KEGG   Trichechus manatus latirostris (Florida manatee): 101348611
Entry
101348611         CDS       T05135                                 
Name
(RefSeq) probable E3 ubiquitin-protein ligase HECTD4
  KO
K17849  E3 ubiquitin-protein ligase HECTD4 [EC:2.3.2.26]
Organism
tmu  Trichechus manatus latirostris (Florida manatee)
Brite
KEGG Orthology (KO) [BR:tmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:tmu04121]
    101348611
Enzymes [BR:tmu01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     101348611
Ubiquitin system [BR:tmu04121]
 Ubiquitin ligases (E3)
  HECT type E3
   101348611
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 101348611
NCBI-ProteinID: XP_023589559
UniProt: A0A2Y9RCA1
Position
Unknown
AA seq 4274 aa
MGLLLVFPLIQSQSRTDPSLCNITAEVLLNCLRDCQPLSLTKEPADCLNGIETLLCSWLE
ETSDTGQHIPYKQKENAAAALVALACARGSLKTFVHTVHLLQKQTDLGSLPVADVLYRLL
LLEGGPGSPSCLLGGKHIVSWGYEDMLPAPDSNTGSSSENKDADLGRCLTADGLYLYTTN
SVGRGVSKLGSGLHGTLRGFVYCRNEELEPGWVAFGSSSLLHRPVSFDNKPHSLFQVIDQ
NTLQVCQMVPMPANHLPVGSTMSTVHLSSDGTYFYWIWSPASLNEKTPKGHSVFMDIFEL
VIENGVFVANPLQERTILMRKEGESAKSINEMLLSRLSRYRASPSATLAALTGSTISNTL
KEDQAANTSCGLPLKMLRKTPIYTCGTYLVMLVPPPGGSGSSATRSLFGGTSGLSSLKIL
ASSLVYNISDGQFTSRADLIDAAGSSLGRGALVPGLGACYDTVNNMLWTCSNDYIDQWCN
PGNQAFHYVCQRLGVSHIITEPKEEAITTSEVINQLLHHVGAMCIHQLNLLATNPNLPIT
SVLGKQHPIEAHHLSSICDIMEKAMVNGDTCIIRCILVVFQVVFKFFFSPQTERNRDIIR
RSGLLLWQLLMAPKDQICPDIQKEVCLAISSGLNILYPGETEINNLLKLVLTEGERNSGL
SQLRDVILTNLAEQLQYNRFGSDEDDHYRLNDELLHYILKIVVRESCILITKCQTVSKDD
FQKLLSTVPAASSCLRYLMAVQNHLLSNTVLIKPDENDDSDNSLQGETLKVQELKVSILA
LATQILTGCDEVLEMLQQVTTALINSDIVDREQRLKGLEQVTKATMLGHLLPVLLTSLMH
PNLQTLTMADALMPQLVQLVLYTSQTALLLKTQSPVFAEVGCSPCGASDQKGRLFPDERM
LEEKEEPGFLTGLKIPAPWAAGKTVETVHPVRDNYKFKETVHIPGARCLYLRFDSRCSSQ
YDYDKLVIYAGPNTNSRKVAEYGGNTLGYGSRSVLGTGWPKDLVKVEGDTVTFSFEMRSG
REHNTPDKAMWGFACTVRAQESSEDVSGGLPFLVDLALGLSVLACSMLRILYNGPEITRE
EEACQELLRSKLLQRCQWQVEANGVISPALTPSPSPLPLTIEEDREFTYPSDVLVPPVGN
YFDLPRIRLPPGIMIKLREISGRARPQFRPSIKEVIQPDVMEEMVVSCVIKHLNLVDALQ
SLINFQYQEEHAEEYDLLCKIMGETFKKLNAMERQLQSVAELEQKWQSEVDDAMQGKLEN
NMPFFYDYHFNENKMKELELLCSMKEVSFDGNDLENMVLSLREKFLQEVNSLIQKPSHPL
AKTKTLVKSLMNRAELLLHVTIAAQSGLTRSISGTPAETPACKSASETKVISHAVRQPVF
LRSMSAPSDLEMIGNEDLEFTRANQRRRHVTSHRSSSFTLLQSLAIEDSRDKPTYSVLLG
QLFAFIGTNPDQAVSSSSFLLAAQTRWRRGNTRKQALVHMRELLTAAVRVGGVTHLVGPV
