KEGG   Echinococcus granulosus (hydatid tapeworm): EGR_04225
Entry
EGR_04225         CDS       T05553                                 
Name
(RefSeq) Lysine-specific demethylase 6A
  KO
K11447  lysine-specific demethylase 6A [EC:1.14.11.68]
Organism
egl  Echinococcus granulosus (hydatid tapeworm)
Brite
KEGG Orthology (KO) [BR:egl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:egl03036]
    EGR_04225
Enzymes [BR:egl01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.11  With 2-oxoglutarate as one donor, and incorporation of one atom of oxygen into each donor
    1.14.11.68  [histone H3]-trimethyl-L-lysine27 demethylase
     EGR_04225
Chromosome and associated proteins [BR:egl03036]
 Eukaryotic type
  Histone modification proteins
   HMT complexes
    MLL3/MLL4 complex
     EGR_04225
   Histone demethylases
    EGR_04225
SSDB
Motif
Pfam: JmjC KDM6_C-hel TPR_1 KDM6_GATAL TPR_2 TPR_12 TPR_17 TPR_19 TPR_8 TPR_11 TPR_16 TPR_MalT TPR_7 ANAPC3 DUF2226 ANAPC8
Other DBs
NCBI-GeneID: 36339940
NCBI-ProteinID: XP_024352175
Position
Unknown
AA seq 2415 aa
MAALLSRTVNCDNLWRPWYIICVTCLQVFMLYSGIARYIAFKEHLFDPKYGGNWNPAGMN
FYLAMLIIATFFVLLFLYASLVRGSNLAGEGVALGQESVLYHPGPFHWPQQSQSQQEGSN
AGLYATANGVLERGNLSAGLGAVGEEEGVPPFDTWSARSAAHVPPSDFATYPGLPTMFRS
MVSTGGTNVTGGKERWFSLCGLWRRFQRRFIPTSSLMHIISAHAFLLPLPVLEAQLIFHH
VLPFENVWKSNLNAILRSSPSNAMSVEFFNLLLAFAVLALRYPAVFWRTNHAFAFTFSLL
LVILGVHGLLEMNSVEVIVKLCWNDKNFASSQAGLCQASVVGASNGGDKVDFLGPAVFEK
PKKDPEGLQNATALFLSTFGTLTMLLLTVCVFDYGIDQFVDRLIALRSAIFGPASQDVAP
SDTASIQGGGVGGVCGLKSEGQRRRQRGTVWRRLVAVVGALCVLAIKMPVLIACGHAFGA
SRSPLLLANIVATVFFFCVWFIIWFAFCLKSEWKFKVTYTSPLHLPISHPLTVQYPSQSA
AALTRLGGNGGGVPGGLPGTLLATVTGVAPQRVQQDGMRCVSGAGGGGGAAGGGGGGPRL
TSGSPPLYACLHDGGPAAGICRLAGVVSSPPPGGQVPIGQSNRAAAGAQQNVDCYSVDTE
GSSRQSGTNNYVCLQSALNTTNALGMNPLPQSQSFGNDVPVNTSSFDQQVPRSTPQENGD
PLSALRYALRPSEILSPGSLRFINNTPFAAQGSGEADAGQLLTDSVQETHNFLPQSSVST
TVATTTTTSAVSGTKMDESKQPQPRVTFKELTKTMKNSPSTSEASSSPNPNSSSDSGIDN
HGFPVTTTTTTTISGSLFATLPCVSRTSLSLSFNGTVKNRTAEPTYYNQEQMSSSSTSTP
GVFECPSMPPLNLPQNEAGEVSFASLSRRFVSVSGTGVGYEGMRLKTPIVRYLSVLAGVK
VDNGRGKDFAGRKPGYLSGIRAHVDRVGGWNCFWVFPSNMASPPYLSLSFTEEEATKLAE
LDSLEFGFFRIDANDNRKLLERVVFYLDGIIARKVYELEEARAKEEQEELRILDEMQNSV
QSPTKIRVNVYLKYSKMQDESIPPIIYLLLGHYQLLLNLYDDAFSAYSKYESLVDEKGRR
