KEGG   Lates calcarifer (barramundi perch): 108886384
Entry
108886384         CDS       T04895                                 
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase 2A
  KO
K09186  [histone H3]-lysine4 N-trimethyltransferase MLL1 [EC:2.1.1.354]
Organism
lcf  Lates calcarifer (barramundi perch)
Pathway
lcf00310  Lysine degradation
lcf01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    108886384
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:lcf03000]
    108886384
   03036 Chromosome and associated proteins [BR:lcf03036]
    108886384
Enzymes [BR:lcf01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     108886384
Transcription factors [BR:lcf03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    108886384
Chromosome and associated proteins [BR:lcf03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     108886384
   HMT complexes
    MLL-HCF complex
     108886384
SSDB
Motif
Pfam: SET FYRC FYRN zf-CXXC PHD zf-HC5HC2H zf-HC5HC2H_2 PHD_4 Bromodomain
Other DBs
NCBI-GeneID: 108886384
NCBI-ProteinID: XP_018536738
Position
LG21:10790713..10828962
AA seq 4550 aa
MAHSCRWRFPARPGGSSNSGTGRRAGRIRVTASLRSVSGAHPNAAGLGPGFDAALQVSSV
IGSNLQKFRDVLGESSDSSSGEEEAFEGFGTVVEQKRVQSPSTTSSVGLPVQEKKPRGRP
PRALTAQKAAASLPSPSPIPSPTQAKPEGPERPAEKVKRLPGRPPGTGEKRRGRPPSSNS
KKAWSTGSHVAGEDSRQVGSELGLETEEDKDRKGAKRTPLGSAQPHDSEAKLPKGGRGES
KVANLKRLRVTKIAPLKSRLKTLPGVPRRRRGRPPSAERLKAEAAAAAAAAAAAAQLSTS
IGMGEGKHKAFRVRGGDRGTEPHTPQQPVLRNVDGAEDQDSSNPPASPSPSKPGRPVGLR
KSPRHRKPVRIVPPSKRTDATIAKQLLQRAKKGAQKRLEKEAGAIGGSGAGAIEAGIRKT
QLKNIRQFIMPVVSTVSLRIIKTPKRFIEDEGSFGTPPPHMKVPRLETTPSSVSTSAQLT
STTSSSPSPVLVSSTPAVTSTGPTAQIDTLPPPPPPAPIPTVPTTAASLLNSNTNNATNG
RFSSSAASCGSSAVSQHSSQLSSAESSRSSSPSLDDSSCDSQASEATQALSEPEDHSPSS
QGEREGNLLHSSRPPSPPSEPEPEHVLAERSRRGRRGQGVGRGNQSQRVRETLPTGPKKP
IISPPTGVLMSSSTLVNSQQASSTASSSSSPPPPPLLTPPQPPQSASSNTAAISEHHPQS
PWMPHPIPPFLSGPSVLSSLPDKRSRSILREPTFRWTSLSHPEQQYFSSAKYAKEGLIRK
PIFDNFRPPPLTAEDVGLLPQSVSGAGGAAPVAFPAPGSGAGTGTRLFAPLHPHTHHQHP
SSSRFDAPLQKRSPLLRAPRFTPSEAHSRIFESVTLQSSSGSTPGSLSPHQTSSSSSRSS
RRRRRLVPGTLRGHPRSPSHSMTRRSSQIGGQISVGKGSSEMSVLTGSVSSSNPSSLPGV
SSSPLATSALTPATFSTFSTVSLGLASQGTPESRRGAAGNPPPLSTASSTSSPLFPLFPS
SAQDAGRGAGKGGKEKSVSTPQEPAPKEKERDSEKNREKEKENKKEGRKDGRDSEDALSA
LAPKKAPGRKKSTSVDTASDTASSEVRGLHSTVPISIAKGRLPKKGRPSEKGVEIEDGEK
EKEKQSAPSQQTASLQGQPGRQQLPVSSLGSMLAQAEKQPVTDKRVVGLLKKAKAQLFEI
KKSKLKPADQTKVQGQESDSSEASVRGPRIKHVCRRAAVALGRNRAVFPDDMPTLSALPW
EEREKILSSMGNDDKSSVAGSEEAEPQSPPIKPRETRQKAVQEAPPKKGRRSRRCGQCSG
CQVPEDCGVCTNCLDKPKFGGRNIKKQCCKMRKCQNLQWMPSKMFLQKQGKGKKDKKKKL
