KEGG   Austrofundulus limnaeus (annual killifish): 106537143
Entry
106537143         CDS       T06063                                 
Name
(RefSeq) histone-lysine N-methyltransferase 2B-like
  KO
K14959  [histone H3]-lysine4 N-trimethyltransferase MLL4 [EC:2.1.1.354]
Organism
alim  Austrofundulus limnaeus (annual killifish)
Pathway
alim00310  Lysine degradation
alim01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:alim00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    106537143
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:alim03000]
    106537143
   03036 Chromosome and associated proteins [BR:alim03036]
    106537143
Enzymes [BR:alim01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     106537143
Transcription factors [BR:alim03000]
 Eukaryotic type
  Zinc finger
   CXXC CpG-binding proteins
    106537143
Chromosome and associated proteins [BR:alim03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     106537143
   HMT complexes
    MLL3/MLL4 complex
     106537143
SSDB
Motif
Pfam: SET FYRN FYRC zf-CXXC zf-HC5HC2H_2 PHD zf-HC5HC2H
Other DBs
NCBI-GeneID: 106537143
NCBI-ProteinID: XP_013889970
UniProt: A0A2I4DCJ8
Position
Unknown
AA seq 2993 aa
MAASGGGLSSPSTTAGPGTYCLPARARFPGRPCAARFRFRSEKRTRRGRLGLAELELPAE
GPRPVNIGLALSEDPSLLPLLGVAEKYSRQKDAGFYSSSSDGEEDFPGFGTSRACSQKSS
AAVPQSSVREAKSPKASEPSPEAKALIGKIIPKNQKQALIGKIVPRIAKEGDVKESLSPV
KDKEIHNKQEAPCLKAKQDKQTSDGQHSIADKTYKAEEAASSESAVALSCKSFHKRRRRR
KVQGVGVSPEAGAEAGAPSGEEPAVTLEQKAGKGSLKGVRRKRRGKFLFGYRRKPSAVIP
DNNRPKIKKVRARRVFYAYVPEPLPVVSNELQGQNVTQSNTRSSLEQVDQSSNNSFSTVT
SGRSSRTIKTPKRFLNEEIIPFPKGSLSTWLKSQQKDEGKPLQESDYDSVSQPVDRDTTP
GLDGSSGVSRISSKPSPGASHIEIYKNLKKLTLKLAEKKRSQGFNQEDYTHQSDDLIPHV
RKRRRPKIMMEELDSPGVVRKVAVVVQADVESPKQIPSEDVGNNNETTSIKEAGSEVLET
GGPSHRIGLSGANRRMLHLLKKAKVQLIKIDQQKQLKLSQLGLGESQVPVTGRRRRKRRR
VGLSPKEIPPQEQPLGGPRIKHVCRAAAVALGQPRAMVPDDIPRLSALPLHEREGITFSP
AAEDVADDDDEDDDNDDGDDDDDDVCGQGGAQLVVPQKRVQRRRWGRGRKFKRRKILGRG
VRSRRCGICTGCLVEEDCAECMNCLDKPKFGGPNTKKQCCIYKKCERIMKAKEDRIIKPL
KIHSKHYSASTADGNWSEAGDASYSTMFGIQKQSLRKIKPLSYSKLLKSESEEEQEGTEA
LQDGALQDLPTELGRNRRPLSKIGGSRSRLYKEQENTEEMEPRETLSESRSAGSPEPKLQ
KQLQIHLYRLPDWVLKSGAQSVRWQSLDQSVVQSHPALSQLLTQPAISQRSRHVTNSLLS
PHPVTDSPQKSSALRMQHVQSMSCLHESVPSAPQQDPKSKPHAARTTVSSQIRSQGSEVK
