KEGG   Cyprinodon variegatus (sheepshead minnow): 107086122
Entry
107086122         CDS       T06110                                 
Symbol
kmt2b
Name
(RefSeq) histone-lysine N-methyltransferase 2B isoform X1
  KO
K14959  [histone H3]-lysine4 N-trimethyltransferase MLL4 [EC:2.1.1.354]
Organism
cvg  Cyprinodon variegatus (sheepshead minnow)
Pathway
cvg00310  Lysine degradation
cvg01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cvg00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    107086122 (kmt2b)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:cvg03000]
    107086122 (kmt2b)
   03036 Chromosome and associated proteins [BR:cvg03036]
    107086122 (kmt2b)
Enzymes [BR:cvg01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     107086122 (kmt2b)
Transcription factors [BR:cvg03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    107086122 (kmt2b)
Chromosome and associated proteins [BR:cvg03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     107086122 (kmt2b)
   HMT complexes
    MLL3/MLL4 complex
     107086122 (kmt2b)
SSDB
Motif
Pfam: SET FYRC FYRN PHD zf-CXXC zf-HC5HC2H zf-HC5HC2H_2 PHD_2
Other DBs
NCBI-GeneID: 107086122
NCBI-ProteinID: XP_015232366
Ensembl: ENSCVAG00000005530
Position
Unknown
AA seq 3866 aa
MMAAAAGCGSATAAAVGGQGGNATARGRFPGRPWSSRSRLRSEKRWQLGRSSSEADDVTN
GGPRPANLALSLNEDQSHLRLLGIEASHKILGQAGYSSSGSEEGDDFKGFEADKRGSAES
AMLQKNSSKGDTVSTKSRRKSEKPPQKVPAIDEAIPPDPVKEEKAAEETQDISLETKPAR
DSKKPSKGKNTMDQGSAKGRASATAPRITIKLVAKKKVKTLKEPQKKADRKLKLKEAQDQ
PDVEDNQADQILSAHIKLKTESFSDELSPGEKAAATVPMRRRGRSAVKVAEPLSQTTAKV
VVGDQKSKEKQPTNMDKESGSAKQKLNAKDVKKKRAALPRRSGVRLVTRRSARVSTPLSK
NTTDAVSETESLSKPATVQPESKTEISQKAQAKPTVHREGRRQSRRLNKDITVPENQGSL
STEPDNLSAHAGESVPIKIEEMRVPSIKLIKIRNPKYDAQASGKTLSRKKKRKKYIWTLA
LVKLGSPTVRAEDSLKVPTEAVSKEDQAPLCDTNVKKTPKRKGRKSKKESTVPLESQNNV
EKDPQSMADSETSSLNVQAEADPTPETPTQDTSKADCGKVPPLQIKKVSSPGKHKSSKPS
FLIQQVSPIPEKKEENMKDLPEAQEEMSSLQDTEGSPVRRLRRRASSLESPQKKCVSQKP
STVQKRRLRKSPQEKEMPQVKAEVSSQVSSEESAPQILTTTSCPNLAEDPPVATSLNPPD
ILEKETPKVPDSPPQMQAEVSPQTLENKPEPQIEEAQPLPVPSKPKKPRTNKQGKKKKMG
RKPKALVLPDATVETAPDAVEVNTEPAQLEKFQPLVEEVSQPEGEERTEPESETKQDSVS
VEVQEQPVRPTVKEEPDMQSIDSKHLEDGQRLEDGQRSEEGQHLEDGQRLEDGQRSEEGQ
HLEDGQQLNSQEMDSQQSVVSKSQTFAQTISKKPYKKLKKKRKNLIGQHQKHKHRGRDGK
FAPLTSHESQSSFEANDDSSLLLTGPTPPHSATLIGVQKKYKKKHTGLHFVGAKKSKSRS
KIISSLIDMGMEKGSLKQEEADTPVDTEQHDVVNAQPCKSKFVKNIKHFIMPVVSARSSR
VIKTPQRFMDDIGMSVLPRRHSPKKGLQLGLNIRPGKRREDGPERPLSPIFPIDEDILSE
AQLDVDLFSAQDLEDSIDLADSLFFDCKSEKNEKKSPLKNASFKWNLPEDPCEELFTLDK