SEKKEGLNPVKGPNSESVPKPTPAPPKEEPLRRKSETPPLKLGEEKSRQQPSSKQSSPAL
ATSPSSVEPPQTPSTVTAHTQSPALTPDPKQLSVTSSVASKKGHKPQQPVPTSSSSSSSS
STSSSSSSSSSSSSSSSSAQNSPSQSTQSHQAPQQQQRPLTSQAPPKKDASPKIPMSEPK
KKPQQHSSQQQSSATNISDTVESKQLKKPSSRTVPPSPKQRPKDKSLTTKPPSSSTLNWL
STPSTRGQAKSRAPCDGVHRIRVDFKRDHDVEKVWEAGGLSLLTSVPVTPRVLCFLCASS
GNVEFVFCQVCCEPFHLFCLGESERPLQEQFENWCCRRCRFCQVCGRQHQKTKQQLLECD
KCRNSYHPECLGPNHPTRPTKKKRVWVCTKCVRCKSCGATKPGKSWDAQWSHDFSMCHDC
AKLFAKGNFCPLCDKCYDDDDYDSKMMECGRCNHWVHAKCENLTDEMYELLSKLPESVAY
TCTKCTERHPAEWRTALERELQGCIRHVLTALLNSRTSTHLLRYRQAVKPPELNPETEES
LPSRRSPEGPDPPVLTEVTPTPPSDSPPDLESVEKKMDQGRYNSVLEFSDDIVRIIQTAI
NGDGGQPESRKANSMVKSFFIRQMDRIFPWFKVKESRFWERQKVSANSGLLPNAVLPPSL
DHNYAQWQERQELSRAEHPHLMKKIIPAPRPKTPGEPDSPASPPPLPPPLPPPPPLLPDR
EDSPELPPPPGVSDNRQCVLCLKYGDENTNEGGRLLYIGQNEWAHVNCALWSAEVFEDDD
GSLKNVHMAVLRGKQLRCEKCQKPGATVGCCLTSCTSNYHFMCARQCHCVFLEDKKVYCP
KHRDLIKGEVVSGFEVTRRILVDLEGISLRRKWLAGLEPENVHMMIGSMTIDCLGILTEL
SDCKRKLFPVGYQCSRVYWSTLDARKRCVYTCRILVCHPPVVENDLKSMIALEENRTIAH
SPPPTADFPDPFESPRRSDTLSPTNTPKLRVYTRNRHPSYPPCQRSLGPRPMPSPGGTSQ
PQSHEIVTVGDSLVNPGMRNIDSRRHSSPSLSPPPHQLNRQRGMTSPPQILSRPLTSPPP
LIPSPARDPEKSKHFSKDSAKSPVQRDDERGRLFSADRNRQQPSREQGLRDPDKGRVSSR
DQASKDSEKNRSSRELGQKDSDKSEQPAKEPEKRRQLSKDSGLKESDRGRPLSRDALRDS
EKGRQVNRDSEKGRQASRESGNREMDKSKSSSRDPSYKDMDRAKSFSRGIGFRDSEKHRQ
HSRETGKDSGQGKDRPSSRDSDKARPPSRDSSYRSTERNKDSGSGKDGNPGSQSKQAGGE
SKSSRLAPAGSGQSSPPVGTAVLTGQQRGGSTKQTDKQGKHGGKDQDVSSGLSSLPRHRS
APASNTIQSKDKPSSGKESSSGTGNLMPASHHKDTVVGKSGSPQPSFQKSNARKSNDYSS
GSATAGAMKPLWPSRTPAEDDVVKRGSMHLASPAAASAAKDKHPKVKMTGSRDVSKDREK
EKTLQNSNSSNKIPLLNNNSKATGSSNTHSANPSSHNSSNSKAPVLGNSTKTHGKAQGEK
HENQGGDRSSSKSRENYSCPEKKNISSLDNLQQLQQAGLTPEKGVKTSSQSHSKQTSNQL
SLSSREKKRSVKPPTVTPLKSDVKTDPNGTSTVGGISSSSCPTTTTSTVSPAGQGTRRAA
RSTLFSLPSASSSDSSESDTQTQTEDDDLRKEHSRSELRDHHNLLAQGPEDEGDGPDDDH
DRGMDDKHHEDDSDGSGSAKRRYPRRSARARSNMFFGLTPFYGVRSYGEEDLAFYGSGDG
AGAVVKRRTGGRKKSAEGQVDGADDMSTSSSSGDSGEDDDSGMKQRGKDPYYYNFTRTII
NPGDGLPSIEGIDQCLGRGSQLQRFLKDEEQQQQRAQGKTEEEMLSALTLGKQRIGQLDG
VDDGSESDTSICTTSTTTTTATSSSTPHKSTPKRRGRERHTEKPDSHDSSKEADSSGGAV
SGNTREGRKNQKENCLPLGVGVKSQPQSQGQDPLEAQLSLSTDLLKSDSDNNNSDDCGNI
LPSDIMEFVLNTPSMSMQALGQQSEPSSSELLLDEGYVGVDVNRRKDILFDDFSQPLPSA
ESGGVVESSVNSSISVEEPYLPLELPSDLSVLTTRSPTVSTSQNHTAGSLISDTSDRTML
GLTSDPETISGEKSGDKKRAGPGVSPSENQHDATTLGNRDTQVTEGHMTPEQFIPSPAIG
QVVDPPGNQDVPRSSGTPGLPSSPSLPLQGQKYLPTPAAAAGSPSPVPGPGPSQAQVSSP
AVIKPGPDKLIVVNQQFQPLYVLQTVPNGVTQKISATGVMDTSSPAVLSSMTLTTGLNTG
LSSAQPIFPAGGKVLGTMPHPSHIHTFTGATQTGFQTGIPSTTSGLLIGLPSQPHDQSQI
