KEGG   Paralichthys olivaceus (Japanese flounder): 109626185
Entry
109626185         CDS       T06037                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD1B-A-like isoform X1
  KO
K11422  [histone H3]-lysine4 N-trimethyltransferase SETD1 [EC:2.1.1.354]
Organism
pov  Paralichthys olivaceus (Japanese flounder)
Pathway
pov00310  Lysine degradation
pov01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pov00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    109626185
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pov03036]
    109626185
Enzymes [BR:pov01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     109626185
Chromosome and associated proteins [BR:pov03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     109626185
   HMT complexes
    COMPASS/SET1 complex
     109626185
    COMPASS/SET1 complex (yeast)
     109626185
SSDB
Motif
Pfam: N-SET SET RRM_1
Other DBs
NCBI-GeneID: 109626185
NCBI-ProteinID: XP_019937451
Position
Unknown
AA seq 1826 aa
MSKPGERNRLSEDHGRKQSSSLANGMDSHPVCGSAEKRSHHWRSYKLIIDPALKKGSHKL
YRYDGHTFNMPNPGMSPVDIVRDPRIGRLWTKYKETDLPVPKFKIDECYIGPVPPKEVTF
ARLNDNIREGFLMDMCKKFGDIEEVEILYNPKNKKHLGIAKVVFETVKAAKVAVQSLHNT
SVMGNIIHVELDPKGENRLRYFQLLMNGSYNPMTLPVGGEDARDVSPRSLAEVLLACEPI
RRLSESSVSAGGAALPPSSSSTPLSLDTGFSSLRQDTPQSQGTPLTPRQTSTPFSQDSNY
SSRQSTPAYQSSRPESSGGYKSRRHESKFQDAYNRRPERPQYRSNMYRGTTSEQGLFKQH
QLTPPEPPPSTPSFTAPPPATPNFKSTYSPYQAPLPPAFPPSEPTFHHPPQREGDYLRPP
QPPPPPAATDFLPVKEGPETPPIPEPPPEPAAQPTTPPPQTPERCPSPGSPALDPERNSL
DSRIEMLLKEKRTKLLPFLEERDSDTEVRMEGSPISSSSSQLSPIPPYTGSSQGGQQNSR
PSSTGLEDISPTPLPDSEDEEPIPGTAPLVKKITSPVHEKMSNSELKDGQFRVHTPTDKM
DTSHQSSGEDMEISEDEMPGTPITSGECGKGIVVNSAVSPMQTITIPPPGFPPLPHQAAF
TIPHHQLSLHAAVQGHPAHLAGHPGVPHHMLPHMGPYPPSMMPLVQMELMNCLRWEQWST
VPMSFQMQQQMLSRIAQTRGPYPYPHFMDSGASAQFGGPYAPLSLGTAPTSGSAGAPGQQ
WQQSSVPKFNPTVPPPGYEGKKEDPHKATVDGVLLVIVKELKAIMKRDLNRKMVEVVAFR
AFDDWWDKKERSAKASLTPVKGAEGKEEERPKPKETIGSSLLENWNKGEGLGYEGMGLGI
SLRGAIRLPSFKVKRKDPPEAATAGDSKRARPSTPVDDELEDEDRDRDPAELPLDDSKMD
SDSMSAKRRHSRPLELDSEGEEEVDTSGKEESSLSDRADEPDETGATDMLLSGKESGDEE
GDDEDSSSESASSDSSDDEAESSASSKVGSDSSAESEDSSENELSSEEEDDEEREEVETV
AEEDEGKEAVTSSTSSSSSSSSSDEEEAEAKPPSPPAGPVLEDKEDKRSKEVLSSKNKRR
PPSPVEEAVDLKPPSPKGPVKERDGTIPVVKSEPQEHVANLRPPTPTGTAPDSDRESKAK
GKTEAGEVACTPGRLPPPHLDPNAPVPKPVSASSMHLPLPPHPAIEGRSLLHPPPGPLPD
LPQRARLPTDEDIPRTPGRDLMERARSLGKSQSTDTVPNTPGSDAPLTGSSLLLSSPHIP
GSPFSYPAQSPVLSAGVPRTPGRDLTFTPVFPDPTALTLNRKVSSESLDDRPVFKEPPIC
ALPNQTLSTDTELSASVPEDLPAGLTVDVPVPSDTASSKRKPGRPKGKKIPSAADDESLE
LSSESTTLLHGAHLIDLSTQITSAKSPDHPSLDFREGDVKPQTVLPAEDGFLSYEDEAPV
VVKPARRARRGWEELLLNSLSPVTTPPRPYFKRRSDFEEMTILYDIWNEGIDEEDIRLLQ
ITYDKMLQQDNGNDWLNDTLWVGHPSTNIPGVKKKRRDDGMRDHMTGCARSEGYYKIDKK
DKIKYLQSTKLQYEEPPVDTQGMSIPAQVHASTRAGSERRSEQRRLLSSFACDSDLLKFN
QLKFRKKKIRFCKSHIHDWGLFAMEPIAADEMVIEYVGQNIRQVIADMREKRYEEEGIGS
SYMFRVDHDTIIDATKCGNFARFINHSCNPNCYAKVITVESQKKIVIYSRQPINVNEEIT
YDYKFPIEDEKIPCLCGAENCRGTLN
