KEGG   Exaiptasia diaphana (Aiptasia): 110239967
Entry
110239967         CDS       T05080                                 
Name
(RefSeq) myosin-10
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
epa  Exaiptasia diaphana (Aiptasia)
Pathway
epa04814  Motor proteins
epa04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:epa00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    110239967
   04820 Cytoskeleton in muscle cells
    110239967
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:epa04812]
    110239967
   04147 Exosome [BR:epa04147]
    110239967
Cytoskeleton proteins [BR:epa04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     110239967
Exosome [BR:epa04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   110239967
SSDB
Motif
Pfam: Myosin_tail_1 Myosin_head Myosin_N IQ Crescentin Striatin AAA_22
Other DBs
NCBI-GeneID: 110239967
NCBI-ProteinID: XP_020901392
Position
Unknown
AA seq 1966 aa
MENEMKYLVVDRAAISDPVALAEWSSKKLVWIPDEKEGFVAASIKDDKKEEYVVEVDGGK
RKKVNKDDIQRMNPPKFEKVEDMADLTCLNEASVLHNLKDRYFSGLIYTYSGLFCVVVNP
YKRLPIYTDKVIDMYRGKKRHEVPPHIYAITDTAYRSMLQDRENQSILCTGESGAGKTEN
TKKVIQYLAAVAGHSYGKMHQSPQKGDKGKGGHSQVELERQLLSANPILEAFGNAKTIKN
DNSSRFGKFIRINFDASGFIAGANIETYLLEKSRAIRQNNNERTFHVFYQMLDGLDSKTK
GELLLGKPTDYKFLSNGSIPVPSIDDKQELQDSIKCLNDMNLAQDDVNALFRVVSAVLQF
GQLVFKQERNSDQAILPNNEVAQKICHLLSMPVTEFTRAILRPRVKVGRDYVQKAVTKDQ
AESSTEAIAKALYERMFKWVVAKINRSLDRTKREGASFIGILDIAGFEIFDINSFEQLCI
NFTNEKLQQLFNHTMFILEQEEYRKEGIDWKFIDFGLDLQPCIDLLQLPMGIFALCDEEC
WFPKATDKTLVEKLVKEHNKKEKFQIPEFRSKAHFSIIHYAGRVDYNCDGWLLKNQDPLN
DNITALMQASSDSFVAGLWKDAEFVSTFAAQTETPFGSSKVRKGRFRTVSQVYRDQLARL
MNVLNNTNPNFVRCIIPNHEKKAGKINSNLVLDQLRCNGVLEGIRICRQGFPNRMLFQEF
KQRYELLTPGVIAKGFMDGRKACEKMLKFLEMDSNSYRIGQSKVFFRAGVLAHLEEERDI
KLTEIITIFQAFCRGNIARKQYHRRVQQLSAIRVIQRNCLSYLKLRNWQWWRLFTKVKPL
LNVTRQEEELTHKSDELRVTREKVDKLETDYGELEKKHNQLAEEKAIVTEQLEAEREAFL
EADDMRQRLQTKKTELEDLLNDLEGRIVEEEEQVITLSEDKKKLLKEINDLEDSLEEEES
ARQKLHLEKVSCEAKIKKMEEDLSQVEDTNSKLSKEKKSLEEKLSETSQALVDEEEKAKS
LAKQKAKQDAVIADLEERLRNEERARQELEKIRRKLEAELADVSRQLEEAKQQIQELEAT
VHKKDMELNEINARFDEESAKRTELEKVKRELESMVDELKEDIDAEKGARTRAEKQRREL
EQELESLKSELEESIDTTAAATEMRTKRESELVALKKSLEENEAAHEAAMAQFRQKSAQV
VEELQEQLDSVKKSKSNLEKSKGNLESQTSEMSIEIKSLQDKKQDQDRKIKTLETQLTEA
NIRLTDDETKVSELQDIKLKLQKEVEISVSQVEEFDSKCSQLERSKKNLEDQLAETQDQL
