KEGG   Lates calcarifer (barramundi perch): 108890658
Entry
108890658         CDS       T04895                                 
Symbol
kmt2bb
Name
(RefSeq) histone-lysine N-methyltransferase 2B isoform X1
  KO
K14959  [histone H3]-lysine4 N-trimethyltransferase MLL4 [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
    108890658 (kmt2bb)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:lcf03000]
    108890658 (kmt2bb)
   03036 Chromosome and associated proteins [BR:lcf03036]
    108890658 (kmt2bb)
Enzymes [BR:lcf01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     108890658 (kmt2bb)
Transcription factors [BR:lcf03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    108890658 (kmt2bb)
Chromosome and associated proteins [BR:lcf03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     108890658 (kmt2bb)
   HMT complexes
    MLL3/MLL4 complex
     108890658 (kmt2bb)
SSDB
Motif
Pfam: SET FYRC FYRN PHD zf-CXXC zf-HC5HC2H zf-HC5HC2H_2 PHD_2
Other DBs
NCBI-GeneID: 108890658
NCBI-ProteinID: XP_018543144
Position
LG15:complement(22785217..22810129)
AA seq 3895 aa
MMAAAGCGSATAAAVGGQGGTATARGRFPGRPWSSRSRLRSEKRWQLGRSGLEADDVTNG
GPRPANLVLSLNEDQSHLRLLGIEASHKILGQAGYSSSGSEEVRSQTDPGGDDFRGFEAE
RKGSKGPAWSRQNPSKGDAVNTKSKRQSEKLPLKTPAVEAAITPPDPVKDVKSLEEVHSL
SPEAEPAKDCRKGLKGKNTMDRQSTKSGASSAAPRITIKLVAKKKMKTVKEPHKKSVKKL
KIKGIQDQSKTKDIQGDQISSAHVKLKTEPHEDKHGTEDKGGGTVPARRRGRSASKTTEP
VCQTSAKVAVDDQKSKEKKSADQLDTVKESGTEEPKTNAKKLKHKEIATEQSSEGSQLVI
RRSNRVTNPVSKKVPDSPAEPESLSKSDDVLAESKSEISGTSEVKPLARGDRRRQSRRLN
KDTKSVPENHGPSPTETDSLAVQPSDSLPSKNEEIKVPSLKLFRIRNPKYDAQASGKNST
RKKKRRKFVWTLTLVKGGSQTRGAENTVKVAENTVSEVDQSIVCDTSVNKSLNGMDKKSK
LDNSAPQESKSTDSNECSQNKADVSFEEKSTLEVEVEVEHVTEAPSPEISKTDSGKVVPP
LQIKKVSSPGKHKSSKPSFLIQQVSPVPEHKEDGLKDLSEVNEDKSSCVDAEVTPTRRLR
RRTSSLDSPQTKPVTQKPVTTPKRRLRTSPQDEDTPQVLTEDSSQVSTEDSSSHVLPENS
CQVLAEEPSQVTSINSTEEPDKDSSKIADDSPQVPVEISPHEVENEVEPQIKEPKPLPVP
SKPRRCRNNKLGKKKSVQKKKAVVFPETTVNTELATDEATNTESELKEDTQPLVTEVTQP
ETKDCTQPEAKQDTVLVEEEQIQPPVKEETDIQLIDSQQPLVSESQASDPKTMCLQKKSS
KKIKKRRKSLIGQRQKHRHRSRDGKFAPLKLSESQNIVEEDSDISTPLAATTTAPSSKLI
GVHKKYKNRQSGLQFFGSKRPKPQSKIISKLIEIELEKDGLKQEETDTLVDGGQPDVVDT
QPGKSKFVKNIKHFIMPVVSARSSRVIKTPQRFMDDAGMSVLPRRNSPKKGVQLGLQIRP
AKRRDDGTGRAISPILPVDEEDILSEAQLDVDLFSAQDLDDDIDIADSLFSERKTGKSEK
QRSLLKNSSFKWHMPEESSEEVYTLDKTPERKCEDLFLSTPVDKPTELSTDLLDSQKKKC
SPKFNKQTAHLKIYQRLKKMHTVLPKSKNMTEMDGMSKPPPPPVDLAEGLDDEAMSISLR
QRSTNVEKDKSKLKIEDLDSPGVVRKVSVCVRTMNSKSLAFQQGKEEDLVVKDTAPVRSG
ELQSEQNSGTGEGDYLGSVEKGASQRARLTGANKRMFNLLRKAKVQLIKIDQQKQLKSSG