RPDTRLENDTKQTVCKVGPEPCSTFSSGTKERVQEELKEPPDEDDKDSSVKGTVLSCPRT
DPQYVLRSQNPAECASLNTTTGITNGFPQRGLLQSKHKIRVDFKEDCAVKNVWLMGGLSI
LSSVPSTPLPVCLLCASKGKHEMIFCQICCEPFHVFCLPLEDRPLEESKENWCCRRCKFC
NVCGRRNKSSKPVLQCRRCQTSYHPSCLGPTYPKPMNCSIPWVCMTCIRCKSCGVTPGKT
WGMTWNHEQDLCPDCTALHKKGHFCTVCHKCYEESSQPPEMIQCSKCSHLIHYSCEELSE
ELLGLLNLPDNVDFMCTPCRQQHTEQSSLKKRLQSKLTAGLEEVLADLLSSSSTQHLLLC
KECQETNTTPDVQEQQHVCDLTAVEKKFKGARYTSIKAFYLDVAAVMRKWLKEEELLPEE
QRLTVQSRAHYVQVMKQVFSWLPACHLKKWNSFSEEFPNGMLPEAVLPPSKEHSYAQWME
RTYQSRESRGPQTHTDCKPSSILTQESGAPLNASVYAQESIKSEDVRQCVLCQQYGDAAS
SEAGRLLYLGQNDWAHINCCLWSAEVFEQDGALLQVHSAVSRGRYLRCDRCGQSGATVGC
YLANCQSNFHFMCARANRCVFQQDRKVYCYAHKDLLSSKMVSGKGFEVPRRVFVDFEGIN
LRRKFLTGIEPESINMTIGSLQIQKLGVLSELSAVGRMLYPVGYQCSRLYWSTLDPRRRC
KYTCKVTEVSSPLPGEEQDLRWDKEENHTIVHSPNHHRGEPDLTDLESPDCLSSSSSPVK
SATPSPNSKIHNTPGSKSPGYNQTRRPAGGSSRPLPSPGSAHHKSHHILTLRDLDDPRRP
RRLSSRRRCSSSPTESNSSVPTSLRSVNPRAALFGSHPRSSTVGSASPPLSRQNSSSPVW
NSPPKSNASVSPALSPRQGAASHSPRGMQNFKITTLVSAEVPQDFLASSEAEDAAVATTN
GISLAPGNLEEEVAQLMSQELPYTVFDTDVAVASILNTKLEFDEALLAENVTLNAKAEVE
SGAQNDNQEKDSGDEDSSRYVRFTRTVVSNATGSADTSSQLPSAPSISQLDGADSGSESE
DAEVLEEETKVPTVYETPTKRLTVNLTRLEPTYTLSMPNTEHPVIEPACQETPPSPVFLE
SSCINNDLSLQEEEVPMTSDTSTSQNKMLLDSETGHFVSSAADSIVTSNRSNVINLDESS
SSSDLSLGYKDDLRDADFRPETERPMMKKTILVKKKPCTPNLKLLFPKQNLLQHPKVNVL
ASRPAQTIRIVPQTRATFCTVPRPVSSPIIINGLSTLPIQPVQGRTIAIRLDSPKPEQQK
QVVPNQAEAPGLPTPQTPPVRQVLLVNRQGQILVKDPRTNTFQTLSANSPTYNKISQIAK
ILHGGTALSQSVPRVVTKPQPSPSDANNLPASNHTTTEKKIILRVLPVKSPLAPVTIESL
PQPTLSNVQQSTAQAIIXKAMATHSDAPRPKPIILSNAGRLKARHRRPSQVPDTDDSDQS
SMERSETPSIPRRGPRRHQVRVKRVSSVSERASRKKSKTDVLIDLSNEPEEVQQTRTSRV
RMKAPTINDVLDLTQEDKSEPESEKIAASPLHTPTTPPTPLTPPIPCRYPRAQSPLSFPQ
TRSHPEAKTDTWVSAQHGDLSEWGPYTGFSSEEDSLALKHRKKTHMNQPHLRFEITSEDG
FSVKANSIEVAWRAVIDSVLEARADFHLKQLPLGLMSGPRVLGVVHDAVIFLLEQLEGAA
NCKQHRFRFHRCDLVEEELPLNPSGCARAEVYTRKATFDMFNFLASQHRALPDFVGPFDE
DDDEFPLKASRRATSSELPMAMRFRHLEKISKEAVGVYRSPIHGRGLFCKRNIEAGEMVI
EYAGTVIRAVLTDKREKYYDGKGIGCYMFRIDDFDVVDATMQGNAARFINHSCEPNCYSR
VINVDGRKHIVIFALRKIYRGEELTYDYKFPIEDDDNKLRCNCGARRCRRYLN
NT seq 8982 nt   +upstreamnt  +downstreamnt
atggcggcctcgggaggcggattatcttctccttctaccaccgcgggcccgggtacctac
tgtctaccggcccgggctcgcttcccaggccgtccgtgcgcggctcgcttcaggtttcgg
tcggagaaacggaccagacgcggaaggttgggcttggccgaactcgagctacctgcggaa
gggccaaggcccgtcaacatcggccttgcgttaagcgaagatccgtccctgctgcccctg