LVSEAGRPHELGHSVAIVSSPSSLTSAPTVLASAHGRKRPISRLQPRKSKKLARSRSQPT
LAPSEVGPPNMTLINLSSPQITASIPGQPGGLVELSTLSTSQRKVPNIIKRPKSGGVMYL
DPTTLLQQRIPGPAQPGILGHDSSTHLLPCTVSGLNPSQSVLNVVSVPPSGATGLLAPGS
VSLSTPVLSSTEITGPISNLLFKASPHGLGLSDQPMVLQSAGGAPLMSQLSSPVQTSIAS
SICVLPSQQTISMAVNQQGDTDGSNVHLQHQSQPVNRAQTVDSXTVTLAPSPATPLSPAK
GRVLGVFTQTATSAHSQSSRTTPISRSSEQRTPNSGAVVSAAVAVSGAEKAKQKAKRSRQ
SPDMSSGKKLKASQAEEHHSNPAGRLPSNPSSKELISTEPMDTGKPPDKATNKSMLGKKK
TSEGSVLPGKLVGKDKPSATGGAGSLPVASPPDQDGNSRDTGLDSKPKKGIIFEICSEDG
FHIRCESIEEAWKSLTDKVKEARSNARLKELSFEGVNGLKMLGVVHEAVVFLLEQLYGSR
HCRSYRFRFHKPEETDEPPINPHGSARAEIHQRRSVFDMFNFLASKHRQPPEYRPQEDDD
EEGQLRTARRASMELPLAVRFKQLKATSKETVGVYRSPIHGRGLFCKKTIDSGEMVIEYS
GNVIRSVLTDKREKYYDGKGIGCYMFRIDDYEVVDATVHGNAARFINHSCEPNCYSRVIT
VDGQKHIVIFASRRIYCGEELTYDYKFPIEDASNKLPCNCGAKKCRKFLN
NT seq 13653 nt   +upstreamnt  +downstreamnt
atggcgcacagctgtcggtggcggttccccgctcggcccggagggagcagcaactccggt
accgggaggagagcgggccgaatcagggttactgcctctctgcggagtgtctcgggagcc
caccccaacgcagctgggctcggacccgggtttgatgctgcactacaggtctcttcggtt
atcgggagcaacctgcagaaatttcgggatgttttgggggaatcgagcgactcgagcagc
ggggaggaagaagcatttgaaggatttggaacagttgttgagcagaaaagagtacagagc
ccttcaacaacttcttcagtgggcctacccgtacaggagaagaagcccagaggccgaccc
ccacgagccttgactgcccagaaagctgctgcaagtctaccttccccctccccgattccc
tcacccacacaggcaaaacctgagggcccggaaaggccagctgagaaggtgaaaaggctg
cctgggaggccacctggcacgggggaaaagagaagaggtcgacccccgtcttcaaatagc
aagaaagcttggagcacaggcagccatgtggcaggggaggacagtcgacaggttgggtct
gagttgggtttggaaacagaggaggacaaagacagaaagggcgcgaagaggacgccactg
ggctctgctcagcctcatgacagtgaggcaaagcttcccaaaggtgggcggggtgaatcc
aaagttgccaacctgaagaggctgagagtgacaaaaatcgcccctctcaaatcacggctc
aagactttgcctggtgtaccccgccgcagacgagggcgaccgccctcagctgaacgcctc
aaagctgaggcggctgcggctgctgctgctgctgctgccgccgcacagctgtctacctcc
attggaatgggggaagggaaacacaaggcctttagggtcagagggggggacagaggcaca
gaaccacacactccccagcagcccgtgctgaggaatgtggatggagctgaggaccaggac
tcttccaatccacctgcctccccgtctccctccaagccaggcaggccagtgggcctcaga
aaaagccctcgccatagaaagcctgtcagaatcgtccccccttctaaacgcactgatgca
accatcgctaaacagctgctgcagcgtgctaagaaaggagcacagaagcgactggagaaa
gaggctggagccatcgggggtagtggggcaggagccattgaagctggcatcaggaaaacc
caactgaagaacatcagacagttcatcatgcctgtcgtcagcactgtctcccttcgcatc
atcaaaacccccaagcgcttcattgaagatgagggcagctttggaaccccgccaccacac
atgaaggtgccacggttagaaacgaccccctcatctgtctctacatctgcccaactcacc
tccaccacctcctcctctccctctcctgtgctggtctcttctacacctgctgtcactagc
accggtcccactgctcagattgacaccctcccccctcctccaccccctgcccctatcccc
actgtcccaactacagctgccagtctgctcaacagcaacaccaacaatgccaccaacggg
cgatttagcagcagcgcagcgtcttgcggctcaagcgctgtgtcgcagcattcctctcag