SAESKCEDLFLSTTADKLPELSSDLTEVLKKKSPPKFNKQAAHLNIYQRLKKPVLGLPKS
KITQELEPTCKPTLPPVDLAEGLDDEVMSISLRQRDTNVEKEKSKIKIEDLDSPGVVRKV
SVCVRTPHSYAAALKQCEEEASAVKDSALSDSGGLSVQKSHAAEGVPPGHTERGAPQRPR
LTSANKRMLNLLRKAKVQLIKIDQQKQLKSSGLLSGTAASRSQDIASKRHRRKQRAQVPR
PQVPVKTEPLQGQPQLISPLCQEFRRAGGPRIKHVCRAASVVLGQPRAMVPDDIPRLSAL
PLHERSGISPSAIPKDIGSPSESDSPSLSDPKATKSKKPSNFGKKKGLGPFGYRSRRCGI
CKGCNHEEDCGKCINCLDKPKFGGPNTKRQCCVYKRCDQIEERKARRLSGRTAPKSSSKR
RRSSFSGGCSSNDEGNEGGGDSPSGPNTDGHSPSVRKQPKRVVKPRVYFNLMDYDSDLDN
KALSSSASPARRRGAGHRFNQDFVSLDGFFEDFSDDEVRHRKSSSHRVPQSRRKPEKALP
SQVPLEQTPPSVLAALAHGFEQREVESSKPTHKLRVDFKEDCTLENVWNMGGLSILTSAP
VMPPYVCFLCASKGQHEMLYCQVCCEPFHQFCLDPADRPSEENKENWCCRRCKFCHVCGG
KNRLSKPLLECERCQNCYHASCLGPNYPRQNKKRKAWVCTTCIRCKSCGVTPGKTWDTDW
NHDKGLCPDCSILFDQGNYCPICFKCYEDNDYDSQMMQCGSCNHWVHARCEDLTDELYEI
LSSLPESVVYSCRPCSVTQPSAWRELLYIELRAGVEKVLACLLSSTLTQHLVTCSQCEKL
VDPDSVVENQPACDLRAVGKKFDKGLYTTLKMFHEDVVQVIRKRLEQEDHLPEEQRPTAL
ARSYYLKLLEEVFNWFNSQDPKLWNLSAKDLTPGMLSTAVHPPTTEHVYAQWQERKELLS
RPPLGLLQDDNGLQTLDIKEEDAASPMSGDSLSRNHFKNSRTAKLKGKRGRLSKADLDTG
WSKEDERQCSLCQKYGDLKPNEAGRLLYLGQNEWAHVNCCLWSAEVFEEDNGSLLHVHSA
VTRGRLMRCERCNQTGATVGCCLTSCQSNYHFMCARSRQCVFQDDKKVYCHKHRHLISGR
MITGQEFEVNRRVYVDFEGISLRRKFLTGLEPELINVMIGSLQIEKLGMLSELSASKGKL
FPVGFQCSRWYWSTLNPLRRCRYTCKIREVRPVVQEKPVEEMPDQGDNHTIAHSPRQLPG
ASVEEAEETEVHHPSEESHLLCLPPKSDHSTKPKIPNHPLHRRPAGGLSRPLPCPGVVQT
KPHHILTISDLEETRRARRHSPHSGTPGLKSRMSPPPVAPLTGPITLRAGKSPHPTSPLF
PLGVSDNLMNSSRSVGGRNASSVRATSFFPQSHWHENTTTMQQLPRSRLSFDLSGSDSVE
VPHNFLASPEPEDVSPANGASPHGDVDKHGDHFPYDSFHRESSISLGEEMRTELEIEETL
LNEGVAMNCGGQIVVEGDDAEQFWGRTKEVRKRKSLVANLPRSAASAKEDLGSTSSDDDM
EHYLNFSRTVVSCPASKDRSKSPCSSSSTRPLAQLDGIDDGTESDASLAATDDSQKVDGP
GKNEIKRKDLHNKSSEITNRAKLANLSFHHNQAAPSGARKGTADSPPQCPPISCDASNTP
LIDHESIPPTPGVEALPNLLTKVPETCYSDPLSSGSSLGFASEAALVLERCDGNPSFTEL
LPVVQGPESQQSEICEALNSESDGPNFTSSAEEPAVLTNHITSDLMDSADNSQSSTLGLL
QPPSFMPTDVQTPSQCLVDSLEVYPCLPGFSNPPLTSITLQPVAPPQESQNFPCIEPLSS
KLTTLTPVGDVIQTPLNDPQNDPALPACLGTGSPTETCAALFSAQTHPFSSGTAVSSSVS
VSTLPGLLAQGAATPIPLQTTSAPVVLNGYSSSTTQKEAMSSHTISINFSSQRQVIEPHQ
QVLPQALPGHAILTVKEVGGPNVDPTPHVLLVNRLGQIFVKNPENNAFQLPTPNSSSYNC
VTQIASLLQSNALSATLAAAGNMTVAPPGTSLTAASATATPSAQNPTTVTQLLTHNSNGA
VASSNSKKPRKNTKTLKDEAASELKKPKKKKESSSSRKSKSSKAAGQPALSTETHQMSPA
ESAQAIINQAMASNYTPKWTGLRTMSPSSLVLPPGLLIEPESPVSPRSPSPPAPPPPPPA
PRPRSHVRMKRVSSLSDRIVTKKCKVDFLPPEGISEEEEPRKAAFPSASNRASGVRIKTP
TVKGVLNLDEMKDEHLSDSESSGSDSWSFLSQGDAGKHLARESLGHMNLTDWKKYSGSVS
TSDDEPTPSDDDDDGRPINKDQPHLRFEITSDDGFSVEADSVEVAWKAVIDGVQEARAIT