NT seq 5481 nt   +upstreamnt  +downstreamnt
atgtccaagcccggggagagaaacaggttgagcgaagaccatggcagaaagcagagttca
agtctggcgaacggcatggacagtcaccccgtctgcggctcggcggagaagcggagtcac
cactggagaagttacaagttgatcatcgacccggcgctgaagaagggctcgcacaagctg
taccgctacgatggacacactttcaacatgcccaaccccgggatgtccccggtggacatt
gtccgggacccgaggatcggtcgcctctggactaagtacaaagagacggatctaccggtg
cctaagtttaagatcgatgagtgctacatcggccccgtgcctcccaaggaggtgacattc
gcccggctcaacgacaacatcagggaaggatttctcatggacatgtgcaagaagttcggg
gacatcgaggaggtggagatcctgtacaatccgaagaacaagaagcacctgggaattgcc
aaagtggtttttgagaccgtgaaagccgcgaaggtggcggtgcagtcgctccacaacacg
tctgttatgggaaacatcatccacgtggagctggatccgaaaggtgaaaatcgcctcagg
tacttccagctcctgatgaatggcagctacaatccaatgaccctgcctgttggtggagag
gacgccagagacgtttcccctcgtagcctggctgaggtcttactggcctgcgagcccatc
cgaaggttgtcagagagcagcgtgtcagccgggggagcagctttaccacccagcagctcc
tccactcctctgtcactggatacaggtttctccagcctaaggcaggacacaccccagtcc
cagggaacccctcttaccccccgccagacaagtacgcccttttctcaagactctaattac
tctagtcggcagtccacgcctgcgtaccagtccagccgacctgagagctccggaggatac
aaatcccggagacacgagagtaagttccaagatgcgtacaaccggagaccagagaggcct
cagtaccgcagcaacatgtatcgaggtacgacatcggaacagggtctgttcaaacagcac
caactcaccccacctgaacctccaccctccaccccgtctttcacagcccctccccctgct
acgcccaacttcaagtccacgtactcgccctaccaggctccgctgccccctgcgttcccc
ccatcagagcctactttccatcacccaccccagagggagggtgattacctccgaccacct
cagccgccgccaccaccggctgccactgactttttgcctgtcaaggagggaccagaaacc
cctccgattcccgagcccccacctgagcccgcagcccaaccgaccacccctcctcctcaa
acgccagaacgctgcccctcccctggctcccctgcactggatccagagcgcaatagcctg
gactcccgcattgagatgctcctcaaagagaaacggacaaaacttttgcctttcctggag
gaacgagattcggacactgaggtgcgaatggagggaagtccgatttcctcctcgtcctct
cagctttccccaattcccccttacactggcagctctcagggtgggcagcaaaactcccgt
ccatctagcacaggcctggaggacatcagtccgaccccactaccggactctgaggacgag
gagccgattcctggaactgcccctctggtcaagaaaatcacttctcctgtccacgagaag
atgagcaacagtgaactgaaagatggacagtttcgagtccacactcccactgataaaatg
gacacgagtcatcagtcgtcaggcgaagacatggaaatctctgaggatgagatgcctggg
actccaattaccagtggcgaatgtggcaagggcatcgttgtcaactccgcagtgtccccg
atgcagaccattaccatccctccccccggcttcccccctctgccacaccaggccgccttc
acgatcccgcatcaccaactgtcccttcacgctgccgtccaggggcatcctgctcacctg
gccggtcatcccggagtgcctcaccacatgcttccacacatgggtccctaccctccgagc
atgatgccactggtgcaaatggagctaatgaattgcttgcggtgggagcagtggagcacg
gtgcccatgtcgttccagatgcagcagcagatgttgagtcggatcgctcagactagaggg
ccctatccctatccacactttatggacagtggtgcgtcggcccagtttggtggaccttac
gcacctctgtctctcggtactgcgcccacgagtggcagtgcaggggcacctggacaacag
tggcagcaatccagcgtaccaaagttcaaccccactgttcctccacctggatacgagggt
aaaaaggaggatccgcacaaggccactgtcgatggcgtgctactggttatcgtcaaagag
ctgaaggccatcatgaagagggacctcaaccgtaaaatggtcgaggtggtggcttttaga
gcctttgatgactggtgggataagaaggaacgctcagcaaaggcatctttgactccagtg
aagggcgcagaggggaaagaagaagaaagacccaaacccaaagagacgattggttcgagt
ctgctggagaactggaacaagggcgagggactgggctatgagggaatgggcctgggaatc
agtttgcgtggagccatccgtctaccctccttcaaggtgaaaaggaaggacccaccagag
