KEGG   Aspergillus clavatus: ACLA_011820
Entry
ACLA_011820       CDS       T01148                                 
Name
(RefSeq) myosin type II heavy chain, putative
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
act  Aspergillus clavatus
Pathway
act04814  Motor proteins
act04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:act00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    ACLA_011820
   04820 Cytoskeleton in muscle cells
    ACLA_011820
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:act04812]
    ACLA_011820
   04147 Exosome [BR:act04147]
    ACLA_011820
Cytoskeleton proteins [BR:act04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     ACLA_011820
Exosome [BR:act04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   ACLA_011820
SSDB
Motif
Pfam: Myosin_head Myosin_tail_1 Myosin_N GAS AAA_16 HALZ AAA_22
Other DBs
NCBI-GeneID: 4706474
NCBI-ProteinID: XP_001274181
UniProt: A1CAI7
AA seq 2406 aa
MLPSQLNASPKRANPFGRATPSPTPSSGPQTRSPRPKSAIITSSSKFEEAKNHFRNSASI
SQSSPSPLVRTTTRQRSSSLRNDAASGTFAPEFIRSEELRRGADEIRGLEGDNDFSGNKY
VWLRHPEKAFIRGLVLEESENGRLLVQSDDGEQREVEVDQVDKVNPAKFDKADDMAELTH
LNEASVVHNLYSRYQSDLIYTYSGLFLVTINPYCPLPIYTNEYVKMYKGRSRKETRPHIF
AIADEAFRNLVEEGQNQSILVTGESGAGKTENTKKVIQYLAAVATTDTPYARSGSKQLST
LSQQILRANPILEAFGNAQTVRNNNSSRFGKFIRIEFTRSGQISGASINWYLFEKSRVVK
PNGHERNYHIFYQLLQGADPKMRESLLLDDLQIEDFAYTRDGNDSIAGVSDVDEWNSLIE
AFHVMKFSDEDQMCILRTVAAVLHLGNITVVRESLRADQAALGPDSLNSVGRACQLLGIA
PESFVKGLLHPRVKAGREWVEKVQTPEQVRLALDALAKGIYERGFGNLVNRINSRLDRST
MAGDDSFFIGVLDIAGFEIFENNSFEQLCINYTNEKLQQFFNHHMFVLEQEEYAREQIEW
QFIDFGKDLQPTIDLIELTNPIGIFSCLDEDCVMPKATDRSFTDKLHSLWDRRSPKYRAS
RLSQGFMLTHYAAEVEYDTQGWLEKNKDPLNDNVTRLLGASKDEHVANLFSDCGGPDDEF
DLPRSRVKKGLFRTVAQRHKEQLSSLMNQLHQTHPHFVRCIIPNHKKRPKMLNAPLVLDQ
LRCNGVLEGIRIARTGFPNRLSFTEFRQRYEVLCPNLPKGYMDGQSVAHNMLQQLALDPA
WYRVGRTKVFFRAGVLAELEEKRDQLIRTIMTRFQSAARGFVQRRISNKRLYRAEATRII
RHNFHVYLDMKRNPWWRLFSRMKPLLGETRTANEVKRRDEKIKELESKMQQDIVERQRLD
EERRRTEVEIHKIQQILESERALALDKEEIFKRLQLREIELSEKLAGAIADQESLDDQLD
GLIAAKKKTDEQLSHRITQLEQAGEIIQRLESEKQELQARLEELDSRLLGAESSSAEKEA
HVKDLEQDMKMLESHLSLKDRKLQELEAKLLKTDQDLDIKLARTSQELEQSKKQIKDLID
ENRSIRQQISDLSSTSTGYEEMLRRKESEISVLRNDARRYEDEKRSMQTEKASLSRRHDD
MQTRLRELQAESDAMKLEKRQLEREVTDVKKLLEEKISEDAEAGQSRKLLEQQIQDLKNE
LFQAQADLSRERQSRDDVQMLAEHTLEELRDKYAFLNESKIIIEKEMYIQQDTLRRATEA
RLAAEESRKELQTELITLRDRFTKVESARLDAEAEVERNAKKQANERLDSLRKDLEEKSR
LLEDIEAERARLTARVQELDNAIAESENFRIRHDQHKERLERELVTLKGRLTASENDNRA
LLTKIQQKNLDIARSNSKASESQRLRITNLQKEKAKLEEDNRKLTRQLGDLQLSITSLEK
QKEKLSLSLEDLNHEVNREHKASRNAEKAASTAGIQLAEANRNLETERQLRNQAQANTRK
LQTSLDNANQEVETLHRQLMVLHKFVEPVADQPADSWESIQPDLAEKVNLAQLLDTVQNK
LQVTEEKYNRAESQLAEMRRRHEDEMKELDARYSSSKRALLEEIDQNQVAGNRTPTHLRK
NSENGLVKKFATPTTPNRRLNLNDAAMDSGRSDRTVDTVGYQKRMDLAAEIEELQNKLQI