RLRPLAFQKITGPRMVGLIHDAVVFLLEQLEGAPRCQRHSFRFFKQFSQEEDLPVNPTGC
ARSELYVRKSTFDMFNFLASQHRQLPDIGPYDDEEDDVLLKSTRRATSLELPMAMRFRHL
ERTSKEAVGVYRSAIHGRGLFCKRNIEAGEMVIEYAGIVIRSVLTDKREKYYDGKGIGCY
MFRIDDFDVVDATMHGNAARFINHSCEPNCYSRVINVEGRKHIVIFALRKIYRGEELTYD
YKFPIEDASNKLNCNCGARRCRRFLN
NT seq 11601 nt   +upstreamnt  +downstreamnt
atgatggcggcggcagcgggatgcggatcggcaaccgcggctgccgtaggaggccaaggt
ggaaacgctacggccagaggtcgtttccccggtcggccttggtcatcgcggagtcgtttg
cgctccgagaagcgatggcaactcgggcgttcgagctcagaagctgatgatgtgactaac
ggagggccaaggcccgcaaacctggctctttcgttaaacgaagaccagtctcacttgcgc
ctactcgggatagaggcaagccacaagatcctcggccaagctggatacagctctagtgga
agtgaagagggtgatgacttcaaaggatttgaagctgacaaaagaggttctgccgaatct
gcaatgctgcaaaaaaattcttccaaaggagacactgtcagcacaaaatctaggagaaaa
agtgagaagccgccacaaaaagtgccagcgattgatgaggctatcccgcctgaccctgta
aaagaagagaaagctgcggaggaaacacaggacatatctctagaaacaaaaccggcgagg
gattcaaagaagccgtcaaaaggaaaaaacactatggaccaggggtcagctaaaggcaga
gcatcggctacagccccaaggattactattaagttggtggccaaaaagaaggtgaaaact
ttaaaagagcctcagaaaaaagcggatagaaagttaaaactgaaagaagcgcaggaccag
cccgatgttgaggacaatcaggctgatcagattttaagtgctcatatcaagttgaaaaca
gagtcgttcagcgatgaactcagccccggggagaaagcagcagctaccgtacctatgagg
aggcgtgggagatctgctgtaaaggtagcagagcctttaagccagactactgccaaagtt
gtggttggtgaccaaaaatctaaagagaagcaaccgaccaacatggataaggaaagcggt
tctgcgaagcaaaaactgaacgcgaaggatgtaaagaaaaagagagctgccctgcctcgg
cgttctggggttagacttgttacccgtagaagtgcgagagtttctacccccctctctaaa
aacacaacagacgctgtttctgaaacagaaagtctgagtaaacctgcaactgttcagccc
gaatccaagaccgaaatctcacaaaaagctcaagccaaaccaacagtgcatagagaagga
agacggcaaagcagaagattaaataaagatattacagtaccagaaaatcagggctcatta
tccacagaaccggacaatttatctgcacatgccggtgaaagtgtgcccattaaaatcgag
gaaatgagagtccccagcataaagttaataaagatcagaaaccctaaatatgatgcacaa
gccagtgggaagactttgtctcgtaagaaaaaacggaaaaaatatatttggactttagca
ttggtcaaattaggaagtccaactgtgagggcagaagatagccttaaggtaccaacagag
gctgttagcaaagaggaccaggcacctctttgtgacaccaatgttaagaaaaccccaaag
agaaagggtagaaaatccaaaaaggaaagcacggttccgcttgaaagccagaacaatgtt
gaaaaggatccacaaagcatggctgactctgaaacatcaagtttaaatgtgcaagctgaa
gcagatcctacgcctgaaactcccacgcaagacacctccaaagcagattgcgggaaggta
ccacctcttcagattaaaaaagtctcttctcccggcaaacataaaagctctaagccgtct
tttctcattcagcaggttagccctatacctgaaaagaaggaggaaaatatgaaggatttg
ccagaagctcaagaggagatgtcttctttacaggatactgagggcagtccggttaggagg
ctaagaaggagggcatcaagtcttgagtcaccgcagaagaaatgtgtcagccagaaacct
tcaaccgttcagaaacgaaggttaaggaaaagtcctcaagagaaagaaatgccacaggtg
aaagccgaagtttcttctcaggtttcctctgaagagtccgcccctcaaattcttacaaca