NLSFLYGLALCCFHFGAFNRALLLFQQILYLQPSFPRRKEIHIRLGYIYKLRKDLDKSHR
HFRQALRDESPSTWGPIEIQFQIGHLLEVCGRIKQAKATYEQILESVQPDTATHVQHLCL
RQLAWLYQTGGGGQIGGKGEPGVASPAHKELAIQLLQKAVDLDSSNGKTWYLLGRCQAAV
NRVQDAFRAYRSSIDKTEASADTWCSIGVLYQEQNQPMDALQAYFCAVQLDKCHVTAWVN
LGTLYESMHQFKEALKCYTNAVNADKRDVIKPPVKARIATLQQLLPRLADKVMVGCGGVG
VDVSLVNAAGGAISSSALSTTPLTKLPTVDAAWDLPIPAELTQRQVQLMLQEANRSQCSA
FSNSGSHWAALLSSNAVKLEEEEEEGGKAMKVGKGSSRDGIQKHGDEPPRPFKRLKVEEE
EEEGEEGRKRNFSELSLLPDPPPSADEISTLYNLLCQGNGQSARQRHQFQRIYTKAFNYL
LYKKRHPEATAALTDDPFACASRHIFKRQITPASASEGSEGTGVMVSASSTKVSISTPPA
CVTSSADDVEKVGQRQQQQVDATVADLLSAAANDDTLSADQLPDDFALLTDDLFAQLNTT
ADELVDITLFQNPPSSTNGGGDGEYVGSAAGTSTTAGATDQGASSTTADMKSTEGEAQQC
PSAQPKRENITSSSQKDNCATAPSNVSEVPPKYSTPPKLVRNLGAFLTRPMVQLKSPTTD
LSTSMTAKQIIDAVSGLGRLGGPWWNSLLPEGSSLPSPPEKPLPACPADRLLPPTPCVYL
DKRKDAVSPELARFCLSQPVVVVRGLAAALRMDLGLFSTKSLVEANPNQRIEIRTQLASG
VDKTQAAPLSSTPLGEQSPWYLESPRSQTTITRYANYQAASFKEALREEKQGPGHQTSSD
STSAVERDSGAFAKGTSYCNDPMQRAPKVSPGGKSAGGSVTPISPRNKLIRFGIICDLSD
EEKWLPQLHELNKLPTIFRVTSAVNMLSHVGYPLIGVNTVQLYMKIPGSRTPGHQESNNT
CAVNINVGPGDCEWFAVPEQYWGVLHRLTERQGLDFLTGTWWPDVEELRQEGVPLYRFLQ
KPGDLVWLNAGAVYWVQALGWCNNITWNIAPLIARQYQLAVERFEYNRLRNVKSPVPVIH
LSWQLARNTRVGEIQLYELIKHTLLRTMVDSQLMLDFLDQLEIPVKRHGKKPDDIAHSCQ
DCEAIRTCEIEVFNLLFVTTQEKKTEVRCFACARRSDPGLRSFSVLSEYYMQELATIYDN
FQFQVQPVAAYSVVK
NT seq 7248 nt   +upstreamnt  +downstreamnt
atggctgccttgctttccaggacggtcaactgtgacaacctctggcgaccctggtacatc
atttgcgtgacctgcctgcaggttttcatgctctactctggcatagcccgctacatcgcc
ttcaaggagcacttgttcgaccccaagtacggcggcaattggaaccccgcggggatgaat
ttctacctggcgatgctcatcatcgccaccttttttgtcctccttttcctctacgctagt
ctggttcgcggatcgaatcttgctggcgaaggagtcgcactaggacaagagtcggttctt
taccaccctggtccgtttcattggccccaacagtcccaatcccaacaagagggaagtaat
gcaggtctctatgcgactgcgaatggggttttggagaggggtaatctcagcgctgggctg
ggagccgtgggagaggaggagggagtgccaccatttgacacctggtctgcccgcagtgct
gctcatgttccacccagcgattttgccacctatccaggcctacctaccatgtttcgatcg
atggtatcaactggagggacgaatgtgacgggagggaaggaacgttggttttcattgtgt
ggcctctggaggcgcttccaacgacgttttattcccacctcgagtctcatgcacatcatc
tccgcccatgccttcctccttccactgccggttctcgaggcccagcttatttttcaccac
gtcctacccttcgaaaacgtgtggaaaagcaacttgaatgcgatcctgcgctcatcgccc
tccaatgcaatgtcagtggaattcttcaatctcctcctcgcattcgcagtattagccctt