SEMQNRHLQNQLEQANPHRDMWQDESPSLRRMQLLERENGRLHDQLDDSAKKVSALERSI
QSGELSLRDVQAKSHEELYDLINSQEQSRRSLLRVHNEAMADFTEAKAQFEKLKRAKTTL
EVELRDACSEAQELQVAREQDAVSRNQLLQEFSDLQIRLDAETSKSADLASSLSLYKSRA
DEYFNKLEQAEITVLKSTRAEQFAKSQAQEAEETCAQIMAERKQIDALVEDLQRQTQMLE
ARMEDQAAELQGALQTKQRLQNELEDYRNQRAIDIEDKETSMEQTRMKYQREFSTLNNEL
EMEREKVLNGRSENARLRGELEDLRSKWDNEVLNSSTWAKEKSRMEITLQDVTTSRDEAV
SAHNEAQGRVVSLLSQVRSLRASVDDVTAERDNLFKEKKMLEARLAEAAERLEELAKGDN
PSMRNAASMDRELLELKSKLAQQEDLSSAAVGKMRRAEALVTEMQKEVTAERETNTQLFK
DKAALEKQLKEAQLRCVDLETKSYSTGSQDVRFLHKRIKELETHLEEQENKHSSEQRSLR
NIDRTVKDFQAQLERRDKMNAQLEDDVNKGREKIERLLGNIEELQQSDSEAQLQIRRVER
ELREEREKALRLERELDGWKNLRVERGSTIGRPQVTFSDAGSRRGSSVFRASEMPQRMPS
NTKGFL
NT seq 7221 nt   +upstreamnt  +downstreamnt
atgcttccttctcagttaaatgcttcaccgaagcgtgccaacccgtttggtcgggcaact
ccttctccaacaccgtcatctggcccgcagactcggagtccacggccaaaatctgccatt
ataacgtcgtcatcgaagttcgaagaagccaagaatcattttcgcaactcagcgtctata
tcgcaatcgtcaccctcacctctagtacgaactacgactcgacagcggtcgagttcattg
aggaatgatgccgcttcgggaacattcgcacccgaattcatcaggtcagaagagctgcgt
cggggagcggacgagattcggggtctggaaggggacaatgacttttcggggaacaaatac
gtctggctacgtcatcctgagaaagcattcattcgtggcctggtcctagaagaaagtgaa
aatggaaggttactggttcagagcgatgatggagagcagcgggaagtggaagtagaccaa
gtcgacaaggtcaatccagcaaagttcgacaaggccgatgatatggctgaacttacgcat
ttgaatgaagcttcggtggtacacaatctgtactcccgctaccagtcggacttgatctac
acctactccgggctgttccttgtaacaattaacccctactgcccgttgccaatatacaca
aatgagtatgtgaaaatgtacaagggccgcagcagaaaagagactcggccccatatattc
gccatcgccgacgaagcatttcggaatttggttgaagaaggccagaaccagagtatccta
gtaaccggtgaatctggagcaggtaaaacagagaatacgaagaaggtcatccaatacctc
gcggcggtggcgactacagatactccctatgctcgctcaggatcaaaacaactgtctact
ttgtcccagcagatattgagagcgaatccaatactggaagcttttggcaatgcccaaact
gtcaggaacaacaactcctctcgattcgggaaatttattcgcattgaattcacccgctcc
ggtcagatctccggtgcttctatcaactggtatctttttgagaaatctcgcgtggtgaaa
cccaatggccatgagagaaattaccatatattctatcagttgctacaaggagcagatccc
aagatgcgggagagcttgcttctggacgacctacagatcgaagactttgcctacactaga
gatggtaatgacagcatcgctggggtatctgacgtggatgagtggaattcgttgatcgaa
gcattccatgttatgaaattctctgatgaagaccaaatgtgcattctgcgaaccgtcgca
gctgtccttcacttggggaacattactgttgtcagagaaagcctccgtgcagatcaagcc
gctctgggtcccgactctttgaatagtgtgggaagggcctgtcaactgctaggtatagcg
ccggagtcctttgttaaagggctgctccatccgagagtaaaggctggtcgtgaatgggtg
gagaaggtgcagacccccgaacaggttcgactggcgctggacgctctggcgaaaggaatt
tacgagcgcggctttggaaatctggtcaatcgtatcaacagccgtctggaccgcagtacg
atggctggtgacgatagctttttcatcggcgttctggatatcgctggattcgaaatcttc
gagaacaacagctttgagcaactttgcatcaactatacgaacgaaaaactgcagcaattt
ttcaaccaccacatgttcgtcttagagcaagaggaatatgcgcgagagcaaatcgaatgg
caattcattgacttcggcaaagacttacaaccgaccattgatttgatcgaactgacgaat
cccattggtatattttcgtgtttggacgaagattgcgtcatgccaaaagcaacagatcgc
tcttttaccgacaagcttcactcgctgtgggatcgaagatcacctaaataccgtgcctct