LLSGPSGTRSRDVTSKRQRRKQRVQPDADVPVKTEPPQGQQPQLISPLCQEFRRAGGPRI
KHVCRAASVVLGQPRALVPDDIPRLSALPLHERSGISPSAETKDVGSPSESDSPGLSDPK
VTKAKKPSNFVKRKGLGPFGYRSRRCGVCKGCNHEDDCGKCMNCLDKPKFGGPNTKRQCC
VYKRCDQIEERKARRLSGRTAPKGASKRRRSSLSGGHSSNDEGNEGAADSPSGLQGDGHS
PSVRKQPKRVVKPRVYFDLVDYDSDLDDKAVSSSASPARRRVAGHRFNQDFVSLDGFLGD
ISDDEVRHRKSSSHRVPPGRRKPEKGQTSQGPLEQTPPSVLAALAHGFEQRDVESSKPTH
KIRVDFKEDCTLENVWNMGGLSILTSAPLMPPYVCFLCASKGQHEMLYCQACCEPFHQFC
LDPAERPSEENKENWCCRRCKFCHVCGRKNKQSKPLLECERCQNCYHVSCLGPNYPKQNK
KRKAWVCMTCIRCKSCGVTPGKSWDADWNHDKGLCPDCSKLYEQGNYCPICFKCYEDNDY
DSQMMQCGTCNHWVHAKCEDLTDELYEILSSLPESVVYSCRPCSVTQPSAWRELLYIELR
AGVEKVLACLLSSTLTQHLVTCSQCEKLVDPDSGIEGQPACDLRAVGKKFDKGLYTTLKM
FHEDVVQVVRKRLEQEEDLPEEQRPTALARSYYLKLLEEVFNWFNSQDPKVWNPCTKDLP
MGMLPNAVLPPTTEHVYAQWQEREELSSRAPLGLLQEDNGQSLDVKEEEAVSPLSGEPTS
SNHFKTSRAVRLKFKGKRGRLSKADLDTGWSKDDERQCSLCQKYGDLKPNEAGRLLYLGQ
NEWAHVNCCLWSAEVFEEDNGSLLHVHSAVTRGRLMRCERCNQTGATVGCCLTSCQSNYH
FMCARSRQCVFQDDKKVYCYKHRHLISGRMITGQEFEVNRRVYVDFEGISLRRKFLTGLE
PELINVMIGSLQIERLGVLSELSAIKGKLCPVGFQCSRWYWSTVNPLRRCKYTCTVREVR
PIVPEKPVEEMPDQGDNHTIAHSPCPLPESEAQETDMTESQPPTEESFVPGPPPKSDHGA
RPKIPSYPQTRRPAGGMSRPLPSPGVAQLKPHHILTISDLEETRRARRHSPHSQTTGLRS
HMSPPPLGPLTGPITLRAGKSSLPTSPLFPLTTDNLLSSPSSRPVGGRSASSVRCPGNTM
THCTSSFFPQSPWQDSAGSFPSPSLSFTSSIHLPRSRLSFDLNQSDSVEVPHNFLASPEP
EDVSPANGTSPQGDLDHQKDEEEFPYSSFHKDPSMSLGQEMRTELEIEETLLNEGVAMNC
GGQIVVEGDDQEEFWARAQDVHKRKTLVANLPRSAASARDDSGNTSSDDDMEHYFDFSRT
IVSRPGSKDRPKSPSSPSSRPMAQLDGVDDGTESDASVATNDDAQKVDGSTQARIQAKNL
NNKNVPESETTNCTGTVQSLFPEASSNDKRTDSSIAIASRSQTDGSLQVPPKSYNVSQSN
EDSVGFVSPQISTNSLLKEQSSDTPLAKQETVLPTPVHDALPNLLTKMPETSYSQGLFQG
SSLGFAPETPLVLESCDTSQHLTEVVPLLEQSEACKPLNSEPHNSHFVSSAEGSTVLMNH
STANTVEPSLADAADSNQGALLDLLQPSPLMSTDVQNPSQGLVDSLQMYSCLSGFSQPPL
TSITLQPVTPSQESTAFPSVEPLSTKLTTLTPVGDVTQTLLNVAPQNDPVLSATSGTCPP
TGTCGTVSVPIYSTQTQQLGSTAVTIVSSSASIPSLSGLATTAPAAIQTTSAPVILNGYT
SSSVQKEATSGHTISINFSTPRPALEPQQPVVPQALPGHAILTVKEVGGPNVDPTPHVLL
VNRLGQIFVKNPESNTFQLPSPNSPSYNCVTQIASLLQSNALSATLAAAGNMTAPSPGAN
VATVVPPSVTPAIQNPTTITQLLTQNSNGAVASVNVKKPRKNTKASKDESVPEFKKPKKK
KESNASRKSKSSKAPGQPAPLTENPPMTPAESAQAIINQAMASNYTPKWSGLRTLSPSSL
VLPPGLLIEPEPLVSPRSPSPTPAPAPAPAPRPRTHVRMKRVSSLSDRIVTKKSKVDFLP
PEPISESEERRRPAFPSISSRASGVRIKTPTVKGVLNLDELKEEHISDSDSTGSEPWDYM
SRGEQGKQHAWEPVGHSTLTDWRKYSGAASTSDDESPPSDEDEECSTNRDQPRLRFEITS
DDGFSVEADSIEVAWKAVIDGVQEARAIARLRPLSFQRITGARMLGLVHDAVVFLLEQLQ
GAHRCQRHTFRFFKLFSQEDDLPVNPSGCARSELYLRKSTFDIFNFLASQHRQLPDIGPY
DDEEDEVLLKSTRRATSLELPMAMRFRHLERTSKEAVGVYRSAIHGRGLFCKRNIEAGEM