TMVLQGGPRIEELTCGGMVEQVQEAFGETMTSVVSLCARYPIACANSIGLLCTIPYTRSE
EKCLVRSGLVQLMDRLCSLSSQTESSSSEKQTKKQKVATMAWAAFQVLANRCVEWEKEEG
GSTEAVHSGLARQVSSLLTNHLARATECCGNQAAGNDALQDVLSLLNDLSRSHIGKAILS
QPACVSKLLSLLLDQRPSPKLVLIILQLCRAALPLMSVEDCGNVELPPWSYSVPSLNSEQ
EDPSDPASKIASLLLAKLADYVVPGCQTVLSPTASEPDTALTKTSPKNSLKGDKDPGEES
EAVDGKLSIFIHKREDQSSHEVLQPLLSSSEGRPFRLGTGANMEKVVKMDRDMTKGGCCE
VITEEAVAALRKATKWAQSGLIVSVGPPVESVNPETVSGLSTGDKKKTAQTSICRERNSE
LARTDPVRPFISGHVANSMAAEVIALLHSLLMAPESNAAQIWTTTAEKVLSRALMYIPQL
GKYAESILENGSSSGRKLAKLQRIARQAIAALCALGGFKETIKIGSEVQVLGRGISGSVG
VVASINEQEGIATVRFPPIDCRKTSSQASDTLTIPLSRLCVPRSEALPLHKLSITEKVVQ
AVQSMLLPQEGSLSIHTSLPATGDGSAPVMAVVRLLAEIRTRACLVMAQLLEDSLFCEEF
IQQCPAAVEVLNLVAQECSAGERLAVVEVQCERLRMLYRDCARPPPPPLQADRRQPKEIT
WSPSRVFPPVRACMFSSHLTSVTFLADPSAGGGLPRGTFIYATSPLPVQAPSFYWEIEIV
SYGDTDDDTGPIVSFGFATEAEKRDGAWTNPVGTCLFHNNGRAVHYNGSSLLQWKSVRLD
VTLSPGDVAGIGWERAEGTPPPPGQPAKGRVYFTYCGQHLSPYLEDVSGGMWPVVHIQKK
NTKTRANFGSRPFAYAEGQAHRNAADLCTDLAEEISANFEALPFAMASDSDNDAGTSIAS
DPGTHGPPCRIAAVATAQQQYDSDTSCHYKVELSYENFITSGPDPHPPPIADDESDDDDD
DDIPQEDHYALLVKAWETKVFPTIRRRFRNEAERKSGLDQIKGALQLGMVDIARQTVEFL
YEENGGIPRDLYLPTIEDIKDEANKFTIDKVRKGLTVVTRSPDSNNVASSTVGTALPKFA
IRGMLKTFGLHGVVLDVDSVNELVQVETYLRSEGVLVRYWYPIDMLERPPAGYRRTATNG
LVTLDNTNLQIHRELLRCEAALARLYCRMALLNIFAPKLPHLFTRLFHIPAVRDITLEHL
QLLSNQLLTPPLPDGTISSSSILLAQSLQHCIRSQNCSATDLFYQGNSQTVREWLNVAIT
RSLHQGEESLLELTRQICSFLQTAPEQFPSEEFLISESKVNMDVNFPGAAFVVVSCKESQ
SGFRKDSSLYKAPWARVLVYGLGHKVKRNGQLNLTEAVCYPRDASPANTGLTPPPTTNQY
PAVILSTDKVHIKLGVSPPPGAVLMLHSLPLEFPLAMAFAEQLLSWRSEDGEGKSEDEPD
TIPTSVLLQVVELLGNFLWTTDMAACVKEQVFHLLAELLRTVHALEQRKHPAGLSSSIAL
QLNPCLAMLMALQSELHKLYDEETQSWVSGSTCGGSGAAVAADQGRFSTYFHALMEGCLA
VAEVTLPTNMSVTASGVTSTTAPNLSDSSSSSSSSPGQTPQSPSLLSKRKKVKMKREKAS
SGKRSSSRSMDSDPAMLSLGGSKPEDMLWFHRALTLLIILRHLTRKDPQGLGVTSDAIAD
ACQALVGPTAHSRLLVISGIPTHLDEGIVRGAIRKACNAHGGIFKDEIYIPLQEEDPKKP
KDKAEGGDGKAEPEKTLGFPGTDSLEVSTSSSLTPAMSVSASASTSQASICSSQGFSQTV
SDLSVDPLPSGLELPIPPGLLEPHVVSSQESLDVSLCSTGSLGSLGSLGEPLDNAEMASV
LDVGSMYTVTSLDSQPLTARPIKGFAVVEIRSRAKIEKIRASLFNNNDLIGLSSLDGEDE
LMEMSTEEILTVSVVNQSLFDTQGSPGLEDYFNDKSIKGEKLVPGAREVLTEIFKSCAHS
EQMLSLTPAKPIKVSDIYLSKEQINSQTPGNLLHIFFTNVRPPKKVLEDQLTQILRKYGV
PKPKFDKSKYSKAGKEQHPVKVVSTKRPISKPPAKDKAVLNSVSRSALSEKKPTVKPKSP
EKSKPDEKDPEKSPTKKQEVPEEKYLTLEGFHKFVIDRAKQDIRSVWRAILSCGYDLHFE
RCACIDVRHAQKASRKWTLEMDVALVQYINRLCRHLAITPARLHPHEVYLDPADSADPRV