ctctcctctgcagagtcttccaggtccagcagcccaagcttggatgactcatcatgtgac
tcccaggcttctgaggccacacaggctttgtcagagccagaggatcactctccgtcctcg
caaggagagagggagggcaacctgttacacagctcacggcctccctcccctccctctgag
ccagagcctgagcatgtgctggcagagaggagtcgacgaggccggagaggacagggggtc
ggccggggaaatcagagccagagggtgagagagactctccccactgggcctaaaaagcct
atcatcagcccaccaacaggagtgctgatgtcctcctctacacttgtaaactcccagcaa
gcttcatccacagcttcttcctcttcgtcacctccccctccccctctcctcacccctcca
cagccgccccagtcggcttcctccaatacagctgctatcagtgaacatcacccgcagtcg
ccctggatgcctcatcctattcctccattcctgtctggaccgtcagttctgtccagcctg
ccagacaaaagaagccgctcaattctgagagagcccaccttccgctggacgtccctgtcc
caccctgaacagcagtacttttcctctgctaaatatgccaaggagggccttatccgaaag
cccatatttgacaacttccgtcctccccctctcacagctgaagatgtggggctgttgcct
caaagtgttagtggagcagggggagctgctccagtggcattccctgcaccaggcagtgga
gcaggaacagggactcgtctgtttgcccctcttcacccacatacccaccaccaacatccc
tcctcatcccgatttgatgcaccacttcagaaacgcagcccgttgctccgtgctccacgc
tttacacccagtgaggcgcattcacggatatttgagtctgttaccctgcagtcatcttct
gggagcacccctggctctctctccccacaccagacatcctccagctctagcagatcctca
cggcgcaggagacgactggtccctggaacgctacgcggccatccacggtctccttcccac
tcaatgacgaggcgcagcagccaaattggaggccagatatctgtggggaagggctcctct
gaaatgtctgtgctgacaggctctgtctccagtagtaaccccagctctttgccaggggtc
tcttcaagtccactagccactagtgccttaactcctgctactttcagcaccttctccact
gtatccctgggtctggcctcacaagggacacctgaaagcaggagaggggctgctggaaac
ccacctcctttgtcaactgcatcatccacttcttccccacttttccctctctttccttcc
agtgcccaggacgcagggcgaggagctgggaaaggaggtaaagagaaaagcgtatcgact
ccccaggaacctgctccgaaggaaaaagaaagggactctgagaaaaaccgggagaaagag
aaggagaacaagaaggaggggaggaaggatgggagggattcagaagatgctctttcagcc
cttgctccaaaaaaggctccagggaggaaaaaatcaacctcagttgacacggcttctgac
actgcctcctcagaggtgcgtgggctccattccactgttcccatatctattgctaaagga
cgtttacctaagaaaggcagaccctctgagaaaggagtggagattgaggatggggaaaag
gagaaggagaaacaaagtgctccaagccagcagacagcaagcctgcaagggcagccaggc
agacaacagctccctgtctcctccctaggatcaatgttggcacaagcagagaaacagcct
gtgactgacaagcgggtagttggactactgaagaaggccaaagcccagctctttgagata
aagaagagtaagctgaagcctgcggaccagaccaaggtccagggtcaagagagtgactcg
tcagaggcctcagttcgtggtccacgcatcaagcatgtatgtcgtcgtgcagctgtggct
cttggccgtaatcgggcagtgttccctgatgatatgcccacacttagtgccttgccctgg
gaggagagagagaagatcctatcttccatggggaatgatgacaagtcatcagtagcaggt
tcagaggaagcagagcctcagtcccctcccataaagccacgggagacgcggcaaaaggcg
gttcaagaagctcctcccaagaaaggccgtcggtcgcgacgatgtggtcagtgctcaggc
tgccaggttccagaagactgcggtgtctgtactaactgtctcgacaagcctaagtttgga
ggacgaaacattaaaaagcaatgctgcaagatgaggaagtgccaaaacttgcagtggatg