QDETQAKLSLDSKLKDADHEISRLNEQIEEEEDAKQALQKQMQSVQTQLLDAKKLSEERA
VALEDADVVKKKMIREMEGLQQHADELMATNGKLEKARKRLQNEVDDLQLNLDKEKSNVA
NLEKKQRKFDQLLAEEKQVAERYSQERDNAEREARQNETKVISLTHELEEVQDKLVESER
LRKVAQNELEAMMESKDDFGKNVHELEKAKRSLEQQLAEMKQSYEELEDELQATEDAKLR
NDVNMQALKAQYERELQSRDEQNEEKRKGLLKQLRELEAELDEERKMRVNAVNAKKKQEM
DMRELEDQLEAANKVKEDGLRQLKKYQQQLKDIQRDLDDARHGRDEIADQAKENERKLKQ
LEAEFLQMQEDLAAAERARKTVEHERDELQEELSALAGQRGISAEEKRKLEARIQALEEE
VDEERTQSELASDKYKRAMMQMEQMQTDLNTERSQNQSLESAKASLEKQNKDLKSKLQEL
ENQTRVRHKMAMAALESKMATLQEQLDHESKERALMAKTNRKMDRKLKELQLQNEEERRH
ADQYREQMDKLNARMKALKRQVDEAEEESSRLNSSKRKMQRELDDALEANEELQREVQSM
RNRLRGRGGGGRTGYTTPPDSRRKPRDRAGVEPMEGDASADVPEED
NT seq 5901 nt   +upstreamnt  +downstreamnt
atggagaatgagatgaaatatctggtcgtcgaccgtgcggccatttcagatcctgtagcg
ttagcagaatggagttcaaagaaacttgtttggattcccgatgagaaagaggggtttgta
gctgctagcataaaagatgataaaaaagaagagtatgttgttgaagtcgatggtgggaaa
cgaaaaaaagtcaacaaggatgatatacagaggatgaacccacccaaatttgaaaaagtt
gaagacatggccgacctcacttgtttgaacgaagctagcgtcctacataacctaaaagat
cgatatttcagtggattgatttatacatactctggccttttctgtgtggtagtcaatcct
tacaaacgtctcccaatttatactgacaaagtgattgatatgtatcgcggcaagaagagg
catgaagtccctcctcacatatacgccattacagacacagcatatcgtagcatgttacaa
gatcgcgagaaccaatcaatattgtgcacaggagaatctggtgcaggtaaaacagagaat
accaaaaaggttatccagtaccttgctgctgtagctggacattcatatggaaaaatgcac
caatcaccacagaaaggagacaaaggcaaagggggccatagtcaggttgaattggagmga
caattgttgtcggcgaaccctatcttagaagcatttggtaatgccaaracaataaagaat
gacaactcatctcgttttggaaaatttatcagaatcaactttgatgcrtctggattcatt
gccggtgccaatattgaaacatatttgctagagaaatccagggcaataagacagaacaac
aatgaaagaactttccatgtgttttatcagatgttagacgggttggattcaaaaactaaa
ggagagttactgctgggcaagcctacagactacaagttcttgtccaatggttccatccct
gtacccagcattgatgataagcaggagcttcaggactccattaaatgtctgaatgatatg
aacctagcacaagatgacgtcaatgcactgtttagagttgtatcagctgtacttcaattt
ggacaattggttttcaagcaagaaagaaactctgatcaggctattttacccaacaatgaa
gtggcacaaaagatttgtcatcttctaagcatgcctgtaacagagttcaccagagcaatt
ttgaggcccagagtaaaagtaggaagagattatgtacagaaagcagtcactaaagaccag
gcagagtcatctacagaggccattgctaaggccttatatgagagaatgttcaagtgggtt
gtggcaaaaatcaatagatcactggatcgtaccaagagagaaggagcatcctttattggt
attcttgatattgctggttttgaaatctttgatatcaactcctttgaacaactgtgcatt
aacttcaccaatgaaaagctccaacagctgtttaatcataccatgtttatcctggaacag
gaagagtacagaaaggaaggtatcgactggaaattcattgactttggtttggacttgcaa
ccttgcattgacttgctccagttgcccatgggtatctttgctctctgtgatgaagagtgc