ACLLNVPIESLRLRFALLQSLNTTLETFFLPLVELRQTPMYTHSIAALLKEAKGLIFYDT
KVTVMNRVLNATVQRTADHAAPEITLDPLEIVGGEIRASENSYFCQAARQLASVPSSQLC
VKLASGGDPTYAFNIRFTGEEVHGTSGSFRHFLWQVCKELQSSALSLLLLCPSSAVSKNK
GKYILTPSPITYGEEQLLHFLGQLLGIAIRADVPLPLDLLPSFWKMLVGEPLDPDLDLKE
ADILTYNYVKKFESINDETELEALCAEIASQHLASESPDSPSRPCCRFTYLTMTGEEVEL
CSHGQHIPVAWENKDTYAAAIRSLRLRELQNVECVTAVRAGLGAIIPLQLLTLLSPLEME
LRTCGLPYINLEFLKAHTMYQVGLMETDQHIEFFWGALEMFAQEELCKFIKFACNQERIP
FTCPCKDGGPDTAHVPPYPMKIAPPDGTAGSPDSRYIRVETCMFMIKLPQYSSLEIMLEK
LRCAIHYREDPLSG
NT seq 12825 nt   +upstreamnt  +downstreamnt
atggggctcttgctggtcttccctcttattcagtcccagagtagaacagacccctctctc
tgtaacataactgctgaggtgctattgaactgccttcgcgactgccagcccttgagcttg
accaaggagcctgctgattgtctcaatggaattgaaactttgctgtgctcttggctagag
gagacttctgacactggccaacacatcccatataagcaaaaggaaaatgctgctgctgcc
ctggtggctttggcatgtgccaggggatcattgaaaacttttgttcatacagtgcatcta
ttacagaaacagactgatctagggtccctgcctgtagctgatgtactatataggctgttg
cttttggaagggggacctggatcaccttcctgcttgcttggcggcaaacacatagtatca
tgggggtatgaagatatgttgccggcgccagatagcaacactggctccagttctgaaaat
aaagatgctgacctgggacgctgtctcacagcggatggcctttacctgtatacgactaac
tcagttggaagaggagtaagcaaactgggctctggattacatggtactctcagaggtttc
gtgtactgccgcaacgaggagctggagccgggatgggttgcttttggcagcagcagtctt
ctccacaggcctgtgtcttttgataataagcctcactcccttttccaggtcatcgaccag
aatactcttcaggtgtgtcagatggtgccaatgccagccaatcacctccctgttggcagc
actatgagcactgtgcatctttcttcagatggcacttacttctattggatctggtctcct
gccagtctgaatgagaaaacacctaagggacattctgtcttcatggacatttttgaactt
gtgattgaaaacggcgtatttgtagctaaccctcttcaggaacgcacaattctaatgaga
aaagagggagagtctgcaaagagcattaatgagatgcttctgagcagactttcacggtac
cgagcttccccttctgccacactggctgccctgactggctccaccatctccaacactctg
aaagaggatcaagcagcaaacactagctgtgggttacctctaaaaatgctacggaagacg
cccatctatacttgtggcacatacttagtgatgctggtcccgcctccgggaggatcaggc
agttcagctacccgctctctttttggtggaacaagtggtttgtcatctttaaaaatccta
gcctctagcttggtatataatatttccgacggtcagttcacaagtcgtgccgatctcatc
gatgctgctggaagctctctgggacgtggtgctcttgtaccaggattgggtgcatgttat
gatacagtgaacaacatgctgtggacatgctcaaatgactacatcgatcagtggtgtaat
cccgggaatcaagccttccattacgtctgccagagactaggagtcagccacattatcact
gagcccaaagaagaggctataaccacgagtgaggttataaaccagttattgcaccatgtt
ggtgcgatgtgcatacaccaactcaatcttcttgctaccaaccccaatcttccaatcaca
agtgtcttgggcaagcagcatccaattgaagcacaccatcttagcagtatttgtgacatc