cgactaagccaagggttcatgctgactcactacgctgccgaggttgagtacgatacgcaa
gggtggcttgaaaaaaacaaggatcctctgaacgacaatgtcacccgcctccttggagca
tcaaaggatgagcatgttgccaatctattctctgactgcggtggccctgatgacgagttt
gacctcccccgaagtcgagtcaagaaaggtcttttccgcaccgtggcacagagacacaag
gagcagttgtccagcctgatgaatcaattgcaccagactcatccccattttgttcggtgc
atcataccaaatcacaagaagcgccccaagatgttaaatgctcctcttgttttggaccag
cttcgatgcaatggtgtgcttgaaggtatcaggattgcgcgcacaggatttccaaaccgc
ctttcctttactgaattcaggcagagatacgaggttctctgtccaaatctgccaaaagga
tacatggatggacagagcgttgctcataatatgctgcaacaactcgccctagacccggcc
tggtaccgcgtcggtcgaacaaaagtgttcttccgtgctggtgtcttggctgagcttgag
gagaaacgggatcagctcatccgcactatcatgactcgattccaatctgcggccagggga
tttgttcagcgacggatctcgaacaaacgtctctatcgcgcagaggcaacaaggatcatt
cggcataattttcatgtctacctagatatgaaacgaaatccctggtggcggctgttctca
agaatgaagcctcttctgggagaaacgcgtactgcaaatgaggtcaaaaggagagacgag
aagattaaggagcttgaatcgaagatgcagcaagacattgttgaacgtcaaaggctggat
gaagaaagacgtcgaacggaggtcgagatacataaaattcagcagatcctggaaagcgaa
cgagcgttggctcttgacaaggaagagattttcaagagactacagcttcgcgagattgaa
ctgagcgagaagctggctggagcaatcgcggatcaggaaagcctggacgatcaattagat
gggctgatagcggcgaaaaagaagactgatgagcagcttagccatcgtattacacagctg
gaacaggcaggtgagattattcaacgactagaatccgagaagcaagaactgcaggcccgt
ctcgaagaattggactccaggctgctgggtgctgaaagctcttccgccgagaaagaagcc
catgtcaaagacctagagcaagacatgaagatgcttgaaagccacttaagcctcaaagat
cggaaactccaagagctagaggccaaattgcttaaaacagaccaagatcttgacatcaag
ctggcaagaacatcgcaagagctggaacaatcgaaaaagcagatcaaagacttgatcgac
gagaaccgatctattcggcagcaaatttccgacctttcctcaacatctacagggtatgaa
gaaatgctcaggcgaaaggaaagtgaaatctccgttctgcgcaatgatgcaagaaggtat
gaagatgagaagcgatccatgcagactgagaaggcatctctgtcccgccgccacgatgat
atgcagacgcgcctgcgagagctgcaggcagaatcagatgcgatgaaattggaaaaacgt
cagcttgagcgcgaggttacagatgtaaagaagctcttggaagagaagatatcagaggat
gcagaagccggccagagcaggaaattgcttgaacaacaaattcaggacttgaagaacgaa
ttgttccaggcacaagccgatctgagccgcgagcgacaatcgagggatgatgtccagatg
ctcgccgagcacacccttgaagaactcagggacaaatacgccttcttgaacgagtccaag
atcatcatagaaaaagagatgtacattcagcaagatacacttcgccgtgccactgaagcc
cgactcgctgctgaggaatctcggaaagagctccagacggagcttataactctccgcgat
agattcacaaaggtagagagtgctcgcttagatgctgaagccgaagttgaacgaaacgcc
aagaaacaggcgaatgagcgccttgacagtctgcgaaaagatctcgaagagaagtcacgt
ctcctggaggacattgaggcggagcgagctcgtctcacagctagagtccaagagcttgac
aacgcgattgctgaatcggagaacttccgcattcgccatgatcagcacaaggagcgcttg
gaaagggagctggttaccctaaagggtcgccttactgcttcggagaacgataaccgagcc
ctcttgaccaagattcaacagaagaacctcgacattgccagatctaattcaaaggccagc
gaaagccaacgtcttcgcatcacaaacttgcagaaggagaaggccaaactagaagaagac
aatagaaaactgactcgacaactcggtgatctgcagctctccatcacgtctttagaaaag
cagaaagaaaagttgtccttgagcctcgaagacctgaatcatgaggttaatcgcgaacac
aaggccagtcgcaacgccgagaaagccgcgtccactgccggtattcaactggcggaggca
aaccgaaacctggagaccgagagacagctgcgaaaccaagctcaggcgaatacacgaaaa
