KEGG   Salmo salar (Atlantic salmon): 106567026
Entry
106567026         CDS       T04363                                 
Name
(RefSeq) E3 ubiquitin-protein ligase HUWE1-like
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04120  Ubiquitin mediated proteolysis
sasa04137  Mitophagy - animal
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    106567026
 09140 Cellular Processes
  09141 Transport and catabolism
   04137 Mitophagy - animal
    106567026
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:sasa04121]
    106567026
Enzymes [BR:sasa01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     106567026
Ubiquitin system [BR:sasa04121]
 Ubiquitin ligases (E3)
  HECT type E3
   106567026
SSDB
Motif
Pfam: HECT DUF913 UBM DUF908 WWE UBA
Other DBs
NCBI-GeneID: 106567026
NCBI-ProteinID: XP_013991280
UniProt: A0A1S3LKB1
Position
ssa13:33956421..34035718
AA seq 4661 aa
MKVDRSKLKKTPTEAPADCRTLIEKLKGCSDEQLLLELQHIKTWNIGKCELYHWVDLLDR
FDGILCDAGQTVENMSWLLVCDRPDNGQLKALLLAVLNFTALLIEYSFSRHLYSSIEHLT
TLLASCDMQVVLSVLNLLYVFSKRSNYITRLGSDKRTPLLARLQHLAESWGGKENGFGLA
ECCRDLAMTKYPPSATTLHFEFYAEPGPEVKVERKTSSNTLHYIHIEQLDKISESPSEIM
ESLTVMYNIPKDKQTLLFTHIRLAHGFSNHKKRLQAVQARLHAISILVYSNALQESANSI
LYNGLIEELVDVLQITDKQLVDIKAASLRTLTSIVHLERTPKLSNIIDCTGTASYHGFLP
VLVRNCIQAMIDPLMEPYPHQFATALFSFLYHLASYDAGGEALVSCGMMEALLKVIKFLG
DEQDQITFVTRAVRVVDLITNLDMAAFQSHTGLTIFISRLEHEVDLSRKECPFVIKPKIQ
RPNSTVESEDMDTDMDGQSESMSEERMESSPGPSTSSGSRPETDPRGLSSTSSTPRTGVQ
CIPQRAALLKSMLNFLKKAIQDPAFSDGIRHVMDGSLPTSLKHIISNAEYYGPSLFLLAT
EVVTVFVFQEPSLLSSLQDNGLTDVMLHALLIKDSLSLQVPATREVLGSLPNVFSALCLN
ARGLHSFVQCQPFERLFKVLLSPDYLPAMRRRRSSDPLGDTASNLGSAVDELMRHQPTLK
TDATTAIIKLLEEICNLGRAPEYICQKPSIQKTDGTVTAPPARSSHAAEEASSEDEEEEE
ALHTFTQQQGEPESNRQSVPVELVVGTEERIPIPLMDYILNVMKFVESILSNNTTDDHCQ
EFVNQKGLLPLVSILGLPNLPIDFPTSAACQAVAGVCKSILTLSHEPKVLQEGLCQLDSI
LSALEPLHRPIEVPGGSVLLRELATAGHVTDATLSARATPLLHALTAAHAYILMFVHTCR
VGQSEIRAISVNQWGSQLGLSVLNKLSQLYCSLVWESTVLLSLCTPNSLPPGCEFGQADM
QKLVPKEDKPSGSTTTTATASGSRRAAESDTVALDPSATGLLEGMGLDGDTLAPMETDEP
TAGTADPKTKSKLTPAMATRIKQIKPLLSASSRLGRALAELFGLLVKLCVGSPVRQRRSH
HATSTGTAPTPAARATASSLTKLLTKGLSWQPPPYTPTPRFRLTFFICSVGFTSPMLFDE
RKYPYHLMLQKFFCSGGHDALFETFNWALTMGGKVPVSEGLEHTELPDGTGEFLDAWLML
VEKMVNPSTVLDSPHSLPVKVPGVTPTTPQFSALRFLIVTQKAAFNCIRSLWNRKPLKVY
GGRMAESMLAILCHILRGEPVIQERLAKEREGTARPEEEGGPGATTVPVGPSSGAGSECG
GGAVGAPGAAVTAAEVPAGSGSGPATGGSTAPPAPGEAAEESSNSTPRREPQVNQVPLQQ
GQGGGRERQPNVNQQQLQQLMDMGFSREHAMEALVNTSTMEQATEYLLTHPPPLLSGAVR
DMTMSEEDQMMRAIAMSLGQEVSMEQRSDSPEEAARRREEDDRRARERTEEEEARCLERF
LEAEPLDITELHAFTDSMLPGCFHLLDELPDTVYRLCDLLMTAIKRSGAEYRDLILRQVV