cgttatccagccgtattttggcgaaccaatcacgcctttgcctttacattctcccttcta
ctcgtcatcctcggcgtacacggccttctagagatgaactccgtcgaggttatcgttaaa
ctttgctggaacgacaaaaatttcgcttcttcccaggcaggcttgtgccaagcatctgtc
gtgggagcatctaatggtggtgataaagtggattttctgggaccagcggtcttcgagaaa
cccaaaaaggatccagaaggcctgcaaaatgccaccgcactctttctttccacattcggg
accctcacaatgctacttctcaccgtctgtgtgtttgactatggcattgatcaattcgta
gacagactcattgctttgagaagcgctatttttggacccgcttcacaggatgtcgctccc
tccgacacggcatcgattcagggcggaggtgttggtggtgtctgtggtctgaaatcggaa
ggacagcgtcgcagacaacgagggacggtctggcgacgtcttgtggcagtggtgggagcc
ctctgcgttctagccattaaaatgcccgtcctcatagcctgcggtcatgcctttggggcc
agtagaagcccactacttttagccaacattgtcgctacagtcttcttcttctgtgtctgg
tttattatctggttcgccttctgtctcaaatccgaatggaaattcaaggtgacctataca
tccccactccatcttcccatatcccaccctctcacggtgcagtacccctcgcagtcggct
gcagccctgactcgtctaggaggcaatggtggtggtgtcccaggtggtcttcctggcacc
cttttggccactgtcactggtgtagctccacagcgcgtacagcaggacggtatgaggtgc
gtcagcggtgctggcggcggtggtggtgctgctggtggcggtggtgggggcccacgtctg
acctccggcagtccccccctttatgcctgtctccacgacggcggccctgccgcgggaatt
tgtcgccttgcgggggtggtatcgtcgcctccccctgggggtcaggtgcctattggccag
tccaacagagcagctgcgggtgctcagcagaacgtggactgttatagcgtggataccgaa
ggcagtagtcgacagagtggcaccaacaactatgtgtgccttcaaagcgccttgaatact
actaatgcacttggaatgaatccactgcctcagtcacagtcctttggaaacgacgtgcca
gtgaacacatcatcgttcgatcagcaggtcccaaggtcaacgcctcaagaaaatggtgat
cctctcagtgctctgcggtatgccttgcgtcctagtgaaattttgtctccaggaagcctt
cgttttataaacaatacacctttcgctgcacaaggatctggtgaggccgatgcaggccaa
cttctaacggatagtgtccaggaaacgcataactttctccctcagtcatctgtttcaacc
acagtcgccaccaccactaccacctccgcggtctccggcacaaaaatggacgagtctaaa
cagcctcagccgcgcgttaccttcaaggagctgaccaaaactatgaaaaactcccctagc
accagtgaggccagttcgtccccgaatcctaactcatccagtgacagtgggatcgacaat
catggctttccagtgaccaccacaacaaccacaacgattagtggctccctgtttgctact
ctgccttgcgtatctagaacgagtcttagcctttccttcaatgggactgtgaagaacaga
acagctgagccaacttattacaatcaggagcagatgtcttcatcgtcaacatccaccccc
ggagtttttgagtgtcccagcatgccgccgttgaatctgccacagaatgaagctggagag
gtttccttcgccagcttgtcacgcagatttgtgtctgtttcaggtacgggagtggggtat
gagggcatgcgtctcaaaacaccgattgtgaggtatttgagcgtattggctggtgtaaaa
gtcgataatggccgtggaaaagattttgcggggagaaagccaggttacctttcgggaata
cgcgctcacgttgaccgtgtcggcggatggaattgcttttgggtttttccgagtaatatg