cttcaaacttctcttgacaacgctaatcaagaagtcgaaaccttgcatcgtcagttgatg
gtgctgcacaagttcgtcgagcctgtcgcagatcagcctgcagattcatgggaatccatc
caaccagacctggctgaaaaggtgaacctagcccagctcctggataccgtccagaataaa
ctgcaagtaacagaagagaagtacaaccgagcggagagccagctggctgagatgcgtcgc
cgccatgaggacgagatgaaagagctggatgcacgttactcttcttccaagcgtgcacta
ctggaagaaattgaccaaaaccaggtagccggaaatcgtaccccgacgcatttaagaaag
aactcggagaacggccttgtcaagaagttcgctacaccgactacaccgaaccgaagactg
aatctcaacgacgctgcaatggactccggtcggtcagaccggacggttgacactgttggc
taccagaagcgtatggatcttgcggccgaaattgaagaactccagaataaacttcaaata
agtgagatgcaaaaccgacatctccagaatcagctcgagcaggccaatcctcatcgagat
atgtggcaggatgagagtccatctctcagacggatgcagcttctggaacgtgagaacggc
cgtctgcatgaccagcttgatgactcggccaagaaggtctcggcccttgagagaagcatt
caatcaggcgagctgtcgctgcgtgatgttcaggctaaatctcatgaagagctttatgat
ttgatcaactcccaagaacagtctcgacgatcgttgctcagagttcacaatgaagctatg
gctgacttcaccgaagcaaaggctcaatttgaaaaactcaagcgagcaaagaccactctt
gaggtggaactgcgagacgcatgctccgaagctcaagaactgcaggtcgccagggagcag
gacgccgtgagccgaaaccaactactccaggagttttctgatctgcagattcgactggat
gcggaaacgtccaagtctgctgatcttgcgtcaagtctaagtctctataagagtcgagcg
gatgaatacttcaataagctcgaacaagcagagattactgtgctcaagtctacccgtgcg
gagcagttcgccaaatcacaagctcaggaggcggaggagacatgtgcacagataatggct
gaacgcaagcagattgatgcccttgtggaagacctgcaacgacagacgcagatgctcgaa
gcgcgaatggaggatcaggcagcggagctccaaggagctctgcagacaaaacaacgcctc
cagaacgagcttgaagactatagaaaccagcgcgcaatcgacatcgaggataaggagact
tcaatggagcagacgagaatgaagtatcaaagagagttctcgaccctcaacaacgagctt
gagatggaaagagagaaggtgcttaacggtcgcagcgaaaatgctcgtcttcggggggaa
ctggaggacttgcgcagcaagtgggataacgaagtcctgaacagctcgacatgggcgaag
gaaaaatctcgaatggagattacattgcaggacgtcacaacatcgcgcgatgaggctgtg
agtgctcacaacgaagctcagggccgcgttgtatcacttctctcgcaggtgcgaagcctg
cgagcatcggtggacgacgttacggcagagcgagacaacttgttcaaggagaagaagatg
ctggaagcccgattggctgaggctgccgaaaggttggaagagctcgccaaaggcgataat
ccttctatgcgtaatgctgctagcatggaccgcgagctgctggaactcaagtcaaaactt
gcacagcaagaagatctttcctctgctgccgttggtaagatgagacgagccgaggcgctc
gtgactgaaatgcagaaggaggtcaccgcggaaagggagacaaatactcaactattcaag
gacaaggcagcactagaaaaacagcttaaggaggcccagctgcgatgcgtcgatctcgaa
acgaagagttattcgacaggcagccaggatgttcgattcctgcataagcgaatcaaggag
ttggaaacccatctggaggagcaggagaataagcacagttcggagcaacgctcgctgcgc
aatatcgaccgtacggtcaaggacttccaggcacaactggaacgacgtgataagatgaat
gctcagctcgaggacgacgtcaataaaggtcgtgagaagatcgagcgtctcctcggaaac
atcgaggagctccaacaaagtgactctgaggcacagcttcaaatccgtcgagtcgaaaga
gagctacgagaggagcgcgagaaggctttgaggctggagcgcgaattggacgggtggaag
aatctgcgtgttgagagaggaagcaccattggaagaccccaggtaactttcagcgatgct
ggaagcagaagaggcagcagcgtattccgggccagtgaaatgccgcagaggatgcccagt
aacaccaagggctttttgtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (20)   

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