ccctcaaagatgtttcttcagaagcaaggaaaaggcaagaaggacaagaaaaagaagttg
tctgagaagaaggagggtcttaatccagttaaaggaccaaactcagagtctgtccccaaa
ccaactcctgcaccaccaaaggaggagcctctacgcagaaagagtgaaactcctcctcta
aagctgggagaggagaagtcaagacagcagccatcatcgaagcaatcatctccagccctc
gcaacttccccttcctcagttgaaccccctcagacccccagcacagtcacggcccacact
caatctccagccttgacaccagaccccaaacagctctcagtcacaagcagtgtcgccagt
aagaagggacacaaaccacagcagcctgtaccaacatcctcctcctcgtcatcctcctcg
tccacttcatcgtcctcttcatcctcgtcctcttcttcttcttcatcatcttcggcccag
aattccccctcccaatctacgcagtctcatcaagcaccccaacagcagcagcggcctctg
acgagtcaggcacctccaaaaaaagatgcttctcccaagattcccatgagcgagcccaag
aagaagccccagcagcactcatcgcaacagcagagctcagctacaaatatttcagataca
gttgaatcaaaacagttgaagaagccatcttctcgtactgttcctccatctcccaaacag
agaccaaaagacaagtcgctgaccactaaaccccctagcagcagtactttaaactggctg
agcactccctcgactaggggccaggcgaagtccagagcgccctgcgacggagtgcatcgt
atcagagtggatttcaagagggaccatgatgtggagaaggtgtgggaggctggcggcctc
agccttctcacctctgtgcctgtcacgcccagggtgctctgcttcttatgtgcaagcagt
gggaatgttgagtttgtcttctgccaggtatgctgtgaaccgttccatctcttttgcctg
ggggagtcggagcgccctctccaggagcagtttgagaactggtgttgtcgacggtgccga
ttctgccaggtctgtgggcgccagcaccagaaaactaaacagcagctgctagagtgtgac
aagtgccgtaacagctatcacccggagtgcctgggtcccaaccatccaaccagacccaca
aagaagaagagagtctgggtttgcaccaagtgtgtgcgctgtaagagttgtggagccact
aaacctgggaagtcctgggatgcccagtggtcgcatgacttttccatgtgtcatgactgt
gccaaactctttgctaaagggaacttctgcccactgtgtgataagtgctatgatgatgat
gactatgacagcaagatgatggagtgtggtcgttgcaaccattgggttcatgccaagtgt
gagaatctgacagatgaaatgtacgagctgctgtcaaagctgccagagagtgttgcctac
acttgtaccaaatgtactgaacgccacccagccgagtggaggacagcgttggagagggag
cttcagggctgcattcgccacgtccttactgcactgctcaactcgcgcacatccacacat
ctgttgcgctaccgacaggcggtgaagcctccagagctgaacccagagacagaggagagt
cttccatcccgtcgttccccagagggcccggatcctccagtcctgacagaagtcaccccc
acacctcccagtgactcccctcctgaccttgagtctgttgagaaaaagatggatcaaggc
cgctacaattcagtgctggagtttagcgacgacattgtgcgaatcattcagacggccatc
aacggtgacggtgggcagcctgagagcaggaaagccaacagcatggtcaagtctttcttt
attcggcaaatggaccgaatcttcccatggttcaaagtgaaagagtccaggttctgggaa
aggcaaaaagtctctgccaacagtgggctcctcccgaatgctgtgctgcctccatccttg
gatcacaactacgctcagtggcaggagagacaggagctttcccgcgctgagcacccccac
ctcatgaaaaagatcatcccagctcccaggcccaagacacccggtgaaccagattctcca
gcctccccgcccccactccctcctcctctacccccaccacctccactcctacctgaccgt
gaagacagtccagagctccctcctccgccaggcgttagcgataacaggcagtgtgttctg
tgtctgaagtacggagacgagaacactaatgagggtggcaggctgttgtacatcggtcag
aacgagtgggcccatgtgaactgtgccctgtggtccgccgaggtgtttgaggatgacgac
ggctcactgaaaaatgttcatatggctgttctcaggggaaaacagctgcgctgtgagaag