atggaaaaggccatggttaatggagatacctgtattatacgctgcattcttgtggtcttt
caggtggtgtttaaatttttcttcagcccacaaactgaaaggaatagagacatcattcga
cggtcgggattgcttctttggcagttgttgatggcaccaaaagatcaaatttgccctgac
attcagaaggaagtctgccttgccatcagctctggtttaaatatcttgtacccaggtgaa
acggaaatcaataacttacttaagcttgtcttaacagaaggagagagaaacagcggcctc
tcccagctccgggatgtgatcctgaccaatttagcagaacagcttcagtacaacagattt
ggcagtgatgaggatgaccattacagactaaatgatgaacttttacactacattctgaag
atcgttgttcgagaatcctgtatcttaatcaccaagtgccaaactgtctctaaagatgat
tttcaaaagctcctttcaactgtgcctgctgcatcctcctgcctgcgctatctgatggca
gttcagaaccaccttctcagtaacactgttttgattaaacctgatgagaacgatgacagt
gacaactccttgcagggagagacattgaaggtacaggagctaaaggtcagtattttggct
cttgccacccaaatcctgactggatgtgatgaagtgctggaaatgctacagcaggtcacc
actgccctcatcaatagtgacatagtggaccgtgaacagaggttaaaaggcttggagcaa
gttactaaggctactatgctgggtcaccttcttccagtgttactgacctccctgatgcac
ccaaacttgcagactctgaccatggccgatgccctgatgcctcagctcgtgcagctggtg
ctctataccagtcagacggctttgctgcttaaaacccagtctccagtttttgctgaggtg
ggctgttccccatgtggtgcatccgaccagaagggcaggctgttccccgatgagagaatg
ttagaagagaaagaagagccaggttttctcactggcttaaagattcctgccccatgggct
gctgggaagactgtggaaacagtgcaccctgtcagagacaactataaatttaaggaaacc
gtccatatccccggagctcgctgcctgtatctgagatttgatagcagatgctcttcacaa
tacgactatgacaaattggtgatatatgcggggcctaacacaaacagtaggaaagttgct
gaatatggaggcaatacactgggatatggcagccgtagtgtcttaggaactggctggccg
aaagacttggtgaaggtggaaggagatacagtcaccttctcctttgaaatgagaagtggc
cgtgaacacaacactcccgataaagctatgtggggctttgcttgcacagttcgcgctcag
gaatcttcggaggatgtctcgggaggcttgccctttctggtagacctggctctaggcctg
tctgtattagcgtgttccatgttaagaatcctgtacaacggaccagaaattaccagagaa
gaagaagcctgtcaagagctactgcggtccaaacttttacaaaggtgccagtggcaggtg
gaggccaatggagtgatctcccccgcccttacgcccagcccctcgccactgcctctgacc
atagaggaagacagagagttcacctacccctctgacgtccttgtccctcccgtgggaaac
tattttgatctgcctcggatcaggctgcctccaggaatcatgataaagctcagggaaatt
tctgggcgtgctagacctcaatttagaccaagtataaaggaagtgattcagccagatgtg
atggaggaaatggtggtatcatgtgttattaagcacttgaacttggttgatgcattgcag
tccctaataaatttccagtatcaagaagaacatgctgaggaatatgatttattgtgtaag
attatgggagagacctttaagaaactcaatgccatggagagacagctacagagtgttgca
gaattggaacagaagtggcaaagtgaggttgatgatgccatgcaggggaaactggagaac
aacatgcctttcttctatgattaccattttaatgagaacaaaatgaaagaactagaactt
ttgtgttcaatgaaggaagtctcctttgatggaaatgatcttgaaaacatggtcctatca
ctgagggagaagttcctacaagaagtgaattctcttattcagaaaccctcacacccactg