VIEYAGIVIRSVLTDKREKYYDGKGIGCYMFRIDDFDVVDATMHGNAARFINHSCEPNCY
SRVINVEGRKHIVIFALRKIYRGEELTYDYKFPIEDASNKLNCNCGARRCRRFLN
NT seq 11688 nt   +upstreamnt  +downstreamnt
atgatggcggcagcgggatgcggatcagcaaccgcggctgccgtaggaggccaaggtgga
accgctacggccagaggtcgtttccccggtcggccttggtcgtcacgcagtcgtttgcgc
tctgagaagcgatggcaactcggacgatcgggcttagaagctgatgatgtgactaacgga
gggccaaggcccgcaaacctggttctgtcgttaaacgaagaccagtctcacttgcgcttg
cttgggatagaggcgagccacaagatccttggccaggctggatacagctctagtgggagt
gaagaggtgaggtcccaaaccgacccaggaggagatgacttcagaggatttgaagctgag
agaaaaggctccaaagggcctgcatggtcccgacaaaacccttccaaaggtgatgccgtc
aacacaaaatcaaaacgacaaagcgagaagctaccacttaaaacgccagcagtggaggca
gctattaccccacctgatcctgtaaaagatgtaaaatcattagaggaagttcacagctta
tctcctgaggcagagcctgcaaaggattgcaggaaaggtttgaaaggaaaaaacactatg
gatcgacagtccaccaaaagcggagcctcatcagcagcaccgaggattactataaagttg
gtggccaaaaagaaaatgaaaactgtaaaggagcctcataaaaaatctgtgaagaagctg
aagataaaaggaattcaggatcaatctaaaaccaaggacattcagggtgaccagatttca
agtgctcatgtcaaattaaaaactgaaccacatgaagataaacatggcacagaggataaa
ggaggggggactgtacctgcaaggaggcgtgggagatctgcttcaaagacaacagagcct
gtctgccagactagcgccaaagttgcggttgatgaccaaaaatcaaaagagaaaaaatca
gccgaccaacttgacactgtaaaggagagtgggactgaagagccaaaaacaaatgcaaag
aaattaaagcataaggagattgcaacagagcaaagttctgaaggtagtcaacttgtgatc
cgtaggagcaacagagtcactaacccagtgtctaaaaaagtcccagacagtccagctgaa
ccagagagcctgagtaaaagtgatgatgttctggcagaatcaaaatcagagatttctgga
acgtcagaggtcaaaccattggcgagaggtgacagacgaaggcaaagcagaaggctgaat
aaggatacgaaaagcgtgccagaaaaccatggtccatcacccacagagactgacagttta
gctgtacagcccagtgacagtttgccttcgaaaaacgaggaaattaaggtcccaagttta
aagttgtttcggatcagaaacccaaaatatgatgcacaggccagtgggaagaattcaact
cgaaagaaaaaacggagaaaatttgtctggactttaactttggtgaagggaggaagtcag
acgcggggtgctgaaaacactgtcaaagtagcagagaatactgtgagtgaagtggaccag
tccattgtttgtgacacaagtgtcaacaagagtttgaatggcatggataaaaaatcaaaa
ctggataactcagccccacaagagagcaaaagcacggacagtaacgagtgttcccaaaac
aaggctgacgtgtcatttgaggaaaagtccactttagaggtggaagttgaagtggaacac
gtcactgaggcaccttctccagaaatcagtaaaacagatagtgggaaagttgtcccacct
cttcagattaaaaaggtctcctctcctggtaaacataaaagctcaaagccatccttttta
attcagcaagttagtcctgtgcctgaacataaagaggatggactgaaagatctaagtgaa
gttaatgaggataaatcgtcatgtgtggatgctgaggtcacaccaactaggagactaagg
aggaggacgtcaagccttgattcaccccaaacaaagcctgtcactcaaaagccagtgacc
acgccgaaacggagacttagaacaagtccacaggatgaagacactccgcaggttctcact
gaagattcttctcaggtttcaactgaagactccagctcacatgttcttcctgaaaactct
tgtcaggttttggcagaggagccctcacaggtgacaagtataaactccactgaagaacct
gataaggattcttcaaagatcgctgatgattccccacaggtgccagttgaaatttctcca