acctcatgtcctaatttggccgaagatcccccagtggctaccagtttaaacccccctgat
attctagaaaaggaaacaccaaaagtcccagatagtccaccacaaatgcaggctgaagtt
tctccacagacactggagaacaagccagagccgcagattgaagaggctcagccattacca
gtgccttccaaacctaaaaagcccagaacaaataagcaaggcaagaaaaagaagatgggt
cgaaagccgaaggctttggttttacctgatgccaccgtagagacggcccccgacgctgtt
gaggttaacacggagcccgctcagttggaaaagtttcagcctttagtcgaagaggtgagt
cagccggagggagaggagagaacagaaccagagtcggagaccaaacaggactccgtgtca
gtagaagtccaagaacaaccggtacgcccaacagtaaaagaagaaccggatatgcagtct
atagacagtaagcatttggaagacgggcagcggttggaagacgggcagcggtcggaagaa
gggcagcatttggaagacgggcagcggttggaagacgggcagcggtcggaagaagggcag
catttggaagacgggcaacagctgaacagccaggagatggacagtcagcagtcagtggtg
tctaaaagtcaaacatttgctcaaactatatctaagaaaccttacaaaaagctaaaaaag
aaacgtaaaaacctaattggtcagcatcaaaagcacaagcacagaggcagggatgggaaa
tttgctccacttacatctcatgaaagtcaaagttcctttgaggctaatgatgacagttct
ctgcttctgacaggccccactcctccccacagtgcgacgctcatcggagtacagaaaaaa
tacaaaaagaagcacacaggcctgcattttgttggagctaaaaagtcaaaatctcggtct
aaaatcatttccagcctgattgatatgggaatggaaaagggtagtttaaagcaagaagaa
gccgacactccagtggacactgaacagcatgatgttgtgaatgcccagccttgcaagtca
aagtttgtcaaaaacatcaagcactttatcatgcctgtggtaagtgcaaggtcctcccga
gtgatcaagactccacagaggttcatggatgacattggcatgtctgtgttgcctcgaagg
cactctccaaagaagggtttacagctgggcttgaacattcgtccagggaagagacgagag
gatgggcctgaaaggccactgtctcccatctttcctattgacgaggacattttgagcgaa
gctcagctggatgttgatctgttttcagctcaggacctggaggacagcattgatttagct
gacagcctgttttttgactgtaaaagtgagaaaaacgaaaagaagtctcctctaaagaac
gctagcttcaagtggaatcttcctgaagatccctgcgaggagttatttacactggataaa
agcgcagagagcaaatgtgaggatctgtttttatctaccacagcagataagctcccagaa
ctgtcttcagacctcacagaggttctgaaaaagaagagtccgcccaaatttaacaagcag
gcagctcacctgaacatttaccagagacttaaaaagcctgtcttaggacttccaaaaagc
aaaatcacacaagagctggaacctacgtgcaaacccactttgcctccagttgatttagca
gagggactcgacgatgaggtcatgagcatcagtctgagacagcgggacacaaacgtagaa
aaggaaaagtccaagataaagatcgaagacctggacagtccaggggtggttcgaaaggtt
tctgtctgtgttcggactcctcattcctacgccgctgctttgaagcaatgtgaagaggaa
gcatcagcagtaaaagactcagccttaagtgactcaggagggctgtcggtacagaaatca
cacgcagctgaaggcgttcctcctgggcatacggagaggggagcgccacaaaggccacgc
ctcactagtgcaaataaacggatgttgaatctcctcaggaaagcaaaggttcaactcatt
aaaattgaccagcagaaacagctaaagtcatctgggctgttatctggcaccgctgcttcc
cgatcccaagatattgcctcaaaaagacataggaggaagcagagggcgcaggttcctcgt
cctcaggttcctgtcaagacagagccacttcaaggacaaccacagctcatctctccactg
tgccaggagttccggcgagcaggcggcccacgtatcaagcatgtgtgtcgcgccgcctcc
gtcgtcctgggccagccccgagccatggtacctgatgacattccccgactgagtgccttg