ctcggggtggcggagaagtatagtcgccagaaggatgcggggttctattccagcagcagt
gatggggaggaagattttcctggatttggaacctcaagagcttgttcacaaaaatcttca
gccgctgttcctcagtcatccgtcagggaagccaagtctccaaaagcttcagaaccgtca
ccagaagcaaaagctcttattggaaaaattatcccaaagaatcaaaaacaggctctcatt
gggaaaattgtaccaaggattgcaaaggaaggagatgtgaaagagagcctcagcccagtt
aaagacaaagaaattcacaacaagcaggaggctccctgtttgaaagccaaacaagataag
cagacctcagatggacaacatagcatagctgataaaacttacaaagcagaagaagcagca
tcttcagaaagtgcagtggccctgtcctgtaaatcttttcataaacgtcggaggaggaga
aaggttcaaggtgtgggtgtctctcctgaggctggagcagaagctggtgccccgagtggc
gaagagccagcagtgacactcgagcaaaaagctggaaagggttcgttaaagggggtgcgg
agaaaacgcagaggaaagtttttgtttgggtacaggcgaaagccatctgcagtcattcca
gataataaccgccccaaaatcaaaaaggtccgtgctcggcgggttttttacgcctatgta
cctgagccactacctgtagtaagtaatgagctgcaaggtcagaatgtcacccaatcaaat
acaaggtccagtttggagcaagtagaccagagctccaacaattccttttcaacggtaaca
agcgggcggtcttcccgcactattaaaactccaaagagattcctgaatgaagaaattatc
ccctttccaaagggctctctgtcgacgtggctgaaaagtcagcagaaagacgaaggcaaa
ccacttcaagagtcagattatgacagcgtctcacagccagtggacagggacaccacgcct
gggctcgatgggtcgtctggtgtgtcaagaatctcatcgaaacccagtccaggcgcgagt
cacatagagatctacaagaacttaaagaagctgaccttaaagctagcagagaaaaagaga
agccagggttttaatcaagaggattacacacatcagagcgatgatttgatacctcacgtg
aggaagagacggagaccaaaaatcatgatggaagagctggactctcctggggttgtgagg
aaagtggctgtggtggtgcaggcagatgtggagtctcctaagcaaatcccatcagaagat
gtgggcaacaacaatgaaacaacaagcataaaagaggcaggaagtgaggtgctggaaact
ggtggtcccagccatcggattggtctcagtggtgctaataggaggatgctccacctgctg
aagaaagccaaagtgcagcttataaagatcgatcagcagaagcagctcaagctgtcacag
ttgggcctaggagaatcacaggtaccggtgactggaaggaggaggaggaagaggagaagg
gttgggctgtctcccaaagaaattcctccacaggagcagccactcggaggcccgaggatc
aaacacgtgtgtcgggcagcagcggtggctttgggccagcctcgggccatggtgccggat
gatattcccagactcagcgctctgccgcttcacgagagggagggcatcaccttttccccc
gcagcagaagatgttgctgatgacgacgacgaagacgacgacaatgacgatggcgacgac
gacgacgatgacgtctgtggtcagggcggggcccagttggttgtccctcagaaacgtgtc
cagcgcaggaggtgggggaggggacgcaagttcaaaagaaggaagattctgggcagaggg
gtgcgttcccggcgctgtggaatctgtacaggctgcctggtagaagaagactgtgcagag
tgtatgaactgcctggataaacccaaattcggaggccccaacacaaagaaacagtgctgc
atatacaagaagtgtgaacggattatgaaggcaaaggaggaccgcattataaagcctctg
aaaatccattcaaagcactactcggcctccaccgccgatggaaactggagtgaagcgggc
gacgcttcgtactcgacgatgttcggaatccagaagcagtcactgcgtaagatcaagccg