NQVWEAADVLIKAAVPLTTSDTKTVSEWTRQMATLPQASNLATRILLLTLLFEELKLSCA
RVVENSGILNVLIKLLEVVQPCLQAAKEQKDIQTPKWITPVLLIIDFYEKMAVSSKRRAQ
MNKYLQPNGNNWRWFDDRSGRWCSYSASNNSTIDSAWRAGESSVRFTAGRRRYTVQFNTM
VQVNEETGNRRPVTLTVQRVPRAPKPAKTGSMTDSEREEGDRGKAEETQIDPDSAPVAVE
MSAPKEDNATPQLKESSSGPSAPPAPPPTAPLDPTSERTGTGGAIVVQGLTEDMTTVLIR
ACVSMISVPVDPDTLHATLRLCLRLTRTHHYAMMFAELKSTRMILGLTQGSGFNGFTPLV
TLLFRHIIEDPATLRHTMEKVVRSAVTSGAGSTTSGVVSGSLGSREINYILRVLGPAACR
NPDCFADTANSCVRIALPAPRGAGTASDDEFENLRIKGPNAVQLVKTTPLKMSPLPPIPD
TIKEVIYDMLNALAAYHAPEEAERPEERAVAVPGGQDLCQILQDVGDDVYQQYRLTRQGS
DFDSQSAFHINPQVFSADGAVADSSQSGTPQGEGETLPPSSSPPASTASTPEEMREEKKE
VEGEKGASSEESKGAKAKASKPLMPTSTILRLLAELVRSYVGIATLIASYCYTAGQSELI
KEDCSVLAFVLDHLLPHTQSSEDKDTPALARLFLASLAAAGTGTDAQVALVNEVKAALSR
ALAMAEGTEKHARLQAVMCIISTIMESCPSTSSFYSTSAAKTQHNGMNNIIRLFLKKGLV
NDLARVPHSLDLSSPNMANTVNAALKPLETLSRIVNQPSSLFGGKGGSSKNKAEHDTVGA
TRDSNSNTQGTTGDSGEAEGTLVEGSHRAQGTDSDLMDGETEGDTAVIAGQPEVLSTTAM
QVENELVDLIDELLERDTGAVNSSIIVGRGSGEDESQEDVLMDEAPSNISQASTLQANRE
DSMNILEPEDEEHTQEEDSSGSNDEEDSQDEEEEEEEEEEEDQDDEEGDEDDDDEGSEME
LDEDFPDINAAPHIRFERFDRDDDLIIEFDNMFSTTADIPPSPGNIPSSHPLMVRHADHG
SLTLGGAGTNNRLAQGMGRSQRTLRQLTANTGHTIHVHYPGNRQPNPPLILQRLLGPSAA
ADILQLSSSLPLQSRGRARLLVGNEDVHIIARSDDELLDDFFHEQSSTGGQAGTLSSIPT
ALTRWTDECKVLDAESMHDCVAVVKVPILQHLETLRDEELEERREKKRRQLAEEEEAKQN
DRRTGGEEAREQSLQGSGLGTVNGVAGEATAEGEAQGSGVLCLDPPRVSDGFLTAPPSGE
VTPTTPAPHEQALVSLETAISQQVHQPIADLLLAESHANSLAALAGAGLPALAAASDRPT
CEVEASQMEMSPVPTIGERGGAVDGGREASLSPDIVETAEPAAVGLSLLEGSPMDTSSPA
SATQEEPVPNPTQAVHLPQELSGSGDGGLTARQTDAESGSTSVSSPGETMPRSDSADSQS
QAIQEEPFPSTSNEDEDPLAGISLPEGVDPSFLAALPEDIRREVLQNQLGIRPPARPPAT
AILPSTTVPVLGGGPGVTEVSPEFLAALPPAIQEEVLAQQRAEQQRRELSQQPTQGDTPL
DPVTFIQTLPSELRRSVLEDMEDSVLAVMPPDIAAEAAALRREQEVSARQRQLMHERLFG
HSSSSALSAILRSPAFTSRLGGNRGVQYTRLAVQRGGTFQMGGGTNQSRPSSSSVDSLLR
LRGRLLLDHEALSCLLVLLFVDEPKLNTSRLHRVLRNLCYHSQTRGWVIRSLLSILQRSS
ESEVCVETTRLEDARGKRTAAGQGGYGGSKGSTTAATASASLSSSSSLELLNRVESRSSS
QLSWLSVSMDAALGCRTNIFQIQRASGRKHADRHSAGGTSGGPGGTLGGGVQGGAAGVTC
AGGGGSTVHIHPQAAPVVCRHVLDTLIQLAKVFPSHFTQQRCKDLLSSSTSELDSRLCAA
ASIVTGTAGGGSRSTQTSSNTPSSAQNSVGGGACGAAITPQSLGISTDFWDLLVKLDNMN
VSRKGKASMKTLPLGAGGEADGAQFSLEASPLGQLMNMLSHPVIRRSSLLTEKLLRLLSL
ISIALPDNKATEVPAGHPTSQTTAGAAVAAPGSVSASAQGTTVGVVSGVGVVSGASVVAA
AQGSSSGTGQTSTAIVSIPTTTGASATGKHRATVLCVESDTKLASTGLTEKQLQLSVEVL
TSHSCSEEGLEDAANILLQLSRGDGTTRDTVLRLLLSGARHLGYTLCKQIGTLLAELREY
NLEQQRRARADAQSPDAPAEDTSLSARLKAGKLSSRRGRRFDGSESVVIVAAQKRTLGGR
ELQLPCMSSLTSKTSTQKFFLRVLQVIIQLREDTRRANKKAKQTGRLGSTSLGSASSIQA
AVRQLEAEADAIIQMVREGQRARRLQQAPPPSASIAGSSVAASHAPAAAPPAPGTASAAT