gcttcgccgccttatttgtcattatcatttacagaagaggaggctaccaaactagctgaa
ctcgacagcttggaattcggctttttccggatcgatgctaacgacaatcgcaagctatta
gagagggtcgttttctatttggatgggattattgcaaggaaagtatacgagctagaagag
gccagagcaaaagaagaacaagaagagcttcgaatccttgatgaaatgcagaattccgtg
caatctcctacaaaaattcgggtcaatgtgtatttaaaatattctaaaatgcaagatgaa
agtattccacccattatctatctcctacttggccattatcagctcctactaaatctctat
gatgacgctttctcggcttactcgaagtatgaatcactagtggatgaaaagggtcgtcga
aatttgtctttcctctatggccttgcattatgttgtttccattttggtgctttcaatcgc
gcgctccttttattccaacaaattctttatctgcaaccatcttttccacgacgcaaagaa
attcatattcgtcttggttatatttataagctaaggaaggacttggacaagagccacaga
cactttcgtcaagctcttcgcgacgaaagtcccagtacatgggggcccatcgagattcaa
ttccagataggccatttattagaagtctgtggtcgtatcaagcaagcgaaggcgacttac
gaacagatacttgagagtgttcaaccggacacggccactcatgtccaacatctctgtctg
cgccagcttgcctggctttaccagacgggtggaggtggtcagattggtggaaaaggtgaa
cctggtgtggcctccccagcacataaagagttggccattcaacttctgcaaaaagctgtt
gatttggacagttcaaatggaaagacctggtatctactgggtcgctgtcaagccgctgtt
aatcgagtacaggacgcctttcgggcctatcgtagttccattgacaagacagaagcgagt
gcagatacgtggtgctcgattggcgtgttgtatcaggaacaaaatcagcctatggatgct
ctacaggcatacttttgtgcggtgcagctggacaagtgtcatgtcaccgcgtgggtcaac
ttaggcaccctgtacgagagcatgcatcagttcaaggaggcgctaaagtgctataccaac
gcagtgaatgcggacaagcgcgatgtgatcaaaccaccagtgaaggctcgcattgcaaca
ctacagcaactgctaccccgccttgctgataaggtgatggtgggctgtggcggcgtcggt
gtggatgtaagtctggtgaacgcggccggaggtgccatttcttcctctgcactttcgacc
acccctctgaccaaattacctactgtcgacgctgcctgggatctgcccatccccgccgaa
ctcacccagcgacaggtgcagcttatgcttcaggaagcaaatcggtcacagtgctcagcc
ttctccaacagcggctcccactgggctgctctcctcagcagtaacgctgtcaaattggaa
gaagaggaggaagagggtggaaaggcaatgaaggttggcaagggtagttctagagatggt
atccaaaagcacggtgatgagcctccaagaccgtttaaaaggctcaaggtggaagaggaa
gaggaagaaggagaggagggtagaaaaagaaatttcagtgagctttcattgcttccggat
ccacctccctctgcggacgaaattagcacgctgtacaacctgctctgtcaagggaacgga
cagtcagccaggcaacgccaccaatttcagcgcatttacacaaaggccttcaattacttg
ctctataagaagcgccacccagaggcaactgcagctctgactgacgatccattcgcttgt
gcaagtcgacacattttcaagcgtcaaataacccctgcttccgcctcagaggggtccgaa
ggaactggggttatggtgagtgcctctagcaccaaggttagcatctccacaccgcccgcc
tgtgtaacctcgtcggccgatgatgtcgaaaaggtgggccagcgtcaacagcaacaggtg
gacgccacagtggctgacctactctcagctgctgccaatgatgacactctgagcgccgat