ccgctgcatgaaagatccggcatttccccgtcagctatccctaaagatattgggtctcca
tcagagtcagacagccccagcctatcggatcctaaggcaacaaagtctaaaaagccgtcc
aactttgggaagaagaaaggcctcgggccgttcggataccgctcgcggcggtgtggcatc
tgcaagggctgcaaccacgaggaggattgtgggaagtgcataaactgcctcgacaagccg
aagtttggtggccctaacactaaacgacaatgttgtgtgtataagagatgtgatcagatt
gaagagaggaaagcgcgcagacttagcggcagaacagctcccaaaagttcgtctaagcgg
aggcggtcctccttcagcgggggttgttcaagcaatgacgaaggcaacgagggtggtggg
gactcgccatctggtcccaacacagacggtcacagtccatcagtaaggaagcagccaaag
cgcgttgtgaagccacgcgtctattttaacctgatggattacgactcagaccttgacaac
aaagctttatcgagctctgcctcaccagcaagaaggaggggtgctggacatcgcttcaac
caagactttgtctccctggacgggttctttgaagacttctcagatgatgaagtccgacac
cgtaaatccagttcacatcgggtaccacagagtcgacggaaacctgagaaggcgcttcca
tctcaggttcccttggagcaaaccccccccagtgtccttgctgcccttgctcatgggttt
gagcagcgggaagtcgagtcttctaaaccaactcacaaactcagggtggacttcaaagag
gactgtactttggagaatgtctggaatatgggtggtttgagtattctgacctctgcacct
gtcatgccgccctacgtgtgcttcctttgcgccagtaaaggacaacatgagatgctctac
tgccaagtatgctgcgaacccttccaccagttttgcctagaccctgctgaccgcccctca
gaggaaaataaagaaaattggtgctgtcgacgctgcaagttttgtcatgtttgtggaggg
aaaaacagactctccaagcctttattggagtgtgaacgatgccaaaactgttatcatgct
tcctgcttgggaccaaactatccaaggcaaaacaagaaaaggaaagcctgggtttgtaca
acatgcatccggtgcaaaagctgtggtgtgacaccaggaaagacctgggacacggactgg
aaccatgacaaaggcctttgtccagactgctcaatcctgtttgatcagggtaattattgt
ccaatctgcttcaaatgttatgaagacaatgactacgatagccagatgatgcagtgcggc
tcatgcaaccactgggtacatgccaggtgtgaggatctaacagatgagctgtatgagatc
ctgtccagcctgcctgaaagcgtggtgtattcatgccggccatgcagtgtgacccagccg
agcgcctggagggagctgctttacatcgagctcagagctggggtggagaaggtgttggca
tgcctgctctcctccactctcacacagcatcttgtcacatgctcacagtgtgaaaagctg
gtcgatcctgacagtgtggttgaaaaccagccagcctgtgatctccgagctgttggcaaa
aagtttgacaaaggcctctacaccaccctgaaaatgttccatgaagatgtggttcaagtg
atacgaaaaaggcttgagcaggaagaccatctcccagaggagcagaggcccactgctctg
gctcgctcttactacctaaagcttctggaagaggtttttaactggtttaacagccaagac
ccaaagctgtggaacctttctgccaaagacttaacaccaggtatgctgtcgactgctgtt
catcctcccacaacggaacatgtttacgctcagtggcaggagaggaaggagctgctgtcc
aggcccccgctgggcctccttcaggatgacaacggactacaaacactggatataaaagag
gaggacgcggcttctccaatgtcaggggactcactgagccgaaaccacttcaaaaatagc
cggacagccaaactcaaaggaaaaagaggcagactttcaaaagctgacttggacactggg
tggtccaaagaggatgaaaggcagtgctccttgtgtcagaaatatggagatctcaaaccc
aatgaagcaggaagacttctctaccttggccagaatgagtgggcacacgtcaactgctgt
ttgtggtctgctgaggtctttgaagaagataatggctccttgttacatgtacacagcgct
gtgacaagggggcggctgatgcgatgcgagcgctgtaatcagactggtgccaccgtgggc