SEVGSVSEPQAAQRDESPMDVDQPSPLEQDLAPLDEEGNGQSETEERLPDLPLLSEQLLL
DELWDMLGECLKELEESHDQHAVLVLQPAVEAFFLVHATERESKPPVRDTRESQLSHIKD
EPPPLSPAPLTPATPSSLDPFFSREPSSMHISSNLPPDTQKFLRFAETHRTVLNQILRQS
TTHLADGPFAVLVDYIRILDFDVKRKYFRQELERLDEGLRKEDMAVHVRRDHVFEDSYRE
LHRKSPEDMKNRLYIVFEGEEGQDAGGLLREWYMIISREMFNAMYALFRTSPGDRVTYTI
NPSSHCNPNHLSYFKFVGRVVAKAVYDNRLLECYFTRSFYKHILGKSVRYTDMESEDYPF
FQGLVYLLENDVSTLGYELTFSTEVQEFGVCEVRDLKPNGGNIIVTEENKKEYVHLVCQM
KMTGAIRKQLSAYLEGFYEIIPKRLISIFTEQELELLISGLPTIDIDDLKANTEYHKYQS
SSIQIQWFWRALRSFDQADRAKFLQFVTGTSKVPLQGFAALEGMNGIQKFQIHRDDRSTD
RLPSAHTCFNQLDLPAYESYEKLRHMLLLAIQECSEGFGLA
NT seq 13986 nt   +upstreamnt  +downstreamnt
atgaaggtcgacagaagcaagttaaagaaaaccccaacagaagctcctgcggactgcagg
acactcatagagaagctcaagggatgcagcgacgagcaactactgctggagctgcagcac
atcaagacctggaatattggcaagtgtgagctttaccactgggttgacctgctggaccgt
ttcgatgggatcctgtgtgatgcgggccagacggtggagaacatgtcgtggttgctggtc
tgtgaccggccggacaacgggcagctcaaagccttactgctggccgtgctcaacttcaca
gccctgctcattgagtacagcttctccaggcacctctacagctccatagagcacttgacc
accctgttagcatcgtgtgacatgcaggttgttctgtctgtgctgaacctcctctacgtg
ttcagtaaacgctccaactacatcaccagactgggctctgacaagaggacccctctgctg
gcacgcctacaacatctggctgagagctggggaggaaaggagaatggcttcggcctggca
gagtgctgcagggacctggctatgacgaagtaccctcccagtgccaccacactgcacttt
gagttctatgctgaacctggccccgaggtcaaagtggagaggaagaccagtagtaacaca
ctacactacattcacatcgaacagctcgacaagatctctgagagtcccagtgagatcatg
gagtctctgacggtgatgtacaacatccctaaagacaagcagaccctgctgttcacgcac
atcagactggcccacggcttctccaaccacaagaagagactacaagctgtacaggcccgg
ctccacgccatctctatcctggtgtactccaatgcactccaggagtctgccaacagtatt
ctctacaacggcttgatagaggagctggtggacgtgctacagattacagacaaacagctt
gtggacataaaggcagcgtctttacgcaccttaacgtccattgtgcaccttgagaggaca
cccaagctgtccaacatcatcgactgcactggcacggcctcctaccacggcttcctgcct
gtactggtgcgcaactgcatacaggccatgatcgaccctctgatggagccgtacccgcac
cagtttgccacggcgctgttctccttcctctaccacctggctagttacgacgctgggggg
gaggccctggtctcctgtgggatgatggaagccctgctcaaggtgatcaagttcctgggg
gatgagcaggaccagatcacgtttgtgacgcgtgcggtccgagtggtggacctcatcacc
aatctggacatggcagccttccagtcacatactggccttaccatcttcatcagcaggctg
gagcatgaggtggacctgtctaggaaagagtgtccttttgtcatcaagccaaagatccag
agacccaactccaccgtagaatctgaggacatggacacggacatggacggccagtcagaa
agcatgtcagaagagaggatggagagcagccctggtccctcaacttcctctggctccaga
cctgagaccgatcccagaggactcagcagcacttccagcacgccccgtacaggcgtccag
tgtattccccagagggccgctctgttgaagtcaatgttaaactttttaaagaaagccatc
caggaccctgccttctctgatggcatccgccacgtcatggacgggtccttgcctacctca
ctcaagcacatcatcagtaatgccgagtactatggaccttctctcttcttactggcaacg