caactgcctgatgactttgctcttcttactgatgacctctttgctcagctcaataccaca
gctgatgaattggtggatatcactctctttcaaaaccccccgagttcgaccaatggtggg
ggtgatggggagtacgtcggaagcgccgccggtacttccactactgccggtgccaccgac
caaggtgcatcctccaccacggcagatatgaagtccacagagggcgaagcacaacaatgt
ccatctgcacaaccgaaacgcgagaacatcacctcatcgtcacagaaggacaactgcgct
accgctccatccaacgtgtccgaggtgccaccgaaatattccactccaccaaaactcgtg
cgcaacttgggcgcttttttaaccagaccgatggtgcagcttaagagccccaccaccgat
ttaagtacctccatgaccgctaaacagattatcgacgctgtttccggactcggtcggcta
ggtggaccgtggtggaacagcctgcttcccgaaggcagttctctaccctctcctcccgag
aagcctcttcctgcctgtccggcagacagactgttacccccgacgccctgcgtttatcta
gacaaacggaaagacgccgtttctcccgaattggctcgcttttgcctctcccaacccgtt
gtggttgtgcggggtctggccgctgctctacgaatggatttgggactcttctccaccaag
tctcttgttgaagctaatcccaatcagcggattgagattcgtacgcaattagcaagtggt
gtggataagactcaagcagcacctttgtcctcgacacccctgggtgagcagagcccttgg
tacttggagtcaccgcgttcccaaacaaccatcacccggtacgccaactaccaagctgct
tctttcaaggaggccctgagggaggagaaacagggtcctgggcatcaaacctcctccgat
tccacctcagcagtggaaagagactctggcgcgttcgctaaaggaacgtcatattgcaac
gacccaatgcaaagggcaccgaaggtgtcaccgggagggaagtccgctggtggttctgtc
accccgatatcaccgcggaacaagttgatccggtttggaattatctgcgatctttccgat
gaggagaagtggctgccacaactccatgaattaaacaaactccccaccatcttcagggtc
acctctgctgtcaacatgctctctcacgttggttatcccctcattggagttaacactgta
cagctttacatgaagatccctggctcgaggacgccaggtcaccaggagagcaacaacact
tgcgccgtgaacatcaacgtgggtccgggcgactgcgagtggttcgcagttcccgagcag
tactggggtgtgctgcaccgactaaccgagcgtcagggtctagacttcctcacggggacc
tggtggccagatgtagaggagttacgacaggagggtgttccactctaccgattcctacag
aagcccggcgatctcgtctggctgaatgccggcgcggtctactgggtgcaggccctgggc
tggtgcaataacattacctggaacatcgcccctttgatagccaggcagtatcaactggcc
gtcgagaggttcgaatataaccgtctgaggaatgtcaagtctcccgttcccgtgattcat
ctctcatggcagctagccagaaatactcgtgtgggggaaatacagctctacgagctcata
aaacacacccttcttcgcactatggtggattcacaactgatgttggacttcttggaccag
cttgaaattccggttaaacggcatggcaagaaaccggacgacattgcacattcctgtcaa
gactgtgaggcgatccgcacatgcgagattgaggtgtttaatctgctcttcgtgacgaca
caagagaagaaaacggaggtacggtgtttcgcgtgcgcacgccgaagtgaccccggtctg
cgctcatttagcgtcctgtccgagtactatatgcaggagttagccaccatctacgacaac
ttccagtttcaggtgcaaccagtggcagcttattcggtggtcaagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (27)   

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