gctaaaacgaagacgttagtgaagagtctcatgaatcgagccgagctgttgctgcatgtc
accattgcggcccagtcgggcctcacgagaagcatctccgggacgcctgcagaaaccccg
gcttgtaaatcagcttcagaaacaaaggtgatctctcatgctgtccggcagcctgttttt
cttcgcagcatgtcggctccttctgatctggaaatgattggtaatgaagacttggaattt
actagagcgaaccagaggcggcgccatgtgaccagccaccgcagtagctccttcacactc
ctgcagtcgttggccattgaggacagcagggacaagcccacctacagcgtcctgctgggg
cagctgtttgctttcattggcaccaaccccgaccaagctgtgtccagcagcagctttctt
ttagccgcgcagacaaggtggcggcgaggaaatactcgcaagcaggccctggtgcacatg
cgggaactgctgacggctgccgtgcgcgtcgggggggtgacacatcttgtgggcccagtg
acgatggtccttcagggaggacccagaattgaagaacttacctgtggtgggatggttgag
caggtccaggaagccttcggggagaccatgacctccgtagtgtctttgtgtgctcgttac
cctatagcgtgtgcaaatagcattgggctcttatgtaccataccttacaccaggagtgaa
gagaagtgcctggtccgcagtggccttgtccagctcatggaccgactgtgtagcttgagc
agtcagactgagtccagctccagtgagaaacaaaccaagaagcagaaggtggccaccatg
gcctgggcagccttccaggtgctcgccaaccgctgtgtggagtgggaaaaagaagagggc
ggctctacagaggctgtgcactctggcctggctcgtcaggtgtctagcctgctcactaac
caccttgcccgagccacggagtgctgtggcaaccaggctgctgggaacgatgccctccag
gatgtccttagtcttctcaatgatctctccaggagtcacataggtaaagccatcctgagc
cagccagcttgtgtgtccaagcttctctccctgctgcttgaccaacgtccgtctccaaag
ctggtcctcatcattcttcaactgtgccgggcagcactgccactgatgagcgtggaagat
tgtggaaacgtggagctcccaccatggagctactccgttccctccttaaacagtgaacag
gaggatcccagtgacccagcttccaagattgcatcgttgctcttagcaaagctggcagat
tatgtggtcccaggttgtcagacagttctttctcctaccgcttctgaacccgacaccgcg
ttgacaaaaaccagtcccaagaattccttaaaaggagacaaagatcctggagaagagagt
gaagcagtggatggcaagctctctatatttatccacaagcgggaagaccagtcatcccat
gaagttctccagccattactaagtagctcagaaggacggcccttccggcttggtactggc
gccaacatggagaaagttgtgaaaatggatcgagacatgaccaagggtggctgttgtgaa
gtgattacggaagaggcagtagccgctctccggaaggcaaccaagtgggcgcagtcaggc
ctcatcgtcagtgttgggccacctgtagagtccgtcaacccagagactgtgagtgggctg
tccacaggggacaagaagaagaccgcccaaacctccatttgccgcgagagaaactctgag
cttgcaaggactgatcccgtgcgacccttcatcagcgggcatgtggcaaacagcatggct
gccgaagtgattgccttgcttcacagcttgttgatggcccctgagtcaaacgccgcccaa
atatggaccacgactgcagaaaaggttctgtctcgtgcactgatgtacatcccgcagttg
gggaagtatgcagaaagcattctggaaaatggcagcagcagtggcaggaagctcgccaaa
ctgcagagaattgcccggcaggccatagccgcactgtgtgcactcggaggcttcaaagag
acaatcaagatagggtctgaggttcaggttttaggtagaggaatatcaggaagcgtcgga
gtagtggcttccatcaacgaacaggaaggtatagctacagtcagattcccacccatagac