gccgcgacagcaggcgacagtaaacgagcccgaccctccactccagtcgatgacgagctg
gaggatgaagaccgggatcgagacccagccgagctccccttggacgattcaaaaatggac
agcgacagcatgtctgcaaagcgacggcactcgcggccactggaactggacagcgaggga
gaggaggaggtggacacgtcagggaaggaggagtcgtcgttgtcggacagagcggatgaa
cctgatgaaactggagctacagacatgctgttgtcaggaaaagagagtggtgatgaggag
ggtgacgatgaagactcatccagcgagagtgcctcctccgattcatctgatgatgaagcc
gagagttcagcctcctccaaggtcggctcagactcctcagcagagagcgaagactcttcc
gagaacgagttaagctcagaagaggaggacgatgaggagagggaagaagtggagacagta
gcagaagaggatgaaggcaaagaggctgtgacgtcgtccacctcttcgtcatcatcgtcc
tcatcttctgatgaagaggaggcggaggccaagcccccgagcccacctgcaggacctgtc
ctagaagacaaggaggataaacgaagcaaagaggtgcttagcagcaagaacaaacgcaga
cccccaagtcctgtggaggaggcagtggacctgaagccgccttcacctaaaggcccagtc
aaagagcgagacggcaccatccccgtagtgaagtctgaacctcaggagcacgtagcgaac
cttcggccacccacgcccacaggcacggcgccagacagtgaccgggagtcgaaagccaaa
ggtaaaacagaggctggggaagtagcctgtacccccggtcgattacccccaccccattta
gatccaaacgcacctgtccccaaacccgtctccgcatcttcaatgcacctccctctccct
cctcaccctgcgatagaaggtcgttccctccttcatccaccccccggtccccttcctgac
ctcccacagcgggccaggctccccacagatgaagacatcccccgtacaccggggagggat
ctgatggagcgtgcccgcagtctgggcaagtcccagagcacggacacagtgcccaacaca
cccggtagtgacgccccgcttacggggagtagccttttgcttagctcgcctcacatccct
ggtagccccttttcctaccccgctcaatcccctgtcctcagtgctggagtcccccgcacc
ccaggaagagacttaaccttcacccctgtcttccctgaccccacagcactaactcttaat
aggaaagtatcctctgagagcctggatgatagaccagtttttaaggagccgcccatttgt
gcactgcctaatcaaaccctgtccactgacacagagctctcagctagtgtccctgaagat
ctgcctgctggtctcactgtagacgtccctgtgccatcagacactgcttcatcgaagagg
aaacctggacgacccaaaggcaaaaagataccatctgctgcggacgacgagtctttggag
ctctcatccgagtccactacattgcttcatggagcacacctcatagatctatccacgcaa
atcacgtcggccaagtctcctgaccacccgagtctggacttccgggaaggagacgtcaag
cctcagacggttctgcccgcagaagatggcttcctctcctacgaggacgaggcgcctgtg
gtcgtgaagccggctcggagggcgcggcgaggctgggaagagctgctgctgaacagcctg
tccccggtcaccacgccgcctcggccgtacttcaagcgacgctctgacttcgaggagatg
accatcctgtacgacatctggaacgagggaatagatgaggaggacattcggctcctgcag
atcacctatgacaagatgctccagcaggataatggcaacgactggctcaacgacacactc
tgggtcggccatccttctaccaacatccctggagtgaagaaaaagaggcgagacgacggc
atgagggatcacatgaccggctgcgcccgaagcgaaggttactacaagatcgacaagaag
gacaaaatcaaatatcttcagagcacgaagctgcagtatgaggagccgccggtcgacact
cagggtatgagtattcctgcacaggtccacgcctctaccagagctggctcggagcggcgg
tcagagcagcgacgcttgctgtcctctttcgcatgtgacagtgacctgctgaagttcaac
cagctgaagttccgtaagaagaagatcagattctgtaagtcgcacatccacgactggggt
ctgtttgccatggagcccatcgctgctgatgaaatggtgatcgagtacgtcggacaaaac
atcagacaggtgatcgcggacatgcgggagaagcgctacgaggaagagggcatcggcagc
agctacatgttccgtgtcgaccacgataccatcatagacgccaccaagtgtggcaacttc
gcccgtttcatcaaccacagctgcaatcccaactgttatgcgaaggtcatcactgtggag
tctcagaagaagatcgtcatctactccaggcagccgataaacgtcaacgaggagatcacg
tacgactacaagttccccatcgaggacgagaagatcccctgtttgtgtggggcagagaac
tgcagaggaacgctgaattaa

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

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