gaggtggtgacagtgtttgtgttccaggagccgtctctgctctcctccctgcaggataac
ggtctgactgatgtcatgctgcatgccctgctcatcaaagactctctctctctgcaggtc
ccggccacccgggaggtgcttggttctctccctaacgtgttcagtgccctgtgcctgaat
gcgcgaggcctgcactccttcgtccaatgccagccttttgagcgcctcttcaaggtgctt
ctgtcacctgactacctgcctgccatgagacgacgtcgcagctctgaccctctgggagac
acggcatccaacctgggcagtgctgtggatgaactgatgagacaccaacccactctgaag
actgacgccactactgccatcatcaagttactggaggagatctgtaacctgggcagagcc
ccggagtacatctgtcagaagccctctatccagaagactgatggtaccgtgaccgcgccc
ccggcacgctcttcccacgccgccgaggaggcctccagcgaagacgaggaggaggaggag
gcgctccataccttcacccaacagcagggggagccagagagcaacagacagtcagtgcca
gttgaactggttgttggcaccgaagagaggatacccattcctctgatggattacattctc
aatgtgatgaagtttgtggagtccatcctgagtaacaacacgaccgacgaccactgtcag
gagtttgtcaaccagaagggtctcctgcccctggtctccatcctgggtctgcccaacctt
cccattgacttccccacatcagctgcctgtcaggctgtagccggggtctgcaagtccata
ctgaccctgtcccatgagcccaaggtgctccaggaagggctgtgtcagctggacagcatc
ctgtcggccctcgagccgctccaccgccccatcgaggtccccggtggctcggtgctcctc
cgagagctcgccaccgccggtcacgtgactgacgccacgctgtcagcccgcgccacgccc
ctgctacacgcgctcaccgctgcgcacgcctatatcctgatgtttgtgcacacctgcagg
gttggacagagtgagatcagggccatcagtgtgaaccaatggggctcccagctaggtctg
agtgttctcaataagctgagccagctctactgctctctggtctgggagagcactgtgctg
ctgtccctctgcacacccaacagtctccccccaggctgtgagtttggccaggctgacatg
cagaagcttgttcccaaagaggacaagccatctggcagcaccacaaccacagccaccgcc
tcaggatccaggagagctgctgagtctgacactgttgctttggacccctctgccacgggt
ctcctggaagggatggggttggacggggacacgctagcccccatggagactgacgagccg
accgccggcaccgctgaccccaagaccaagtctaaactgacccccgccatggccacacgc
atcaagcagatcaaaccactgctctccgcatcgtctcgcctgggccgggctctggctgaa
ctctttggtttgctggtgaagctgtgtgtgggctctccagtccgccagcgccgctctcac
cacgccaccagcactggcactgcgcccacccccgccgccagggccaccgcctcctccctc
accaagctgcttaccaagggcctcagctggcagcccccaccctacacccccacccctcgc
ttcaggctgacattcttcatctgctcggtgggcttcacgtcccccatgctgttcgatgag
aggaagtatccctaccacctcatgctgcagaagttcttctgctccggaggacatgacgcg
ctcttcgagacatttaactgggctcttactatgggtggtaaggtgcctgtctctgagggc
ttggagcacactgagcttccagacgggacaggggagttcctggatgcctggctgatgctg
gtggagaagatggtgaatcccagtaccgtgctggactcaccccacagcctgcccgtcaag
gtccctggggttacccccaccaccccccaattcagcgccctgcgattcctcatcgtcact
cagaaggcggcattcaactgcatccgaagcctgtggaacaggaaacccctcaaagtgtac
gggggccgcatggctgagtccatgttggctatactctgtcacatccttcgtggtgaacca
gtcatccaggagcggctggccaaggagagggagggcacggcccggccagaggaggagggg
ggcccaggggccaccacggtgcctgtaggccccagctctggagctggaagtgagtgtgga
ggtggagctgtaggggcccctggagcagcagtgactgcagcagaggtgccagcaggttcc
gggtcaggaccggctaccggaggcagtacagcaccacctgcaccaggtgaagcagcagag
gaatctagtaactctactcccaggagagaaccacaggttaaccaggttccactacagcag