ctctcttacagcaaattgcttaagtctgagtccgaagaggagcaagaaggaacagaagct
ctccaagatggtgctttacaggatctacccaccgagttggggaggaatcgcaggccgctt
tccaaaattggtggcagcagatcgagactttacaaggaacaggagaacacagaggagatg
gagcccagagaaactttatccgaatccagatcagctgggagcccagagccgaagctgcag
aagcagctacaaatacacttgtaccgtctgcctgattgggtcctgaagtctggcgctcag
tctgtgcggtggcagtcgttggatcagtctgttgtccaatcccatccagcactgtcccag
cttctaacacagcctgccatttcacagcgttcacgccacgtcacaaactccctcctttca
ccgcatcccgttacagactctccacagaagtcttcagcgttacgaatgcagcatgtgcag
tcgatgtcgtgtttgcatgagtctgtgccatcagcacctcaacaggatccaaagtccaaa
ccgcacgcagctcggacaacggtttcctcgcagattcgctcgcaaggatctgaggtgaag
cgcccagacactcggctggagaatgacacaaaacaaactgtctgcaaagttgggccagaa
ccctgctcgacttttagctcaggcacaaaggagcgtgtccaggaggagctgaaggagccg
cctgacgaggacgacaaggactcatctgttaaagggacagtgctgagctgtccaagaact
gacccacaatatgtccttcgttctcagaatcctgctgaatgtgcatcactgaacacaaca
acagggataactaatggatttccccaaaggggcctgttgcagagcaagcacaagatccgt
gtagacttcaaggaagactgtgcagtcaagaacgtctggttaatgggcggcctcagcatt
ctcagctcagtcccgtcgactcctctgcccgtctgtctcctgtgtgccagtaaaggaaaa
catgagatgattttctgccagatctgctgtgagcctttccacgttttctgcctcccactt
gaggatcgccccctggaggagtccaaggagaactggtgctgcaggcgctgcaaattctgt
aacgtgtgcggccgtagaaacaagagctccaagcctgtgttacaatgcagaagatgccag
acatcttatcatccttcctgcctgggaccaacatatccaaagcccatgaactgctccatt
ccctgggtgtgcatgacgtgcattcgttgtaagagctgcggggtgactcctggaaaaacc
tggggcatgacctggaaccacgagcaagacctctgtccggactgcaccgctctccacaag
aaaggtcatttctgtaccgtctgccacaagtgctatgaagagagcagccaaccccctgag
atgattcagtgctcaaagtgcagccacttgattcattacagttgtgaagaactttcagaa
gagcttttggggcttctgaatcttccagacaacgtggattttatgtgtaccccatgtcga
cagcagcacacggaacaaagcagcttgaagaagcgtctgcagagtaaactgacagccggg
ctggaggaagtgctcgctgacctcctctcctccagcagcactcagcacctcctgctctgt
aaagagtgtcaggaaacaaacacgactccagatgttcaggaacagcaacatgtctgcgat
ctaacagctgtggagaagaaatttaaaggcgctcgctacacctcaataaaagctttttat
ttggatgttgctgctgtgatgagaaaatggctgaaagaagaggaactcctccctgaagag
cagagactgaccgtacagtccagagcgcactatgtccaagtgatgaagcaggttttcagt
tggcttcctgcatgccatctcaaaaagtggaactcgttctctgaagagttcccaaatggt
atgctcccagaggcagtcctcccaccttctaaggagcacagttacgcacagtggatggag
aggacataccagtccagagagtccagaggtcctcagactcacactgactgtaagccgtct
tcaatcctcacgcaggaatctggtgcaccgctcaacgcctctgtttatgcacaagaatcc
attaagtctgaagatgtgaggcagtgtgtcctgtgccagcaatatggagacgcagcttcc
