacagaaacacacccaggctgtggaggagctcacagaacagcttgaa
caggccaaaagggtgaagacgaacctggagaaggcaaagcaggcattggagaaggagacg
tcggagctaacggtggagatccgctcactctctcaggccaaacaggatgtggagcacaag
aagaagaaagtggagggacagttagcagatctgcagtcccgcttcaatgacagtgagaaa
cagaaagccgagcttggagacagagtgtccaaaatcactgtggagctggagagcgtcacc
aacctgctaaatgaggctgaggggaagaacattaaactgaataaggatgtagccagcctg
agctctcagctccaagacacacaggagctgctggctgaagagacgcgtcagaaactgcag
ttctccactaaactgcgtcagatggaggatgagaggaacaacctacaggagcagctggag
gaggaaactgaggccaagaggaatgtcgagagacacgtttctactctcaacatccagttg
tcagactttaagaagaagctggatgaggtttcaggaaacgtggagctgctagaggagggt
aagaaacgtctgcagaaagacctggaagcgtcaaacacccagctggaggagaagtctgct
gcctacgagaaactggagaagaccaagaacagactgcaacaggagctggaggacattctg
atggacctggacaaccaaagacagctcgtctccaacctggaaaagaagcagaagaagttc
gaccagatgcttgcggaggagaagagtgtgtcgtgtaagtatgcagacgagagggaccgg
gcggaggcagaggcgcgagagaaggagacaaaggcattgtccctggcgagggcactggaa
gaggcccaggatgcacgcgaagagcttgagagagccaacaaagccttacgggctgaaatg
gaggacctgatcagctcgaaggacgacgtgggcaagaacgtccatgagctggagaagtca
aagcgtggtctggagcagcaggtggaggagatgaagacgcagctggaggagctggaggat
gagctgcaagctgctgaggacgcaaaactacgcctggaagtgaacatgcaagcccttaaa
gcgcagtttgagcgagacttgcagggacgagatgaacagggagaggagaagaggaagcag
ctgataaaacaggtgcgcgagctggagacggagctggaggacgagcgaaagcagagagcc
gccatggctgcgtccaagaagaagatggaaggagacataaaagacctggagggacagata
gacacggccaataagaacaaagacgaggccatcaaacaactgcgcaaactacaggctcag
atgaaggactttcagagggagctggatgacacccgtgctgcccgagaggaagttcttgcc
accgctaaagagagcgaaaagaaggccaagaacctggaggcagagctcatgcagcttcag
gaggacttggctgctgcagaacgagcgaagaagcaggctgaagccgagcgtgatgaactc
gctgatgaacttgccagcaacgcgtccggaaagtctgctctgagtgatgagaaaagacgt
ttggaggccaagatcgctcagctagaggaggaactggaggaggaacagagcaacatggag
atgatgaatgacagactgagaaagagtgcccagcaggtggaccaactgacgagtgagctg
cagacggagagaacatcttcacagaagaatgagagtgcacgtcagcagctggagagacag
aacaaagaactgaaggccaaactgcaggagatggagaaccaggtgaagtccaagttcaag
tcctccattaccgctctggaggctaaagtggcacagctggaggagcagctggagcaggag
aacagggagaaacaggcgacaagtaaagcgatgcgtcagaaggagaagaagctgaaggac
ctgatgattcaggtggaggacgagaggaagcaggctgagcagtacaaagaccaggcagac
aaggcgaactcgcgggtgaagcagctgaagcggcaggtggaggaggctgaggaagagtca
cagcgcatcactgccgctcgccgcaaactgcagagagaactggaggaggcaacggagaca
aacgacacactgagcagagaggtttcatcactgaagagcaaactgaggcgtggtaatgag
actccatcatttgctagtggtgggcggcgtacaggtgggaggcggggcatgatcgacgct
gatgctaatgaggatgatgccgactctcagggcgactacaatggcaccaaatcaactgaa
taa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (28)   

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