catgaggtggagaatgaggtagaaccacagataaaagagcccaaaccattgcctgtgcct
tccaagcctagaagatgtaggaataataaattggggaaaaagaagtctgttcagaagaag
aaggctgttgtcttccctgaaaccactgtcaacacagagttggctacagatgaagctact
aacacagagtctgagctaaaggaagatactcagcctttggtaacagaggtaactcagcca
gaaacaaaagattgcacccagccagaggcaaaacaggacactgtgttagtagaagaggag
cagatacagccaccagtaaaagaggaaacagacattcagttgatagatagtcaacagcct
ttggtgtcagaaagtcaagcaagcgatccaaaaacaatgtgcctacaaaagaaatcttcc
aaaaaaataaaaaagagacgtaaaagcttgattgggcagcgtcagaaacacaggcacagg
agcagagatgggaagtttgctccacttaaattatctgaaagtcagaacattgttgaagag
gatagtgacatttctaccccactggcagctaccacaacagcaccaagctccaagcttatt
ggagtacataaaaagtacaaaaacagacagtcgggccttcagtttttcgggtctaaaagg
ccaaaaccacaatctaaaatcatttctaagctgatagaaatagagcttgaaaaagatggt
ttgaagcaggaagaaacagacacattagttgatgggggacagccagatgttgtagacacc
cagcctggtaaatcaaagtttgttaaaaacatcaagcacttcatcatgcctgtcgtaagt
gccagatcctcacgagtgatcaagactccgcaaaggttcatggatgatgctggaatgtcc
gtattgcctcgaagaaactctccgaagaagggtgtgcagctgggcttgcaaattcgtcca
gcaaagaggcgagatgatgggacaggcagagcaatatcccctatcctgccagtggacgag
gaggacatattgagtgaagctcaactggatgtcgatctgttttcagctcaggacctagat
gacgacattgatatagctgacagcctattttctgagagaaaaactggcaagagtgaaaag
cagaggtctcttttaaagaactctagtttcaagtggcatatgccagaagagtctagcgag
gaagtgtatacactggacaaaactccagagcgcaaatgtgaggatctgtttttatctaca
ccagttgataagcccacagaactatctactgacctcctggattctcagaaaaagaaatgc
tcccctaagtttaataaacaaacagctcacctcaagatttatcaaaggctaaagaagatg
cacacggtacttcccaaaagcaaaaacatgacagagatggatggcatgagtaaacctccc
ccgccccctgttgatttagcagaaggacttgatgacgaggccatgagcattagccttagg
cagcggagtacgaatgtggagaaggacaagtctaagctcaagattgaagaccttgattct
cctggagtggtgagaaaagtttctgtgtgtgttaggactatgaactccaagtcccttgca
tttcagcagggtaaagaggaggatttagtggtgaaagacaccgcccctgttcgctcagga
gagctgcagtcagaacagaactcgggcacaggtgaaggcgattaccttggatctgtggag
aagggagcttcacaaagagcacgtctcactggtgcaaataaaagaatgttcaatctgctc
aggaaagccaaggtccagctcattaaaattgaccagcagaaacagcttaagtcatctggg
ctcttatctggtccgagtggcaccaggtctcgagatgtgacctctaagagacaaaggagg
aagcagagggtgcagcctgacgctgatgttccagtcaagacagagccacctcaaggacaa
cagccgcagctcatctccccactgtgccaggagttccgtagagcaggaggtccacgaatc
aaacatgtgtgtcgtgcagcatctgtggtgctggggcagcctcgagccttggtaccagat
gacattcccagacttagcgccttgcctctgcatgaaagaagtggcatttccccgtcagcc
gaaactaaagatgttgggtctccctcagaatcagacagtcctgggctgtcagatccaaag
gtcaccaaggccaaaaagccgtctaatttcgtgaaacggaaagggctcgggccgttcggg
taccgatctcggaggtgtggggtatgcaaaggatgcaaccatgaggacgactgtggcaag
tgcatgaactgccttgacaaacccaagtttggtggtcccaataccaaacggcagtgttgt