ggtcagggaggaggcagggagaggcagccaaacgtcaaccagcagcagctacagcagctg
atggacatgggtttctccagagagcatgccatggaggccctggtgaacaccagcaccatg
gagcaggccacagagtacctgctcacacaccctcctcctctactcagcggagccgtcagg
gacatgaccatgtcagaagaagaccagatgatgagagccatcgccatgtctctggggcaa
gaggtcagcatggagcagcgctctgattcgcccgaggaggcggcgcgtcgtcgtgaggag
gacgacaggagagccagggagcgtacggaggaggaggaagctcgctgcctggagaggttc
ctggaggccgagcccctggacattacggagctccacgccttcactgactccatgctcccc
ggctgcttccacctgctggatgagctgccagacacagtctaccgcctctgtgacttgctc
atgacagccatcaagaggagcggcgccgagtacagggacctcatcttacgacaggtcgtc
aaccaggtgtgggaggcagcagacgtgctcatcaaggcagcagtacccctgaccaccagc
gacaccaaaacggtgtccgagtggaccagacagatggcaaccctgccccaagcctccaac
ctggcaacacgcatcctgctgctcacactgctctttgaggagttgaagctgtcgtgtgcc
agggtggtggagaacagtgggatcctcaacgtgctcatcaagctgctggaggtggtgcag
ccctgtctgcaggctgccaaggagcagaaggacatccagacacccaagtggatcactcca
gtgttgctgatcattgacttctacgagaaaatggctgtttcatccaaacgcagagcgcaa
atgaacaagtatctgcagcccaatggtaataactggcgttggtttgatgaccggtccggc
cgctggtgcagctactctgcctctaacaacagcactatagactcagcctggagggccgga
gaaagcagcgtccgattcaccgcgggacgcaggcgatacaccgtacagttcaacaccatg
gtccaggtgaatgaggagacgggtaaccgtcgtccggtgaccctcacggtccagagagtg
cctcgcgctcctaaaccggctaagacgggcagcatgacggactctgagagagaggaggga
gacaggggcaaggcagaggagacccagatagacccagactctgccccagtagctgtggag
atgagtgctccaaaagaggacaacgctaccccccaactaaaagagtcctcctccggtccc
tctgctccccccgccccccctcccacagcccccctggaccccacatcggaacgcaccggg
acaggaggagccatcgtggtgcagggcctgacggaggatatgaccacagtgctcatcaga
gcctgtgtctccatgatcagtgtccctgtggacccagacaccctccacgccacactaagg
ctatgcctgcgcctgacgaggacccaccattacgccatgatgtttgctgagctgaagagt
accaggatgatcctggggctgacgcaggggtcagggttcaacggcttcacgcccctcgtc
accctgctgttcagacacatcatcgaggaccccgccacgctacgacacaccatggagaag
gtggtacggtcagcagtgaccagcggggcgggcagcaccacatcaggtgtggtatcaggc
tccctgggctccagagagatcaactacattctgcgtgttctgggccctgccgcctgccgg
aacccggactgcttcgctgacacagccaacagctgcgtccgcatcgccctgcccgcacct
cgcggagctggtacggcctcagatgatgagtttgagaatctgcgtatcaaggggcccaac
gcggtgcagctggtgaagaccaccccccttaaaatgtctccgctgccccccattcctgac
accatcaaagaggtcatctatgacatgctaaatgccctggctgcataccatgcccctgaa
gaggcggagcgtccagaggagcgtgcggtggcggtgcccggggggcaggacctgtgtcag
atcctccaggatgtaggcgacgacgtttaccagcagtacagactcaccagacagggaagt
gacttcgactcgcagtccgctttccatatcaacccccaggtgttttctgcagatggagcg
gtagctgactcctctcagtctggaacaccccagggagaaggtgagaccctacctccctcc
tcctcacctccagcctccactgcctctactccagaggagatgcgtgaggagaagaaggag
gtggagggggagaagggagccagctcagaggagagtaagggggccaaggctaaggcctcc
aagcccctgatgcccacctccaccatcttacgtctcctggctgagctggtcaggtcctac
