KEGG   Mizuhopecten yessoensis (Yesso scallop): 110467381
Entry
110467381         CDS       T05079                                 
Name
(RefSeq) mucin-17-like isoform X1
  KO
K11420  [histone H3]-lysine9 N-trimethyltransferase EHMT [EC:2.1.1.355]
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi00310  Lysine degradation
myi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:myi00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    110467381
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:myi03036]
    110467381
Enzymes [BR:myi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     110467381
Chromosome and associated proteins [BR:myi03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    REST complex
     110467381
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     110467381
SSDB
Motif
Pfam: Ank_2 Ank Ank_4 EHMT1-2_CRR Ank_5 Ank_3 SET Pre-SET PRDM2_PR
Other DBs
NCBI-GeneID: 110467381
NCBI-ProteinID: XP_021380178
Position
Unknown
AA seq 1757 aa
MADTENRNKQENAATIGESLNVDFAGAKEGGALAIMKTPEVVLNGSKLLDESNPEKVAEI
SKSPATNGYLSDTGTESKGDGPGDGVLATGKSDVQDVDKLKKKTIINGNIAPIISIETLA
TDNKNTSEQVKHDVINPESETVNDSPMISSSKHPAPSEKIVSPQLDCEQNGHPPSEEAQD
GLTVSRLLGAGSPSTDVSGTGPTENPETVSGSVSTRTCRSRSKTPVTTRSRSGTPVSVAG
TASSIEDSRSSTPVSTAISSCTSVVSDGSRSTTPDPISKMKTDPDKVQSDSSIQGILAKE
EEDEKEKDSIISTEKPKDMCVKESSVIENVVNTTEIKTIELSSESTDAVQTSVNKTEMAD
PPLETNPPCDTHSEDQDSLDAKLRSQSARSSEERSFIGNVRSSEERYLGSPLGNLSGCRS
SEERSLDSTDSAMSNKSRTIVPKARKSGFPSSSRRKRDLLLPNNVIVKLPDFDNPIQIDS
RTLEKISRLGKMENKHKGAGPSKFHDKHLPKKSSPKLSSKRSSPILSSPSKKFPYKRRKR
KLGGYKLPNEIRKGKTGKKKNDSESGKDTKGSDCDDSIDGQMVVDFNDSQDTASDTSAMD
VDNNLCVEHKSQELSVPGRMAIKVEADIHNEHFSVASESDRVLNNSAFAPTSPEASKDGS
TKSVWDIFKHSTNVTPKSKNTLGSTRSTKGACVRKLEKMGKELHKGKTMDAYLLGNHPKS
EPDTETKVSESIVMNTPSSHKVDSDETRKRKKIEDDDSDEEVTIRSRPMSTPQSPFQHQS
GKKLKLEDTRKTLITVLNTPPGSMPTPTGLRSLLPRSLMGSPTNSMPKLETHTAMQNVIA
SNNPPKLIVLSSGSLSNSLQQPPFSSSIAMVTKPLTTGATPPISSPLCIKSNNSQMEMTP
QGRAPVLKNLLTENMGRVVCLGGGEPESEKENSSDSLPSSMSYPVTPPKTPDDQHSEDLS
SVPIKSGIDYIQAPPGPTPPDKDIIPLCCCKINGASFKKLGCSTTYCQALDSIDGKVMGC
CNKVTSSQLVRPGVKIPFMALCEAHRKRLRLHQCCPGCGHFCTQGKFYHCRKEGAVSVHH
FHKQCQVLKGGKYYCPHCGEESQQFEVSLSLEEPGTESLTDEKPNARAAHINRAKMSIHA
NTYRSFLKPDKDPSEDQITASHKLSNERTLSTGGVPIGPDKNALEKVINSLAMERPLKYR
KLPKSMYNPAYEGDLEKIIYMIVDGFEPDEKYEDFDNQTSLHAAAIGGSLPIVHLLVQAG
ASIHRIDKEMKTPMMYAAENNHINIVQYFLKMNADVTLRAEDGMTVLHYAAKAGHVGVIK
LLLEADKIDINVQDDGGWTPIIWASEHRYVNAVKYLVKNGADPNLKDKEENTSLHWAAFS
GSVDIAEIFLNAGCDLETPNEHGDRPLHIAARQDHYECVVLFLARGADVEAKNNENEVPI
QCCLNENSPVWLALRVNKQLKGFAAARMGRPERLIHRDVSMGRENIPIAVVNGADDDPIP
TDFQYITENVETADLNINRTISSLQSCRCSDNCSSMFCVCGRNSVKCWYDRGCRLLPDFN
MLEPPLIFECNKGCRCWSTCNNRVVQMGIASRLQMVKTNGRGWGVKSLLDIPKGMFICEY
IGELISDSEADSREDDSYLFDLDNRDGDTYCIDARRYGNISRFVNHLCEPNLIPVKVFVE
HQDLRFPRICFFSSRDIKADEELGFDYGEKFWMIKWKQFTCACGSPKCKYSSETIQKTLE
DYRLRHEDEGTGEGGTT
NT seq 5274 nt   +upstreamnt  +downstreamnt