agtgaggcggggcggctgctgtatttgggacagaacgactgggctcatatcaactgctgc
ctgtggtctgcagaggtctttgagcaggatggtgctctattgcaagtgcacagtgctgtc
tcaagggggcgctatctgcgttgtgatcgttgtgggcaatcaggagccactgttggctgc
tacctcgctaactgccagagcaattttcactttatgtgcgctcgagccaataggtgtgtt
ttccagcaggacagaaaggtgtactgctacgcacacaaggatctcctcagctcaaagatg
gtgtcggggaaagggtttgaagtgcctcgccgggtgtttgtggactttgaagggatcaat
ctcagaaggaagtttcttaccggcattgagcctgaaagcataaatatgacaatcggttct
ctgcagattcagaaacttggtgtgttgtcagagttgtctgcagtcgggaggatgttgtat
cctgttggttatcaatgctctcggttgtattggagtacactggacccccggagacgctgt
aaatacacctgcaaagtgacagaagtgagctctcctctacccggtgaagaacaagatctg
aggtgggacaaagaagaaaaccacaccatagtccacagcccaaaccaccacagaggagag
ccggatctcacagatttggagtctccagattgtttaagctcgtcttccagtccagtaaag
tccgcgaccccatcacccaactctaaaatacacaacacacctggttctaaaagtcctggt
tacaaccagaccaggagacctgcaggaggatcatcacgtcctctcccatctccagggtct
gctcatcacaaatctcatcacatcctgactctgagggacctcgacgacccccgtcgcccc
cgcaggctctcatcgagacgacgctgcagctcctcgccaaccgagagcaactcgtctgta
ccaacgagccttcgctccgtaaaccccagagccgccctgttcggttcccatccaaggtct
tcaaccgtcggctccgcctcccctccgctctcacgacagaactcatcgtctccggtttgg
aactctcctcccaaatcaaacgccagcgtttctccagcactttcgcctcgccaaggggcg
gcctctcactcccccagaggaatgcagaacttcaaaatcacaaccctggtgtcggcagag
gttccccaagacttcctggcgtcgtccgaggcagaggatgcagctgtggccacaacaaat
gggatctctcttgctcctggtaacctggaggaggaagtagcccagctgatgtcccaggag
ctaccttacacggtattcgacacggacgtagcagtggcctccatactgaacactaaactg
gagtttgacgaggctcttcttgccgagaatgtgactcttaacgcmaaagcagaggtggaa
agtggagcgcagaatgacaatcaggagaaggactctggtgacgaagactcgagtcgttac
gtcagatttacccgtacggttgtgagtaatgccacaggtagcgccgacacctccagtcag
cttccttctgcaccttcaatctcacagttggatggagcggacagcgggtcagagagtgag
gatgctgaggtgctcgaggaagaaaccaaggttcccaccgtttacgaaacacccacaaaa
cgtctaacagttaatctaaccaggctggagccaacttacactttgtcaatgccgaacacc
gagcacccagtaatcgaaccagcctgccaggaaaccccaccctcacctgtatttctggag
tcgagttgcatcaacaatgacttgtcgttacaagaagaggaggtcccgatgacctcagac
acgtcgacatctcagaacaaaatgcttctggattcagagacmggtcattttgtttcttcc
gcagccgactccatcgtaacctcaaaccgcagtaacgttataaacctcgatgaaagttcc
tcgtcctccgacttgtctttaggttataaagatgatttgcgtgatgctgattttcgacca
gagactgaacggccaatgatgaagaagactattttagtgaagaaaaaaccgtgtacacca
aacctgaagcttctgttcccgaaacagaatctcctgcaacacccaaaagtcaacgtcttg
gcctctcggcccgcacagaccatcagaattgttccccagacccgtgctactttctgcaca