gtgggcatcgccaccctcatagcatcctactgctacacggccggacagtctgagctcatc
aaggaggactgcagtgtattagccttcgtgctggaccacctgttgccccacacccagagc
tctgaggacaaggacacccctgccctggcacgcctcttcctggccagcctggcagctgct
ggcacaggcaccgatgcacaggtggccctggtcaatgaggtgaaggccgcactcagccgg
gcgctggccatggcagagggcacggagaaacacgccaggctccaggcggtgatgtgcatc
atcagcaccatcatggagtcgtgtccgtccacctctagcttctacagcacgtcagcagcc
aagacgcagcacaatggcatgaataacatcatacgcctcttcctcaagaaaggactggtc
aacgacctggctagagtaccgcacagccttgacctgtccagtcccaacatggcaaacaca
gtgaatgcagctctgaagcccttagagactctgtcccgcatcgtcaaccagcccagcagc
ctgtttggagggaaggggggatccagcaagaacaaggctgagcacgacactgtgggagcc
accagggactccaatagcaacacacaaggtaccacaggtgactctggtgaggctgagggg
actctggtggagggcagtcacagggcccagggaacagacagtgacctgatggacggcgag
acggagggagacacggcagtcatcgctggacagccggaggtgctcagcaccacggccatg
caggtggagaacgagctggtggatctgatagacgagctgttggagagagacaccggtgcc
gtcaacagctctattatcgtgggacgtggcagtggtgaggacgaatcacaagaggacgtg
ttgatggatgaggcaccctccaatatcagtcaggcttctactctacaggccaaccgagaa
gactctatgaacatcctggagcctgaggatgaggagcacacgcaggaggaagactccagt
ggcagcaacgatgaagaagacagccaggacgaagaggaggaggaagaagaggaagaggag
gaggatcaggatgatgaagaaggagatgaggatgacgacgatgaaggttcggagatggag
ctggatgaagatttcccagacatcaacgctgcgccacacatccgcttcgagaggtttgac
cgcgacgatgacctcatcatagagtttgacaacatgttctccaccaccgctgacatccct
ccctccccaggcaacatccccagctctcaccccctgatggtgcgtcacgccgaccacggc
tccctaacgctgggcggggcaggcaccaacaaccgcctggcgcagggcatgggtcgtagc
cagagaacgctacgtcagctcaccgccaacacaggccacacgatacacgtccactacccc
gggaacagacagcccaaccccccactcatcctgcagagactgctaggtcccagtgctgca
gcagacatcctgcagctgtccagctctctgcccctgcagtcccgcggccgcgcacgtctc
ctggtgggcaacgaggacgtgcacatcatcgcccgctccgacgacgagctgctcgacgac
ttcttccacgagcagagcagcaccggaggacaagcaggcactctgtccagtatccccact
gccttaacccgatggactgatgagtgtaaagtactggacgctgagagcatgcacgactgt
gtagcagtggtgaaggttcctatcctgcaacacttggagaccctgagagacgaggagctg
gaggagaggagggagaagaaaagacgccagctggcggaggaggaggaggccaagcagaac
gacagaaggacaggaggagaggaggccagggagcagagtctacagggctcgggactgggg
acggtcaacggtgtggctggagaggccactgctgaaggtgaggcccagggcagtggtgtg
ttgtgtctggacccccctcgggtctcagatggtttcctcaccgctcccccctcaggagag
gtcacccccacaacccccgccccccacgaacaggccctggtttccctggagactgccatc
agccagcaggtccaccagccaatcgcagacctgctcctggccgagtcgcatgccaattcg
ctggccgccctggcaggggccggtcttccagcccttgcggcggcatccgataggccgacc
tgcgaagtggaggcgtcacagatggaaatgtccccggtgcccactattggtgagagagga
ggagcggtggatggaggcagggaagcctccctgagtccagacatcgtggagaccgctgag
cctgcagcggtgggcttgtcactactggaagggtctcccatggataccagtagccccgcc
tctgccacgcaggaagagcccgtccccaaccccacccaggctgtccatctgccacaggag