tgtcaaaagccaggggccacggttggctgctgcctcacctcttgcaccagtaactaccac
ttcatgtgcgcccgccagtgccactgcgtcttcctggaggacaagaaagtttattgtcca
aagcacagggacctcatcaaaggagaagtggtgtctgggtttgaggtgactcgcagaatc
ctggtagacctggagggcattagtctcaggaggaagtggcttgcaggactggagcctgaa
aatgtccacatgatgataggctcaatgaccattgattgtttggggatactgactgaactc
tcagactgcaaacggaaactcttccctgtaggataccagtgttcaagggtgtactggagt
actttagatgctcgaaagcgctgcgtgtacacctgcaggatcctagtttgtcaccctcca
gtggtagagaatgacctgaagagcatgattgctttggaggagaatcgtacaatagcacac
agcccacctcccacagcagacttccctgatccatttgaatcaccaaggcgctctgacacc
ctttcccccaccaacactcccaagctcagggtttacaccaggaaccgacatcccagctac
cccccttgtcagcgctcactaggccccagacccatgccctctccaggaggtacttctcag
ccccaaagccatgagattgtgacagtaggagactccctggtgaaccccggcatgcggaat
attgactcacgtcgccacagctcgccttctctctctcctcctccccaccagctgaacaga
cagagagggatgacctccccaccccagatcttgtcacgaccccttacctcaccccctccc
ctaatcccctcccctgccagagacccggaaaagtccaaacacttcagcaaagactcggcg
aagagtccggtccagagagatgacgaaagaggcaggcttttctctgcggacagaaacaga
cagcaaccatcccgagagcaggggttgagagatcctgacaaggggagagtgtcaagtcga
gaccaagcctctaaggattctgagaagaacagatcatccagagagcttgggcagaaagac
tctgacaagagtgaacaaccagccaaagagccagaaaagaggagacagctgagtaaagac
tcaggtctgaaagagtctgacaggggaaggcctctcagtagagatgccttaagagattca
gaaaaggggagacaagtaaacagagactctgagaaggggagacaggcaagcagagagtcg
ggcaatagagaaatggataaaagcaagtcatcctcgagagatcccagctataaggatatg
gacagagccaagtcattcagtagaggtatagggtttagggactctgagaagcatagacaa
catagcagggaaacaggaaaagactcaggccaaggaaaagacagaccgtctagcagagac
tctgacaaggctagacctccctctagagattccagttatcgaagcacagagagaaacaaa
gactctggctcagggaaagatggtaaccctggcagtcagtccaaacaggctggaggtgag
agtaagagctctagactggcacctgcaggttcaggccagtcctcccctcctgtaggcact
gctgttctcacaggtcagcagagaggtggcagcaccaagcagacagacaagcaagggaaa
cacggaggcaaagaccaagatgtttcctcaggcctcagttcgttgcctcgtcaccggtcc
gcccccgcctctaacaccattcagtctaaggacaagcccagctcagggaaggagagtagc
agcggcactggaaatttaatgccagcttcacaccataaggacactgttgttgggaaatcc
ggctccccacagccttcatttcagaagtccaatgcacgcaaatcaaatgattactcatca
ggttcagccacagcaggagctatgaagcctctgtggccatcaaggactccagcggaagat
gacgttgtcaagcgaggctccatgcacctggcctcccctgctgcagcctcggctgccaaa
gacaaacaccccaaagtgaagatgacaggcagcagagatgtgtccaaagaccgtgaaaaa
gagaagactctccaaaacagcaacagcagcaacaaaattcctcttctcaacaataattct
aaagccactggcagctccaacacgcattctgcgaaccccagctctcacaacagcagcaac
agcaaagccccagtgcttggtaacagcaccaaaacccatgggaaggcacagggggagaag
catgaaaaccagggaggagacagatcttcctcaaagagcagagaaaattactcctgtcct
gagaagaagaacatctccagtctggacaacttacagcagctgcagcaggctggtttaaca
ccagagaaaggagtgaagacctcttcccagtctcactccaagcaaacaagtaaccagctg