gtgtacaagagatgtgatcaaattgaagagaggaaagcacgcagactaagtggaagaaca
gcacccaaaggcgcctccaagcgacggcgatcctcgctcagcgggggtcattcaagtaat
gacgaagggaacgagggtgctgcagactcaccatctggtctccagggtgatggccacagt
ccgtcagtgaggaaacagccaaagcgcgttgtaaaaccccgtgtctactttgacctggtg
gattatgactcagatctcgatgacaaagctgtctcaagctctgcttcgccagccaggaga
agggttgctggccaccgtttcaatcaagattttgtgtcactggatggattccttggagac
atttcagatgacgaagtcagacatcgaaagtccagctcacatcgtgtaccacctggtcga
cgtaaacctgagaagggtcaaacatctcagggtccattggaacagactcctcccagtgtc
ctggcagctttggcccatggatttgagcagagagatgttgagtcttctaaacctactcac
aaaatcagggttgacttcaaggaggactgtactttggagaatgtctggaacatgggcggt
ttaagtatactgacctctgcaccactgatgccaccctatgtctgcttcctttgtgccagt
aaagggcaacacgagatgctgtattgccaagcatgctgtgagcccttccaccagttttgc
cttgatccagcagagcgcccctctgaggagaataaggaaaactggtgctgtcgtcgctgc
aagttctgccatgtgtgtggcaggaaaaacaagcagtcaaagcctttgctggagtgtgaa
cgatgccagaactgttatcatgtgtcctgtctgggacctaactatccaaaacaaaacaag
aagaggaaagcttgggtttgtatgacatgcatcaggtgtaaaagctgtggtgtcacaccg
ggtaagagttgggatgccgactggaaccacgacaaaggcctctgtccagactgttcaaaa
ctctatgaacagggtaactactgtccaatctgcttcaagtgctatgaggacaatgactac
gacagtcagatgatgcagtgtggcacctgtaaccactgggtacatgccaagtgtgaggat
ctaacagatgagttgtatgagatcctgtccagcctgccagagagtgtggtgtattcgtgt
cggccgtgcagtgtgactcagcccagtgcctggagagagctgctctacatagagctcagg
gctggggtggagaaggtgctagcttgcttgctttcctccaccctcacccagcacctcgtt
acctgctcacagtgtgaaaagttggttgatcctgacagtggaatagaaggacagccagcc
tgtgacctccgagctgtaggcaagaaatttgataagggcctttatacaacattgaaaatg
ttccatgaagatgtggttcaggtggtgcgaaagaggcttgagcaagaagaggatcttcca
gaggagcagagacccactgccctggcacgctcttactacttaaagctcctcgaggaggta
tttaattggttcaacagccaagacccaaaggtgtggaacccttgtaccaaagacttgcct
atggggatgctgcccaatgctgttcttcctccaacaacagagcatgtttatgctcagtgg
caggaaagagaggagctctcatccagggctccactggggctcctgcaggaggacaatggg
caaagcttagatgttaaggaagaggaggcagtttctccgttgtctggggagccaacaagc
tcgaaccacttcaaaaccagcagggctgtcaggctcaaattcaaagggaaaaggggccgg
ctttcaaaagctgatctagacactggatggtctaaagacgacgagagacagtgctctttg
tgccaaaaatatggagatctcaaacctaatgaagcaggcagattgctgtatttgggccag
aacgagtgggcacacgtcaactgttgtctgtggtcagctgaggtgtttgaagaggacaat
ggctctctattacatgtacacagtgctgtcacaagggggcgcttgatgcgatgtgaacgc
tgcaaccagactggtgccacagtgggctgctgtctgacatcttgtcaaagcaactatcac
ttcatgtgtgcccgctcccgtcagtgtgtgttccaggacgataagaaagtctattgctac
aaacacaggcatctcatcagcggcaggatgatcactggtcaagaatttgaggtgaaccgc
agggtgtatgtggattttgaggggatcagcctccgcagaaagttcttgacaggactggaa
ccagaactgatcaacgtgatgattggttccttgcagatagaaagactaggtgtgctgtcc