ctgtcagggagtggagacggtggactgacggccaggcagactgacgcggagtcaggctcc
acttctgtctcctcccctggagagaccatgccccggagtgacagcgcagacagccaatcc
caggccatccaggaagagcccttcccatccaccagcaatgaggatgaggacccactggca
ggcatcagtctaccagagggtgtagacccatccttcctggcagctcttccagaggacatc
cgtcgtgaggtgctccagaaccagctgggtatccgacccccagcacgcccccctgccacc
gccatcctcccctccaccactgtccccgtactgggaggaggacccggggtcacagaggtc
agccctgagttcctggctgccctgccacctgccatacaggaggaggtcctggcccaacaa
cgtgctgaacagcagcgtagagagctgtcccagcagcccacgcagggcgacactcccctg
gaccccgtcaccttcatccagaccctcccttcggagctgcgacgctccgtcctagaagac
atggaggacagcgtgctggccgtcatgcccccggacatcgccgccgaggcagccgcgctg
cgccgggagcaggaggtgagtgctcgtcagagacagctgatgcacgagaggctgttcggc
catagttccagctcggccctgtcggccattttgaggtcgcctgcgtttaccagccgcctg
gggggtaaccgaggggtacagtacacccgccttgctgtgcagagaggcgggaccttccaa
atgggaggagggaccaaccagagcagaccgtccagttccagtgtggactctctgctgcgt
ctgcgtggtcgtctgctcctggaccacgaggcattgtcctgtctcctggtcctcctcttc
gtagacgaacccaaactcaacaccagccgtttgcaccgcgtgctccgcaacctgtgctac
cactcccagacgcgtggctgggtcatccgcagtctcctctccatcctgcagcgcagcagc
gagagtgaggtttgtgtcgagaccacccgcctggaagacgccagaggcaagaggactgct
gctggtcagggaggttacggagggagtaaagggtctacgaccgcagcaaccgcttcagcc
tccctctcttcttcctcctctctggagcttctcaaccgggtggagtctcgtagctcctcc
cagctctcttggctgtccgtttccatggacgcggcgctaggatgccgtacaaacattttc
cagatccagcgggcgtcgggacggaagcatgccgaccggcactctgcgggggggacgtca
ggagggcccggggggaccctgggaggaggggtacaggggggtgcggcgggggtgacttgt
gcagggggtggagggtcgaccgtacacatccacccccaggccgcccctgtggtctgtcga
cacgtactggatactcttatccaactggccaaggtgttccccagtcacttcacccagcag
cgctgtaaggacctgctctcctcctccacctctgaactagactcccgtctgtgtgctgct
gcctctattgtcaccggaacagcaggaggaggctctagatccacccagacctcctccaac
accccctcctcagcccagaactccgtgggcgggggcgcctgtggcgcggccatcaccccc
cagtcccttggcatctctaccgacttctgggacctgctggtgaagctggacaacatgaat
gtgtcgaggaaaggcaaggcctccatgaagactcttcccctgggggcgggaggggaggca
gacggggctcagttcagcctggaggcttctcctctgggccagctgatgaatatgctctcc
cacccagtgatacgacgctcctccctgctaaccgagaagctcctgcgtctcctctccctc
atctccatcgccctgcccgataataaggctactgaagtccctgccggacacccgacttcg
cagaccactgccggtgcagccgtcgccgctccaggctctgtctccgcctctgctcagggg
accactgtaggggtggtctcaggcgtcggggtggtgtcgggggcctcggtagtggctgca
gcgcagggctcgtcctcagggacaggccagacctctacagctatagtgtctatacccacc
actacgggagccagcgccacagggaagcatagagcgaccgttctctgtgttgaaagtgac
accaagctggcctccactggactcactgagaaacaactacagctctctgtcgaggtgctg
accagtcactcgtgttcagaggagggtctggaggatgcagccaacatcctgctccagctg
tccagaggagatggaaccaccagagacactgtgctccgtctgctgctgagtggggctaga
cacctgggatacacactctgcaaacagattggcacattattggctgagctgcgtgagtac