tcgttgtcctccagagagaaaaagcggtcagttaaaccccccactgtaactccactaaag
agcgatgtaaagaccgaccctaatggaaccagcactgttggtggtatttcttcttcctcc
tgtcccacgaccactacctccactgtttctcctgccggccaggggacccgtcgcgctgcc
cgttccactctcttctccttgccttctgccagcagcagtgacagctctgaatctgacacc
cagacccagacagaggacgacgatctgcgcaaggagcactcgcgcagtgagctccgagac
catcacaacctcctcgctcaaggccctgaggatgagggtgacggcccggatgacgaccac
gacaggggcatggatgacaaacatcacgaggacgacagcgacggatcggggtcggccaag
cggcgttaccctcgacgcagcgcccgtgcacgctccaacatgttttttggcctcacacct
ttctatggggttcggtcatacggtgaagaggaccttgccttctatggtagtggggatgga
gccggggccgtggtaaagaggaggactggtggtcgcaagaagtcagctgaggggcaggtg
gacggagcagatgatatgagcacctcctcttcgtccggagacagtggagaggatgacgac
agcggaatgaaacagaggggaaaagacccttactactacaacttcacccgaacaataatt
aaccctggtgacggcctaccgtctatagaggggatagaccagtgtctcggaagaggctcc
cagcttcagcgctttctaaaagatgaggaacagcaacaacagagggctcaaggaaaaact
gaggaggaaatgctgagtgctttgaccttaggcaagcagcgtattgggcagctcgatggc
gttgatgatggctcagagagtgataccagcatctgcaccaccagcaccacaaccactacg
gccacctcctcttccaccccacataagagcactcctaagagaaggggcagagaaaggcat
actgagaaacctgactcccatgactcaagcaaggaggcagacagcagtggaggagcagtg
agcggcaacacgcgagaaggaagaaagaaccagaaagaaaattgtcttcctctgggagtt
ggggtcaagtcccagcctcagagtcagggtcaggatcctctcgaggcccagttgtccctc
agcacagacctgctgaaatcagactctgataacaacaacagtgatgactgtgggaacatt
ttgccgtcagacatcatggagtttgtcctgaacacgccttccatgtcaatgcaggctctg
ggtcagcagtctgagccatcctcctcagagctgctgctggatgaaggttacgttggggtg
gacgtcaaccggcgcaaagacatcctgtttgatgacttttcccagccgctgcccagtgct
gagagtggaggtgtagtggagagcagtgtaaacagctccatatccgtagaggagccatat
cttcctctggagctgccctctgacctctccgtcctgaccacacgcagcccgactgtcagc
acgagtcagaaccacactgctggaagtctcatctcagatacctcagatcgcaccatgctt
ggcttgacctccgacccagagaccatcagtggagaaaagagtggggacaagaaaagagca
gggccgggtgtgtcaccatcagagaatcagcatgatgctacaactttgggtaacagggat
acacaagtcactgaaggtcacatgactcctgagcagtttattcccagccctgccatcggc
caagtggttgaccctccaggtaaccaggacgttccaaggagttctggtactcctggactg
ccaagttctccatccctgcctctacagggtcagaaatacctcccgacaccagctgcagct
gcaggcagccctagtccagtcccaggaccaggaccgtcacaggctcaggtttccagccca
gcagtcatcaaaccaggccctgacaagctcattgtggtcaatcagcagttccaacccctc
tatgtcctccagactgtccctaatggtgttacccaaaaaattagtgccacgggagtgatg
gacaccagctctcctgcggtgctgagctctatgacgcttacaacagggctgaatactggt
ttgtcctcagcccagccaatatttccagctggtggcaaagtcctaggcaccatgcctcat
ccttctcacattcacacctttacaggagcaacacagacaggcttccagactggaatcccc
agcaccacctcagggcttctcattgggttgccctctcaaccccacgaccagtcccagatc
ctggtctcagaggctggtcgaccacacgaattgggtcacagtgttgccatagtgtccagt
ccctcctctctcacttctgccccaactgtactggcctctgctcacggcaggaagaggcct