tgtagaaagacttcttcgcaagcatcagacacattgactattccattgtctagactttgt
gttccaagatcagaggcattgcctcttcataaactgtccattactgagaaggtagtacag
gcagtccagtccatgttgcttcctcaggagggaagtctctctattcatacctcgcttcct
gcaacaggagatgggtcagctcctgtgatggcagtcgttcggctcctggctgaaataaga
acaagagcatgcctggtcatggcccagcttctagaagacagcttattttgtgaagaattc
atacaacagtgtccagcagctgttgaagttcttaacctggtagcccaggaatgcagtgct
ggagagcgacttgcggttgtggaggtgcagtgtgaacggctgaggatgctctaccgggac
tgtgctcggccccccccgcccccgctgcaggccgaccggagacagcccaaggagattacg
tggagcccctcgcgagtgtttccacctgttcgagcctgcatgttctcatctcacctcact
tcggtcaccttcctggctgaccccagcgctgggggaggcctgccccggggcacttttatc
tatgccacctcaccactgccagttcaggccccatctttttactgggaaattgaaattgtt
tcctatggagatactgatgacgacactggaccaatcgtctcctttggctttgctacagaa
gcagagaaacgagatggggcttggactaatccagtgggcacttgtcttttccataacaat
ggccgagctgtacattacaacggctccagtttattacagtggaagagcgttcgtttagac
gtgactctctctcctggtgatgtagcaggaattggctgggagagggccgaggggactccg
cctcctccagggcagccagccaagggccgcgtgtacttcacctactgcgggcagcacctc
tctccctatcttgaagacgtgtctggtgggatgtggcctgtggttcacattcagaaaaag
aacaccaaaactcgggctaactttggctcccgcccatttgcctatgcagaagggcaggcc
caccgcaatgctgctgacctgtgcaccgacctagcagaagagatcagtgctaacttcgag
gccctgccctttgccatggcatctgacagtgacaatgatgctggcaccagtattgcatca
gacccaggcactcacgggcctccgtgccggatcgctgccgtggccaccgctcagcagcaa
tatgacagtgacacttcctgtcattataaagtagagctcagctatgagaacttcatcacc
tcgggcccagacccccacccgcctcccattgcagatgatgaaagtgatgacgatgacgat
gatgacatcccgcaggaggaccactatgccctgctggtgaaggcatgggagaccaaagtt
tttcctactatccgaagacgcttccgcaatgaagccgagaggaagtcaggcctggaccag
atcaagggtgctttacaactaggcatggtggatattgccagacagacggttgaatttctc
tatgaggagaatggtggcatcccaagagacctttatcttcccaccattgaagacattaaa
gatgaagcaaacaagttcacaattgataaagttcgaaaaggtctcacggtggtaacccgc
tctccggacagcaataatgtagccagcagtacagttggaactgctctgccaaaatttgcc
atccgagggatgctgaaaacctttgggctgcatggagtcgtcttagatgttgattcagta
aatgaattggtgcaggtggaaacgtacctccgaagcgaaggtgtgctggtccgatactgg
tatcctattgatatgctggaaaggcccccagcaggctaccgaaggactgccacaaatggg
ctggtcacactggacaatactaaccttcaaattcacagagagctgctgcgatgcgaggcc
gcgctggctaggctctactgccgcatggccctgctcaacatcttcgcccctaagttgcct
cacttgtttacccgcctcttccacattcctgccgtccgggacattaccctggagcacctg
cagctgctgtccaatcagctcctcactcctcctctcccagacggcaccatcagctccagc
tcgatcctcctggcacagtctctgcagcactgcatacgctcccagaactgctccgccacg
gacctcttttaccagggcaactcccagacggtgcgagagtggctcaacgtggccatcacg