atggcggacacagagaacagaaacaaacaagagaatgcagccaccattggagaatctttg
aatgtggattttgcgggggcaaaggagggtggagctctcgccataatgaaaacaccggaa
gtggtccttaatggcagcaagcttctggatgaatccaatcctgaaaaggtagctgaaata
tccaaaagtcctgccacaaacggctacctatccgatactggaacagagagcaagggagat
ggacctggtgacggtgtgctggcaactggaaaaagtgatgtccaggatgtagataaactg
aagaaaaagacgattattaacggtaatatcgccccaattatatcaatagaaactttggca
acggataacaaaaacacttctgagcaagtcaaacacgatgttataaaccccgagagtgaa
actgttaatgattcaccaatgatttcctcttcaaaacatcccgcaccaagtgagaaaatt
gtatcgccacagttagattgtgaacaaaatggtcatcctccgtcagaggaagcacaagac
gggttgacagtttcaaggttattgggtgcagggtcacctagtacagatgtgtcaggtact
gggcctacagaaaatccagagactgtttctgggtccgtaagtaccaggacatgtaggagc
cgcagcaagactccagtcaccacacgtagcaggagtggaacacctgtcagcgtggcgggc
actgcctcttctatagaagacagcaggagtagtactcccgtaagcactgctattagcagc
tgtacttcagtggtttccgatggtagtaggagtacaactccagatcccatctcaaagatg
aaaactgatcctgataaagttcaatctgattctagtattcagggaatccttgccaaagaa
gaggaggacgagaaagaaaaagactccataatatctacggagaaaccaaaagacatgtgt
gtaaaggaatctagtgttattgaaaatgtagtgaacaccacagaaattaagaccatagaa
cttagttcagagtccacagatgctgtccagacttctgtcaacaagacagaaatggcagac
ccaccactagaaacaaaccctccatgtgacacacattcagaggatcaggattctttagat
gcaaagttaagaagccaaagtgcccgtagctctgaggaacgttcgttcattggtaatgta
cgaagttctgaggagcgatacttaggaagtccattaggtaatctctcaggttgtcgaagt
tcagaggaacgatctctggactcgacggacagtgcaatgtcaaataaatccagaacaatt
gtgcctaaagcccgcaagtcaggattcccatcatcatctcgaaggaaacgtgacctgttg
ctaccaaacaatgtcatagtgaagttaccagactttgacaatcctatacaaattgatagc
cggacactagagaagataagccgattaggaaaaatggaaaacaagcataagggggcaggt
ccctcgaaatttcacgataaacatttaccaaagaaatcttccccaaagctctcatcaaaa
cgctcatcccctatcctatctagtccaagtaaaaaatttccctacaaacgcagaaaacgg
aaactaggaggttataagcttcccaatgagattcgtaagggtaaaactgggaaaaagaaa
aacgactctgagagtgggaaggacactaaaggttccgattgtgatgatagtatagatggc
caaatggtcgtagattttaatgacagtcaggatactgcaagtgatacgtcggcaatggat
gtagataataatttgtgtgtagagcacaagtcgcaagagttgtctgttcctggcaggatg
gctataaaagttgaggccgatatccataatgaacattttagcgtagctagtgaaagtgat
agagtattgaataattccgcttttgccccaacaagtccagaagcatccaaagatggcagc
actaaaagcgtttgggacattttcaagcattctactaatgtcacaccgaaaagtaaaaat
actctaggcagtacccggagcacgaagggggcatgtgtcaggaaattagagaagatggga
aaggagctccataaaggtaaaaccatggatgcttatctgttggggaaccaccctaagtcg
gaaccggacacggagaccaaggtatcagaatcaattgtaatgaatactccatcttcacac
aaggttgattcagatgaaacaagaaaaaggaaaaaaattgaagatgatgattctgatgag
gaagtgacgatccgttcccgtcccatgtccacacctcagtccccattccaacatcaatca
ggcaagaagctgaagttggaggatacacgcaagacccttataactgtgctcaatacccct
cctgggtctatgcctactcccacaggccttcgctctctactgccacgctcactgatgggg
agccccaccaactcaatgcccaagcttgaaactcacaccgcaatgcaaaatgttatcgct
tccaacaatccgcctaagctgatagtgctgtcatcagggtcactatctaacagcttacag
cagcctccatttagctcaagtattgccatggttaccaagcccttaaccacaggggccaca
cccccgatttcctctccgttgtgtatcaagagtaataattctcaaatggagatgacccca
caggggcgtgcgccagtcctgaagaatctgttgacagaaaacatgggcagggtggtgtgc
cttggaggaggtgagccagaatctgaaaaagaaaatagttcagactccctcccgtcgagt