tgctgtttgacatcttgtcaaagcaactaccatttcatgtgtgcccgttcgcgacagtgt
gtgttccaggatgataaaaaggtctactgccacaaacacagacatctcattagtggaagg
atgataactggtcaggagtttgaagtaaaccgcagagtctatgtggactttgaagggatc
agccttcgcagaaagttcctcactggactagagccagaactgatcaatgttatgattggt
tccttgcagattgaaaagttgggtatgctgtctgagctttcagccagcaaaggcaaactg
tttcctgttgggtttcagtgctctcgatggtactggagtaccctgaacccactgcgacgg
tgcagatatacctgtaaaattcgggaggtgcggcctgttgtccaggagaagcctgttgaa
gaaatgccagaccagggagacaatcacactatcgcccacagtccacgtcaactgcctgga
gcttctgtcgaagaggcagaggaaacggaagtccaccacccttcagaggaatcccatctt
ctctgtcttcccccaaagtctgatcatagtacaaagccaaaaatccccaatcatcctctt
catcggcgaccagctggaggtctgtctcgtcctctgccatgtccaggtgtagttcagact
aaaccccaccacatcctgaccataagtgatctagaggagacccggagagctcgccgccac
agcccacactctgggacaccaggcctaaagagtcgtatgtccccgccccccgttgcccct
ctaaccggacccattaccctccgtgccgggaaatctcctcacccaacctcccctttgttt
ccactcggtgtttcagacaacctgatgaattcatcccgctcagtcggtggtagaaacgct
tcctcagtccgcgccacatcgttcttccctcagtctcactggcatgagaacacaaccacc
atgcagcagttacccaggagccgcctgtcctttgatctgagtggctccgattcagttgag
gtgccgcacaactttttagcttcaccggagccagaagacgtctctccagcaaacggcgct
tcgccccatggcgatgtagacaagcacggtgaccattttccatacgactcctttcacaga
gagtccagcataagtctgggtgaggagatgcgaacagaactggagattgaagaaacactt
ctgaacgaaggtgtggcaatgaactgcggggggcagatagtggtggaaggtgatgatgcg
gagcagttttggggaagaaccaaagaggtacggaagaggaaatcccttgttgcaaatctt
ccacgttctgcagcctcggcaaaggaagatttgggaagcacctcctcagatgatgatatg
gagcactacttgaacttttcaagaactgtagtcagctgcccagcatccaaagatcgatct
aagtctccttgctcctcttcttcaacccggcccttggctcagctggatgggatagatgac
ggtactgagagtgacgcaagcctagcggctaccgatgattctcagaaggttgatggacct
gggaaaaatgagataaaaagaaaagaccttcataataaaagtagtgaaatcacaaacaga
gccaaattagctaatctctcatttcaccacaaccaagcagcaccttcaggtgctagaaaa
ggtacagctgacagccccccccagtgtccgccgatatcctgtgatgcctcaaacactcct
ttgatagatcatgaatctatacctcctactccaggtgtcgaggctcttcctaacttgctc
actaaggtgcctgagacgtgctattcagacccgttgtcgtccggttccagtttaggcttt
gcctctgaagcggcgcttgtgcttgagagatgtgacggaaacccaagtttcactgaactg
cttcctgttgtacaaggacctgaaagccagcagagtgaaatctgcgaagccctgaactcg
gagtccgacggccccaactttacgtcttcagccgaagaacctgctgttttgacgaaccat
ataacatctgatctgatggattcagctgataatagccagagctccacgctgggccttctc
cagcccccctcttttatgcctacagatgtgcaaaccccctcgcaatgcctcgtagattct
cttgaggtgtatccctgtttaccaggtttcagtaatcctcctctaaccagtatcacactt
cagccagtagcaccacctcaggaatcccagaacttcccctgcattgagcctttgtcctct
aaactgacaacccttactcctgtaggagatgttatccaaacgccgctgaatgaccctcag
aatgatccagcattaccagcttgtttagggactggttccccaacggaaacttgcgctgct
ctgttctctgctcagacgcatccgttcagttctggcaccgctgtttcttcctctgtttct