cgcagcctgcaccagggcgaggagagcttgctggagctgaccaggcagatctgctctttc
ctgcagacagcaccggagcagttcccctctgaagaattcctgatttctgagtccaaagtt
aacatggacgttaatttcccgggggcggcttttgtcgttgtgtcttgtaaggaaagtcag
tctggattccgtaaagactcctccctgtacaaggcgccctgggcgcgggtgcttgtgtat
ggactgggccacaaagtgaagcgcaatggccagctgaacctcactgaggccgtctgctac
ccgagggatgcgtctccagccaacaccgggctcacacctcctcccaccaccaaccagtac
cctgctgtgatcctctccacagacaaggtccacatcaaactgggggtgtctccgcctccc
ggagctgtgctgatgttgcattctctgcccctggagttcccgctggccatggccttcgca
gagcagctgctgtcctggagatcagaggacggcgaagggaagtctgaagacgagcctgac
accatcccgacatccgtcctcctgcaagtagtggagctgctaggaaacttcctgtggacc
acggacatggcggcctgcgtgaaggagcaggtgttccatcttttggcagagctgctgcgc
accgtgcatgccctggagcagaggaagcaccccgctggcctctcctcctccatcgccctc
cagctgaacccctgcctggccatgctgatggccctgcagtcggagctccacaagctgtat
gatgaggagacccagagctgggtctcgggcagcacctgcgggggctctggggcggcagtg
gctgccgaccagggcaggttctccacatacttccacgcactgatggaaggctgcctggca
gtcgccgaagtgaccttgcctacaaacatgagtgtcacagccagcggggtgacctcgacg
actgccccgaacctcagtgactcatcttcctcctcctcatcctccccaggacagacgccc
cagagccccagcctcctttccaagagaaaaaaagtcaagatgaaacgggaaaaggcgtcc
tcggggaagcgctcgtcctcccgctccatggattccgaccctgccatgctcagccttggg
ggcagcaagcctgaggacatgctgtggttccaccgagcgctcaccttgctcatcatcctc
cggcacctcaccaggaaggacccacaggggctgggcgtgaccagcgacgccatcgcagat
gcctgccaggccctggtgggccccactgcccatagccgcttgctggtgatctccggaatc
cccacccacctggacgagggcatcgtcagaggtgccatccgcaaagcctgcaatgcccat
ggcgggatcttcaaagatgagatctacattcctctgcaggaagaagaccccaagaagccg
aaagacaaggcagagggtggtgacgggaaagctgagccggagaagacacttggcttccct
ggcacggacagcctggaggtcagcacgtccagcagcctgacccctgccatgagtgtcagt
gcatccgcctccaccagccaggcctccatttgcagctcccagggcttctcgcagacggtc
agcgacctttctgtggacccactgccctcgggcctcgaactgcccatcccacctggtttg
ctggagcctcacgtggtgtccagccaggagagcctggacgtttccctgtgcagcaccggc
agcttgggaagcctggggagcctgggggagccactggacaatgcagagatggcctcagtg
ttggacgtgggctccatgtacacagtcacatccctggacagccagcctctcacagctcgc
cccatcaaaggcttcgcagttgtggagataagatcccgagccaaaatcgagaaaattcga
gcaagtttatttaacaataatgacttgattggtttgtcaagtttggatggtgaagacgaa
ttgatggaaatgtcgacagaagagattttaactgtatctgtagtcaatcaaagtctgttt
gatacacaaggaagcccagggttagaagattatttcaatgataagtcaattaaaggtgag
aagctggtacccggggccagagaggttctgacggaaatatttaagagctgtgcccattcc
gagcagatgctgagcctgacaccagctaagcccatcaaagtctctgacatttaccttagc