tggtttcccaaggcaacagacaaaaccctggttgaaaaacttgtgaaggaacacaacaag
aaagaaaagttccagatcccagagttccgatccaaggctcacttttctataatccattat
gcaggacgggttgattacaactgtgatggctggcttctcaagaaycaggatccattgaat
gacaacattactgctctcatgcaggcatcaagtgaytcatttgttgctgggctctggaaa
gatgcagagtttgttagtacttttgctgcccagactgagacaccttttggtagtagtaaa
gtacgtaaaggaaggttccgtacagtgagtcaagtttaycgtgaccaactggcaagactc
atgaacgtcttgaataataccaaccccaactttgtacgatgtatcattcctaaccacgag
aagaaggcagggaagatcaactctaacctcgttctggatcagctaagatgcaatggtgta
cttgaaggtatcaggatttgtcgacaaggtttccctaatagaatgctcttccaggagttc
aagcaaagatatgagctgcttacaccwggtgtcattgccaaggggttcatggatggccga
aaagcatgtgaaaaaatgcttaaatttttagagatggactccaactcctaccgtattggt
caatcaaaagtgttcttcagagctggtgtacttgcccaccttgaagaagaacgagatatt
aaactaaccgaaatcattaccatcttccaagcattctgccgtggaaatattgctcgtaaa
cagtaccatagacgtgtccagcaactcagcgctatccgagttattcaacgtaactgtttg
agttacttgaaactgcgtaattggcaatggtggcgactgtttactaaagtcaaaccatta
cttaacgtcacaagacaagaagaagaactaacacacaagtcagacgagcttagagtaacg
agagagaaagttgacaagcttgaaacggattacggcgaattagaaaagaagcacaaccaa
ctggctgaggagaaggccattgtaacagaacagcttgaagcagagcgagaggctttcttg
gaggctgatgatatgcgccaacgactycagacaaaaaagacagagttagaagacctattg
aatgacctggagggtagaatagttgaagaagaggagcaagttattacattatcagaagac
aagaagaaactgctcaaagagatcaatgacctagaggacagtttggaggaggaagagagt
gcrcgmcaaaaacttcatctggaaaaagtcagttgcgaagctaaaattaaaaaaatggaa
gaagatcttagtcaggttgaggacacgaactctaagctttccaaagaaaagaaatcttta
gaggaaaaactaagcgaaacttcacargctttggttgacgaggaagaaaaagctaaatcg
cttgcaaaacagaaagcaaaacaagatgcagtgattgctgacctagaagaacgrctaaga
aatgaagaaagggctcgycaagaattggagaagatacgtcgcaaactagaagcagagctg
gctgacgtttctcgtcagttagaagaagccaaacaacagatacaagaacttgaagcaacc
gtacataaaaaagacatggagctcaacgagatcaatgccagattcgatgaagagtctgcc
aagagaaccgaattagaaaaagtcaagcgagagcttgagagcatggtggatgagttgaaa
gaagatatagatgctgaaaagggggcaagaacaagagcagagaaacaaagacgtgaactt
gagcaggaactcgaatccctcaagtctgaactcgaagaatccattgacactactgctgcg
gctactgaratgcgaaccaagagagaatctgagttggtcgcgctgaagaaaagtttggag
gagaacgaagctgcgcatgaagccgccatggcacaattccgtcaaaagagcgcacaagta
gtcgaggaacttcaagaacagctggattctgtcaaaaagagtaaatcaaatctcgaaaag
agcaagggtaacttggaatcgcagacatcggagatgtctatcgagatcaaaagtcttcaa
gataagaaacaagatcaagatcgaaagattaaractcttgagacgcagttgacagaggcg
aatattcgcttgactgacgacgaaaccaaagtatcagaactccaagatattaagctcaag