aacctggagcagcagaggagagcccgggccgacgcccagtcacctgatgccccggctgag
gacacctccctctctgccaggttgaaggccggcaagctctctagcaggcgggggcgcagg
ttcgacggctcggaaagcgtggtgatcgtggcagcccagaagcggacgctgggtggacgg
gagctgcagctaccctgcatgtcctccctgacctcgaagacgtccacccagaagttcttc
ctgcgggtcctgcaggtcatcatccaactccgagaggacacgcgccgcgccaacaagaag
gccaagcagaccggacgactaggctccaccagtctgggctctgccagcagtatccaggcg
gcggtacgtcagcttgaagccgaggctgatgccatcatccagatggtgagagaggggcag
cgggcacgccgcctccagcaggcacccccgccttccgcctctatcgccggatcctccgtg
gctgcctcccatgcccccgccgctgccccccctgcccctggcacggcgagcgctgcaacg
tcggaggtagggtcagtgtcagagccccaggcagcccagagggatgagtctcccatggat
gtagaccagccatcccctctggagcaggaccttgcacccctggatgaagaaggcaacggc
caatccgagacagaggagcgtctcccagacctccccctgctaagcgagcagcttctgtta
gacgagctgtgggacatgctcggggagtgcctgaaggaactggaggagtcacatgatcag
catgccgttctggttcttcagccggcggtggaggccttcttcctggtccacgccacagag
agggagagcaagccccctgtcagggacaccagggagagccaattgtcccacatcaaagat
gagcctccccccctgtcccccgcacccctcacccccgcgaccccctcttctctggacccc
ttcttctccagggaaccctcctccatgcacatttcctccaacctgcctcccgacacacag
aagttcctccgctttgccgagactcaccgcaccgtgcttaaccagattctgcgtcagtcc
accacccacctggccgacggacccttcgctgtgctggtcgactacatccgtatcctcgac
tttgacgtcaagcgaaaatacttccgtcaggagctggagcgtctggacgagggtctgagg
aaggaggacatggctgtccacgtcaggagggaccacgtgtttgaagactcttacagagag
ctgcaccgcaagagccccgaggacatgaagaacagactgtacatagtgtttgaaggggag
gagggtcaggatgccggaggtctgctgagagagtggtacatgatcatctccagggagatg
tttaacgccatgtacgccctgttccgcacctcgcccggcgacagggtcacctacaccatt
aacccctcgtcccactgcaacccaaaccacctcagctacttcaagttcgtaggtcgcgtg
gtggccaaggccgtgtacgacaaccgactgctggagtgctacttcacacgcagcttctac
aagcacatcctgggcaagagtgtcaggtacacagacatggagagtgaggactacccattc
ttccagggccttgtctacctgctggagaatgatgtctccactctgggctatgagctgacg
ttcagcactgaggtccaggagtttggtgtgtgtgaggtgcgggacctgaagcctaacgga
ggcaacatcattgtcaccgaggagaacaagaaggagtatgtccacctagtctgtcagatg
aagatgactggtgcgatccgtaagcagctgtcagcctatctggagggtttctacgagatc
atccccaagaggctgatctccatcttcacagagcaggagctggagctgctcatatctggc
ctgcccactatagatatagacgacctcaaggccaacaccgagtaccacaagtaccagtcc
agctccatacagatccagtggttctggcgggccctgcgttccttcgaccaggcggacaga
gccaagttcctgcagttcgtgacgggcacgtccaaggttcctctgcagggcttcgcagcg
ctggagggcatgaacggaatacagaagttccagatccaccgcgacgaccgctccaccgac
cgcctaccgtcagctcatacctgctttaaccagctggacctcccagcctacgagagctac
gagaaattgagacacatgctgctgctggccattcaggaatgctcagagggattcggactg
gcttag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   RefGene (85)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (107)   

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