aaggagcagatcaactcccagactccagggaacctcctccacatcttcttcaccaacgtc
cggcctcccaaaaaggtgctggaggaccagctcacccagatcctgaggaagtatggcgtg
cccaagcccaagtttgacaagagcaagtacagcaaggccgggaaggagcagcaccccgtg
aaggtggtgagcaccaagcggcccatctccaaaccgcctgccaaggacaaggccgtgctc
aacagtgtcagcagatccgccttgagtgagaagaagccgactgtgaagcccaagtcgccg
gaaaagagcaagccagatgaaaaggaccccgaaaagtcacccaccaaaaagcaagaagtc
cctgaggaaaagtatctgaccttggaaggatttcacaagtttgttattgaccgagccaag
caagacatccgtagtgtctggagggcgattttatcctgtggttatgatcttcattttgag
aggtgtgcctgcattgacgtccgacatgctcagaaggcctccaggaagtggaccctggag
atggacgtggccctcgtgcagtatatcaatcggctgtgccgccacctcgccatcacaccc
gcacggctccatccccacgaggtgtacctggaccctgcggacagcgccgaccccagagtg
gcctgtctcttgaatgtgcccatcgagagcctgcgcctgcgcttcgccctcctccagtcc
ctgaacaccacgttggagaccttcttcctgcccctggtggagctgcgccagacgcccatg
tacacccacagcatcgcggccctgctgaaggaggccaaagggctgatcttttacgacacg
aaggtgactgtaatgaaccgggtgctgaacgccaccgtgcagagaacagctgaccatgcg
gcgcccgagatcaccttggaccccctggaaattgtgggaggggaaatccgagcgtctgaa
aactcctacttctgccaggctgccaggcagctggcctcagtgccatcctctcagctttgc
gtcaaactggctagcggcggcgaccccacgtacgccttcaacatccgcttcaccggggaa
gaggtccatggcaccagtggttctttccgccacttcctatggcaggtgtgcaaagagctg
cagagctccgctctctccctgctcctgctgtgccccagctcggccgtcagtaagaacaag
ggcaagtacatcctgacgccgagccccatcacctacggggaggagcagctgctgcacttc
ctggggcaactgctgggaattgccattcgagccgatgtccctcttcccctggacctcctg
ccctccttctggaagatgctggttggggagcccctggaccctgacctggacctgaaggaa
gcagacatactcacctacaactacgtcaagaaattcgagagtatcaacgatgagacggag
ctggaggccctgtgcgccgagatcgcctcccagcacctcgcctccgagagccccgacagc
cccagcaggccctgctgcaggttcacctacctgaccatgacgggcgaggaggtggagctg
tgcagccacggccagcacatccccgtggcgtgggagaacaaggacacgtatgcggcggcc
atccggagcctgcggctgcgcgagctacagaatgtggaatgcgtgacggcagtgcgggcc
ggcctgggcgccatcatccccctgcagctgctcaccctgctgagcccgctggagatggag
ctgcgcacctgcggcctcccttacatcaacctcgagttcctgaaggcccacaccatgtac
caggtggggctgatggagacggaccagcacatcgaattcttctggggggccctggagatg
tttgcccaggaggagctgtgcaagtttatcaagtttgcctgtaatcaggagcgcatcccg
ttcacctgcccctgcaaagacgggggccccgacacggcccatgtgcccccgtaccccatg
aagatcgcccccccagatggcacagcaggttccccagactctcgctacatccgagtggag
acctgcatgttcatgatcaaacttccccagtactcctctctggaaatcatgctggagaaa
cttcgttgtgccattcactaccgcgaagaccccctaagtggctga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (45)   

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