atgagttaccctgtcacaccgcccaagactcctgatgaccagcacagcgaggacttgagt
tcagttcctataaaatctggcatagattatattcaagctccaccaggccccaccccgcca
gacaaggacatcatccctctgtgttgctgtaaaatcaatggtgctagttttaaaaagctt
gggtgtagtacaacgtactgccaagctctcgactccatcgatggaaaggtgatgggttgc
tgcaataaggtgacaagttcccagctggttcggccaggagtcaagataccgttcatggct
ttgtgtgaggctcaccgtaaacggttacgactacaccagtgctgtcctggctgtggtcac
ttctgtacacagggcaagttttaccattgtaggaaggagggggctgtatcagtccaccac
ttccacaagcaatgccaagtcctgaagggaggaaagtactactgtccccactgtggggag
gagtcgcagcagtttgaggtgtccttgtcgttagaggaacctggtacggaaagtctaacg
gatgagaaacccaacgccagggcagctcatataaacagagccaagatgtccatccacgcc
aacacatacagatcattcctgaagccagacaaagatccaagtgaagatcagataactgcc
tctcataaactatctaatgaaaggacactgtctacaggaggagtccccattggacctgat
aagaatgccctagaaaaggtcattaacagcttagctatggagaggccattgaaataccgt
aaattgcctaaatctatgtacaacccagcatatgagggcgacttggaaaagatcatctac
atgatagtggatggttttgagccggatgagaagtatgaggattttgacaaccagacctcg
ttacatgctgcagctattggtggtagtctacccattgttcatctgcttgtacaggcaggg
gcatcaatccacagaatagacaaggagatgaagaccccaatgatgtatgcagcagaaaac
aaccatatcaatattgttcagtacttcctcaagatgaacgctgatgttacgctaagggct
gaagatggtatgaccgtgctacattacgccgccaaagccggccacgtaggagtaatcaaa
ttactcctggaggcggacaagatcgacatcaatgttcaggatgatggtgggtggacgcca
attatttgggcatcagaacacagatatgtgaatgctgtcaaatacctagtgaagaatggt
gctgatccgaacctcaaggacaaggaggagaatacaagtctacactgggccgccttctct
ggtagtgtggacatcgccgaaatatttttgaacgcaggctgtgatttagagactccaaat
gaacatggagaccgtccattacacatagcagcacgacaagatcactatgagtgtgtagtg
ttattcttagctcgtggtgcagatgtggaagcaaaaaataacgaaaatgaagtgcctatc
cagtgttgtctaaatgaaaatagtcctgtgtggctggctcttagagttaacaaacagctg
aagggttttgctgcggccagaatgggcagaccagagaggttgatccatagggacgtgtca
atgggcagagaaaacattccaatagcggtggtgaatggtgccgacgacgaccccataccc
acagatttccagtacatcacggagaatgtggaaacagcggatctaaacatcaacaggacc
atcagtagtttacagagttgccgatgttctgataattgctcttccatgttctgtgtatgt
ggacgcaacagtgtcaaatgctggtatgaccggggttgtcgactgttgccagacttcaac
atgctggagccaccattaatatttgagtgcaacaagggctgtcggtgttggagcacttgt
aataatcgtgttgtccagatgggaatagcgagtcgactacagatggtgaaaactaacggc
cgtggctggggcgtcaaatcactgctagatataccaaagggcatgtttatctgcgagtat
attggtgagctcatctcagattcagaagctgacagtagagaggatgattcttatctattt
gacctggacaacagggatggagacacttactgtattgatgcacgtcgttatggtaacatc
agccgctttgtcaaccacctttgtgagccgaacctgatccctgtcaaggtgtttgtggag
catcaggacctgcgcttccctcgcatctgtttcttctcttcgcgtgacatcaaagcagac
gaggagcttgggtttgactatggcgagaagttctggatgattaagtggaagcagttcaca
tgtgcctgtggctcgcccaagtgtaaatattctagtgaaacaatccagaaaacactggag
gactatcgcctccgacatgaggatgaaggaactggagaaggtgggaccacgtaa

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Ontology (3)   
   KEGG BRITE (3)   
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 (160)   
   KEGG ORTHOLOGY (1)   
   RefGene (156)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (191)   

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