gtatcaactcttcctgggctgttagcacagggtgcagccactccaataccgctgcagacc
acttctgctcctgtggtcctgaacggttatagctcctccactacacagaaggaagcaatg
tccagccacacaatctccatcaacttctcctctcagaggcaagtgatagaacctcaccag
caggtgctgcctcaggcattacctggtcacgccatccttactgtgaaagaggtcggaggt
ccgaatgtagatcccactcctcatgttttgttggtgaaccgccttgggcagatctttgtg
aagaaccctgaaaacaatgcattccaactgcccactccgaattcctcatcctataactgt
gtcacccagattgccagtcttttgcagagcaacgctctctcagccacactggctgcagct
ggaaacatgactgttgctccacctggcaccagcctgacggcagcttctgctaccgccaca
ccgtcggctcagaacccaaccacagttacacagctgctcacacacaacagcaacggcgcc
gtggcctcatccaattccaagaagcccagaaaaaatacaaaaactctgaaagatgaagca
gcctctgagctgaagaaaccaaagaagaagaaggagtccagttcatccaggaaatcaaag
tcctccaaggctgcaggacagcctgccttatctactgagactcaccagatgagtcccgcc
gagagcgcccaggcgatcatcaatcaagcaatggcgagtaactacaccccaaagtggacc
gggctccggacaatgagtccttcctcactggttctaccgcctggccttctaattgagccc
gaatctccagtatcgccacgttctccttcacctccagcaccaccgccgccacctccagcc
cctcggcctcgttcccacgtccgcatgaagagagtgtcttccctctcggaccgcatcgtc
acgaagaagtgtaaagttgacttcctgccaccagagggcatcagcgaagaggaggagccc
cgtaaagccgcttttccaagcgcatccaacagggcctcaggagttcgcattaaaacccca
acagtgaagggcgtcctgaatctggatgagatgaaggatgaacatcttagtgattctgag
agctcagggtccgactcttggagcttcctgtctcagggtgatgctggaaagcaccttgca
agagaaagcttgggtcacatgaacttgaccgactggaagaaatactcaggctctgtttca
acttcagatgatgaaccgacaccttctgatgatgacgatgatggacgtccaattaacaaa
gaccagcctcatctgcgatttgagattaccagcgatgatggtttcagcgtggaggcagac
agtgttgaggtggcctggaaagcagtaattgatggtgtgcaggaagccagagcgatcaca
aggctcaggcctctggcttttcagaagatcactggccctcgtatggtgggactgatccac
gatgcggtggtgtttttgctggagcagcttgagggggctccccgctgtcagcgtcattct
ttccgtttcttcaaacagtttagccaagaagaggacttgcccgtgaatcctaccggctgt
gcccgctctgagctttatgttaggaagtccactttcgacatgttcaactttctggcctct
cagcacagacagcttcctgacatcggtccatatgatgatgaggaagatgatgttcttctg
aagtccacacgacgggctaccagcttggagctgccgatggccatgcgtttcagacacctg
gaacggacctccaaggaggcagttggagtctacaggtcagcgattcatggacgcggcctc
ttctgcaaaaggaacattgaagctggggagatggtcattgagtatgctggcatcgtcatc
cgctcagtactcacagacaaaagagaaaagtactatgacggcaagggtatcggctgctac
atgttccgcatcgacgacttcgacgtggtggacgccaccatgcatggcaacgcagccagg
ttcatcaaccactcctgcgaaccaaactgttactcgcgcgtgatcaacgtggaaggccga
aaacatattgtcatcttcgcactaagaaaaatctaccggggcgaggaactcacctacgac
tacaagttccccatcgaagatgccagcaacaagctcaactgcaactgcggggcccggcga
tgccgccgcttcctcaactga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (8)   
   Pfam (8)   
All databases (39)   

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