atctctcgtcttcagccaagaaaaagcaaaaagttggcccgctcccgcagccagcctact
ctggccccgtcggaagtgggacctcctaacatgaccctcatcaacctgtcttcccctcag
atcactgcaagcatccctggccaacctggtggcctggttgagttaagcaccctctccact
tcacagcgtaaggtcccaaatattatcaagagaccaaaatcaggtggcgttatgtacttg
gatcccactactctccttcagcagagaattcctggtcctgctcagcctggtatcctgggt
catgattcctctacccatctcctgccgtgcacagtctctggtctcaaccccagtcagtca
gtattgaatgttgtgtctgtgccccctagtggtgctactggtcttctcgcaccaggatcg
gtctccctctccacccctgtactcagctccactgagatcacagggccaattagcaacctc
ctgttcaaggcaagtccacatggcttgggcctgtcagatcagccaatggtccttcaatca
gctggaggagctccactaatgtcacagcttagctcccctgtgcagacatctatagccagc
agcatctgtgtcctgccctctcaacagaccatcagcatggctgtcaaccagcaaggagac
acagatggcagtaatgtccacttacagcatcagtctcagcctgttaacagagcccagact
gtggactccnncactgttactttagcccccagtccagccacccctctaagccctgccaag
gggcgtgtcctcggagtgttcacgcaaacggcaacttccgcccactcccagagcagcaga
acaactcctatttccagatcatcagaacaaaggactcctaactccggtgcagtggtgtca
gcggcagtcgcagtttcaggagcagaaaaagccaagcagaaagccaagaggagcagacag
agtccagacatgtccagtgggaagaagctcaaggcctctcaggcagaggagcatcacagc
aaccctgcaggacgacttccatcaaacccaagttccaaagagctgatctctactgaaccc
atggacactggcaagcccccagataaggcaaccaacaagagcatgcttggtaaaaagaag
acatctgaaggttctgttttaccggggaaactagtgggaaaggacaaaccatctgccact
ggaggagcagggtctcttcctgtggcttcaccacccgaccaggatggcaacagcagagat
accggtttggacagcaaacccaagaaaggcatcatctttgaaatctgcagtgaggatggc
tttcatatccgctgtgagagtattgaagaggcttggaagtccctgactgataaggtgaag
gaagctcgctccaatgcacgactcaaagagctctcttttgaaggtgtgaacggactcaag
atgctgggagttgtccacgaagcagtggtcttcctgctggaacagctgtacgggtccagg
cactgtcgcagctaccgtttccgcttccacaaaccagaggaaaccgatgaacctcctatc
aacccccatggctcagctcgtgcggagatccaccagaggaggtctgtatttgacatgttc
aatttcttggcctcaaaacaccgccagccacctgagtataggccgcaggaagacgatgat
gaggaagggcagctcaggactgccaggcgtgcctccatggagctgccactcgctgtaaga
ttcaaacagctcaaggccacctccaaggaaactgtcggagtctacaggtctcccattcat
ggccgaggcctgttctgcaagaaaaccatcgattctggggagatggttattgaatactct
ggaaatgtcattcggtctgtgctcactgacaaacgggagaaatattatgatggaaagggc
attggctgttacatgtttcgcatcgacgactacgaggttgtagatgccacggtgcatggc
aacgcagcccgcttcatcaaccactcctgtgagcccaactgctactctcgggtcatcact
gtggacggccagaagcacattgtcatctttgcctctcgtcgcatctactgtggagaggag
ctcacctacgactacaagttccctattgaggatgccagcaacaagctgccctgcaactgt
ggtgcaaagaagtgtcgcaagttcctcaactga

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (188)   
   KEGG ORTHOLOGY (1)   
   RefGene (184)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (9)   
   Pfam (9)   
All databases (218)   

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