gaactttcagctatcaaaggaaaactgtgtcctgtgggctttcagtgttctcgttggtac
tggagcacagttaatccattgcgccggtgcaagtatacatgtacagtccgggaggtccgg
cccattgtccctgagaagcctgttgaggagatgcctgaccaaggagacaatcacacaatt
gctcacagcccctgtccactgccagaatctgaagcccaagagactgatatgacagaatcc
caacccccaacagaggaaagctttgtccctggacctccccccaagtcagatcatggtgca
aggccaaagattcccagctatccacagactaggagaccagctggaggaatgtcccggcct
ctgccatccccaggagtagcccagttgaaaccccaccacatattaaccataagtgatctg
gaggagactcgaagggctcgtcgccacagcccgcactcacagacaacaggccttcgcagt
cacatgtccccccctcctctaggccctctgactggaccaatcacccttcgtgctggaaaa
tcttcccttcccacttctccgctgttcccacttaccacagacaacctgcttagttcacca
tcatcccgcccagttggaggtagaagtgcttcctcagtccgatgccctggaaatacaatg
acccactgtacctcatctttctttcctcagtctccctggcaggacagtgcaggaagcttt
ccttctccaagtctgtctttcacttcatccatacatttacccagatctcgattatcattt
gatctgaaccagtcagactcagtcgaggtgccgcacaacttcttagcttcaccagagcca
gaagatgtctctccagcaaatggtacttcaccacagggagatttagaccatcagaaggat
gaagaggaattcccctacagttcattccacaaggatcccagcatgagtttgggccaagag
atgaggacagaactggagattgaagagacactcctgaatgagggtgtagcaatgaactgt
ggggggcagattgtggtggaaggtgatgatcaggaggagttttgggcaagagctcaagac
gtacacaagaggaagacccttgttgccaacctgccgcgatctgcagcctcagccagggac
gactcaggaaacacctcttctgatgatgatatggagcactatttcgacttctcacggaca
atagtcagtcgtcccggatcaaaagatcgccccaagtctccctcctccccttcctcccgg
cctatggctcaactagatggcgttgacgacggcacagaaagtgatgcaagtgtggcgacc
aacgatgatgctcagaaagttgatggttccactcaagcccggatacaagccaaaaacttg
aataataaaaatgttcctgaatcggaaaccacaaactgcacagggactgttcagagtctg
ttccccgaagcatcatccaatgataagcgcacagattcttccatcgcaattgccagcaga
agtcagacagatggttcacttcaagttccaccaaaatcctataacgtcagtcagtccaat
gaggacagcgtgggatttgtttctccacaaatttccacaaactctttactcaaagagcaa
agctctgacactcctttagcaaagcaggagactgtgcttcctactccagttcatgatgct
ctgcctaacttactcacaaagatgcctgaaacctcatattcacaggggttattccagggt
tccagtttagggtttgcccctgaaacacctcttgttcttgagagttgtgacactagtcaa
catttaactgaggttgttcctttgcttgaacagtctgaagcttgtaaacccctgaactca
gagcctcacaacagccactttgtatcatcagctgaggggtctactgtgttaatgaaccac
tcaacagctaatacagtggaaccctcactagcagatgctgctgatagtaatcagggcgcc
ttgctcgatcttcttcagccctcccctttaatgtctacagatgtgcagaacccctcacaa
ggccttgtagactccctgcagatgtattcctgcttatcaggtttcagtcagcctcctcta
acaagcattacacttcagccagtaacaccctcacaagagtcaacagcctttccatccgtg
gagcctctgtctactaaactaaccaccctcactcccgttggagacgtgacacagacactg
ctgaatgttgcccctcagaatgatccagtgttatcagccacatcaggcacctgtccccct
acaggaacttgtggtactgtctctgtccctatctactccacacaaacacagcagttgggt
tctacagctgtcaccattgtttcgtcttctgcgtcaataccgtctctctctgggctagcg
acaactgctccagcagctatccaaactacttcggcccctgtcatcttaaatggttacacc