gtcccacgtccggtctcctcccccatcatcatcaatggtttaagtactttacccattcaa
cccgtgcagggcagaaccattgcaatccgcctggacagccccaagcccgagcagcagaag
caggtggttccgaatcaggccgaggctccgggtttgcccactcctcagactcctcctgtc
cgtcaggtcctgctagtcaaccgtcagggtcagattcttgtcaaagacccacgaacaaac
acgtttcagacactttctgcaaactcgccgacttacaataagataagtcaaattgctaaa
atcctccacggtgggaccgctttgagtcagtctgttcctcgtgtcgtaacgaagcctcag
cccagcccatctgacgcaaacaacctccctgccagcaaccacaccacgacggagaagaaa
atcattctcagagtgttacctgtgaaaagccccctagccccggtcactatagaaagtctt
cctcagccgactctttccaacgttcaacaaagcacagctcaagctattatcaycaaagca
atggccactcacagtgacgcaccgaggccaaaacccatcatcctaagcaacgctggccgc
ctaaaggccagacatcgaagaccgtcgcaggttccagacacggatgactcagatcagtca
tccatggaacgctcagagacccccagtattccccgcaggggaccaagacgacaccaagtt
cgagtaaagagagtatcctccgtgtctgaaagggcctccaggaaaaaatccaaaactgac
gtcctaatagatctctcaaatgaaccagaagaagttcagcaaaccaggacaagtcgtgtt
cgaatgaaagctccaacgataaatgatgtccttgatctgactcaggaggacaagtctgaa
cccgaatcagagaagatcgcagcttcaccacttcatacacccactacacctcctacgcct
cttacacctcctataccatgcagatatcctcgggctcagagtcctctttcatttccacaa
accaggtctcatcctgaggctaaaacagacacgtgggtcagcgctcaacacggagacctg
tccgagtggggcccctatacaggttttagctcagaagaagatagtttggcactgaagcac
aggaagaagacacatatgaatcagcctcacctgcgatttgaaatcaccagcgaggatggc
tttagcgttaaagctaacagcatagaagttgcctggcgtgccgtgatcgacagcgtcctc
gaagcccgagcagacttccacctgaagcagcttcccctgggcctgatgagcggcccacgg
gtgctcggcgtcgtccacgatgccgtcatcttcctgctggagcagctggagggcgccgcc
aactgcaaacagcaccgcttccgtttccaccgctgcgacctggttgaggaggagctgcct
ctcaacccgagcggctgtgcgcgagctgaagtctacacccgaaaagcaacatttgacatg
ttcaacttcctggcatcacaacacagagcgctccctgattttgtaggtcccttcgatgaa
gacgatgatgaatttcccctaaaagcctctaggcgagccaccagctctgagctccccatg
gcgatgaggttcagacacctggaaaagatctcaaaagaagcagtgggagtttacagatct
ccaattcatggtcggggacttttctgtaaaaggaatattgaagctggagagatggtgatc
gaatacgccggcacggtcattcgagctgttctgaccgataaacgggagaaatattatgat
ggcaagggcatcggctgctacatgttccgcatcgacgacttcgacgtggtggacgcgacg
atgcaaggcaacgcagctcgtttcatcaaccactcctgcgagcccaactgctactcccgc
gtcatcaacgtggacggccgcaagcacatcgtcatcttcgccctgaggaagatctaccgg
ggcgaggagctcacctacgactacaagttcccaatcgaggacgacgacaacaagctgcgc
tgcaactgcggggcgaggcggtgtcggcgctaccttaactag

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (30)   

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