ctacagaaggaagtcgaaatttcggtgtctcaagttgaagaatttgattccaagtgcagt
caacttgagcgatctaagaagaatttggaggatcaattggctgaaacgcaggatcaactt
caagacgaaactcaagctaaattgtcgcttgattccaaactgaaagatgcygatcatgaa
atcagtcgcctgaatgaacaaatcgargaagaagaagatgccaaacaagctttacagaaa
cagatgcaaagtgtgcagacacagttgctagatgccaagaagctatctgaggagcgtgct
gtygctctggaagacgctgatgttgtcaagaaaaagatgattcgagagatggaaggacta
cagcaacatgctgatgaactmatggccaccaacggaaaactggagaaggctagaaagaga
ctacaaaatgaggtcgatgacttacaattgaatctcgacaaagagaagagtaacgttgca
aatctagagaagaaacaaagaaagttcgaccagctcctggctgaggaaaagcaagttgcc
gagagatactcgcaagagcgcgataaygccgaaagagaagccagacaaaatgaaaccaaa
gtaatctcgttgactcatgagttagaagaagtacaagataaacttgttgaaagcgaaagg
ttgaggaaagttgctcagaatgaattggaagcgatgatggagagcaaagatgatttcggc
aagaacgtccacgagctggagaaggccaaacgatctctggagcagcagctagctgaaatg
aagcaatcatatgaagaacttgaagacgaattgcaagccactgaggatgctaaactccga
aacgatgtcaacatgcaggcattgaaggctcaatacgagagagaattgcaatcaagagat
gaacagaacgaagaaaaacgaaaaggtcttctgaaacagctacgagaacttgaggcagaa
ctagacgaagaacgtaagatgcgtgtgaacgccgtcaatgccaagaaaaaacaagaaatg
gacatgagagaactagaagatcaacttgaagccgccaataaagtcaaagaggatggtcta
cgacaactcaagaagtatcaacagcagttgaaagacattcaacgtgatcttgatgacgcg
cgccatggtagggatgaaattgccgatcaagccaaggaaaacgaaagaaaactcaaacaa
cttgaagctgaatttctccaaatgcaagaggacttggccgcagctgaacgagctcgaaag
acagtggaacatgagagagatgagctacaagaagaactttcagctcttgctggccagcga
ggtatttcagctgaagaaaaacgaaaactggaagctcgtatacaggctctagaagaagag
gtggacgaggaacgaactcaaagtgaattggcttctgacaaatacaaacgcgccatgatg
cagatggaacagatgcagacagatctcaatacagaacgcagtcaaaaccaaagcttggaa
agcgccaaagcttccctcgaaaaacagaacaaagatttgaaatccaagcttcaagagctt
gagaaccagacacgtgtacggcataagatggcgatggctgctctagaaagtaaaatggcc
acattgcaagagcaattagatcacgaatctaaggaacgtgctttaatggcaaaaacaaac
cgcaaaatggacagaaaactcaaagaactacaacttcaaaacgaagaagagcgaagacat
gcagatcagtaccgggaacaaatggataaactgaatgctcgcatgaaggctttgaagaga
caagttgacgaggctgaggaagaatcaagtcgtctgaactcatctaaacgtaaaatgcag
cgagaactggacgacgcactggaagccaacgaagaactgcagcgtgaagtgcaatcaatg
cggaatcgattacggggacgcggtggaggaggaagaacaggttatacaacgccacctgat
tcaagacgaaaaccgcgcgaccgagcaggagtggaaccgatggaaggagacgcctctgct
gatgttcccgaagaagattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (366)   
   KEGG ORTHOLOGY (1)   
   RefGene (362)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (385)   

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