tcttcatctgtgcagaaggaggcaacatctggtcacactatctccatcaatttttctaca
cccaggccagctttagaacctcaacagccggtggtaccccaggcattaccgggtcatgcc
attcttactgtgaaagaggtgggcggcccaaatgtggatcctacaccacatgtcctgctg
gtgaaccgccttgggcagatctttgtaaagaatccagagagcaacactttccagctgccc
agtcccaactccccttcctataactgtgtcactcagattgcaagcttgttgcagagcaac
gccctgtctgccacactagcagcagctggaaatatgacggctccatcccccggggccaac
gtggcaacagtagttcccccgtcagtcacacctgccattcagaacccaaccacaattacg
cagctgctcactcagaacagcaatggtgcagtggcatcagttaatgtgaagaagccaagg
aagaatacaaaagcatctaaagatgaaagtgtcccagaattcaaaaaaccaaagaagaag
aaggagtccaatgcatccagaaaatccaagtcatccaaggcaccagggcagcctgctccg
ttaactgagaatcctcccatgacacctgctgaaagtgcccaagctattatcaatcaagca
atggcgagtaactacacccccaagtggagtgggcttcgaacactaagcccctcctcactg
gttttgccacctggcctgttaatagaaccggagcctctggtgtcgcctcgctctccatca
ccaacgccagcaccagctccagctcctgcaccccgcccacgcacccacgtccgcatgaaa
agagtgtcttcgctctcagaccgcattgtcacaaagaagtccaaagtggacttcctgcca
ccagaacccatcagtgagagtgaggagcggcgcagacctgccttcccgagcatctccagc
agggcttcaggagtccgcatcaagaccccaacagtgaaaggagtgctgaacctggacgag
ttaaaggaggagcatataagtgattctgatagcacagggtcagagccttgggattacatg
tctcggggtgaacaaggcaagcaacatgcttgggaaccagttggacacagcaccctaact
gactggaggaaatactctggtgctgcttctacttcagatgatgaatcaccaccatctgac
gaggacgaggaatgttcaactaatagagaccagccacgcttacgatttgagataaccagt
gatgacggtttcagtgtagaggcagacagtatcgaggtggcttggaaagcagtgatagac
ggggtgcaggaagcgcgcgctattgctaggctgagacctctttcctttcaaaggatcact
ggtgcccgtatgctgggtctggtccacgatgcagttgtgttcttgctggagcaacttcag
ggagctcaccgctgtcaacgccatactttccgtttcttcaaactgttcagccaagaggac
gacctgcctgtcaatcccagtggctgtgcccgctctgagctctatcttaggaagtccaca
tttgatatatttaacttcctggcttctcagcacaggcagcttcctgatattgggccttat
gatgatgaggaagatgaggttcttttgaagtcaacaagacgcgctaccagtttggagttg
cccatggccatgcgcttcagacatctagaacgaacatccaaggaggctgtaggcgtctac
aggtctgccatccatggacgtggtcttttctgcaagaggaatattgaagcaggggagatg
gttattgaatatgcaggcatcgtcattcgctcagtgctcactgacaaaagggagaagtac
tacgatggcaagggtattggctgttacatgttccgcattgatgacttcgatgtggtggat
gcaaccatgcacggcaacgcggcaaggttcatcaaccactcctgtgagcccaactgctac
tcaagagtgatcaacgtggagggcaggaagcatattgttatctttgctttgaggaagatc
tacaggggggaggagctcacctatgactacaagttccccattgaagacgccagcaacaaa
ctaaactgcaattgtggggcccggcgatgtcggcgtttcctcaattga

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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 (102)   
   KEGG ORTHOLOGY (1)   
   RefGene (98)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (139)   

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