KEGG   Myotis davidii (David's myotis): 102760935
Entry
102760935         CDS       T02992                                 
Symbol
PRDM2
Name
(RefSeq) PR/SET domain 2
  KO
K11432  [histone H3]-lysine9 N-trimethyltransferase PRDM2 [EC:2.1.1.355]
Organism
myd  Myotis davidii (David's myotis)
Pathway
myd00310  Lysine degradation
myd01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:myd00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    102760935 (PRDM2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:myd03000]
    102760935 (PRDM2)
   03036 Chromosome and associated proteins [BR:myd03036]
    102760935 (PRDM2)
Enzymes [BR:myd01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.355  [histone H3]-lysine9 N-trimethyltransferase
     102760935 (PRDM2)
Transcription factors [BR:myd03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 PRDM
    102760935 (PRDM2)
Chromosome and associated proteins [BR:myd03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     102760935 (PRDM2)
SSDB
Motif
Pfam: zf-C2H2 zf-C2H2_4 zf-C2H2_6 zf-H2C2_2 zf-C2HE zf-C2H2_11 FANCL_d1 PyrI_C
Other DBs
NCBI-GeneID: 102760935
NCBI-ProteinID: XP_006766766
Position
Un
AA seq 1503 aa
MRDSAEGAKEEDEKPSAPAAEQTAVQEVVNQDVLPELGTPLPACELHTEPDKKLEATNCE
VNDLEEEEEEEEEEDDGLEEEGEEEADMPNESSVKEPEIRCDEKLEDLLEEPKNISKETL
EDSPEVTPVIKIPKTKEEANGDVFETLMFPCQHCERKFTTKQGLERHMHIHISTVNHAFK
CKYCGKAFGTQINRRRHERRHEAGLKRKAGLTLQPSEDLADGKESGDSVTPKDDSIPPNL
GQNCLILSSEKASQETVNSSVVEENGEVKELHPCKYCKKVFGTHTNMRRHQRRVHERHLI
PKGVRRKGGLLEEPQPPAERAQPPQNVYVPSTEPEEEGEADDVYIMDISSNISENLNYYI
DGKIQTSSSTSNCDVIEMESSSADLFGINCLLTPVTVEITQNIKTTQIPIADNLPKEPSS
STNSESKRRRTASPPVLPRIKAEAEPEPIAPSCSLSLPLSISTTEAVSLHKEKGVYLSSK
LKQLLQTQDKLTPPAGILAAEITKLGPVCVSAPASMLPVTSSRFKRRTSSPPSSPQHSPA
LRDFGKQSDGKAVWTDAVLGSKKPKLESHSNSSPVWSLSGRDERETVSPPCFDEFKVSKE
WAASSTFSPVCNQQPLDLSSGVKQKTEGTGRPPVQWESVLDLSVHKKTCGDSESKEFKDS
SVAQPTCGAGKKKKPTTCMLQKVLLNEYNGIGVPIENTADVTRSPSPCKSLDPQADPDLG
PDTSLSAPPVEHPPDVSPSSPACQAPSLSSGQLPPLLMPTHPSSPPPCPPVLTVATPPPP
LLPTIPLPAPSSGASPLPCPSPLSNATAQSPLPILSPTVSPSPSPIPSVEPLMSAASPGP
PTLSSSSASSSSFSSSSSSSPSPPPLSAVSSVVSSGDNLEASLPMISFKQEELENEDLKP
REEPPSAVEQDIVQETFNKNFVCNVCESPFLSIKDLTKHLSVHAEEWPFKCEFCVQLFKA
KTDLSEHRFLLHGVGNIFVCSVCKKEFAFLCNLQQHQRDLHPDKVCTHHEFESGTLRPQN
FTDPSKAHAEHMQSLPEDPSETSKEEEELNDSSEELYTTIKIMASGLKTKDPDVRLGLNQ
HYPSFKPPPFQYHHRNPMGIGVTATNFTTHNIPQTFSTAIRCTKCGKGVDNMPELHKHIL
ACASASDKKRYTPRKNPVPLKQTVQPKNGVVVLENSGKNAFRRMGQPKRLNFSVELSKMS
PNKLKLNALKKKNQLVQKAILQKNKSAKQKADLKNASESSSHICPYCHREFTYIGSLNKH
AAFSCPKKPLSPPKKKVSHSSKKGGHVSPASSDRSSSNHRRRTADAEIKMQNTQAPLGKT
RARSSGPAQVSLPSSSFRSKQNVKFAAPGKSKKPTSSLRNSSPIRMAKITHVEGKKPKAV
AKNHSAQLSSKTARSLHVRVQKSKAVLQSKSALTGKKRTDRFNVKSRERSGGPITRSLQL
AAAADLGESRREDSSGKQELKDFSYSLRLATRCPTPAAPYITRQCRSVKATTAAQLQGPL
FKE
NT seq 4512 nt   +upstreamnt  +downstreamnt
atgagagattctgcagaaggtgccaaagaagaggacgagaagccgtcagctccagcagct
gagcagacagctgttcaggaggtggttaatcaggatgtgcttccagaactaggaacccct
ctccctgcctgcgagctacacacagaaccagacaagaagctagaagcaacaaattgtgag
gtgaatgacttggaggaagaggaggaggaggaagaggaggaagacgatggcttggaagaa
gagggggaagaagaagctgacatgccaaatgaaagttctgtgaaagagccggaaatacgg
tgtgatgagaagctagaagatttattagaagaaccaaaaaacatttcaaaagaaactctc
gaagactctccagaggtaactcctgttatcaaaattcccaaaactaaggaagaagccaat
ggtgatgtatttgaaacattaatgtttccatgtcagcattgtgaaaggaagtttacaacc
aaacaggggctggaacggcacatgcacatccatatatctacagtcaaccatgctttcaaa
tgcaagtactgtgggaaagcattcggcacccaaattaacaggcggaggcatgagcgtcgc
catgaggcagggttaaagcgaaaagccggcctaacactacagccatcagaggacctagct
gatggcaaagaatctggagacagtgtcactccaaaagatgactcgattcctcccaatctt
gggcaaaactgtctgatcttgagttcagagaaagcttcccaagaaacagtaaattcttct
gttgtagaagagaatggagaagttaaagagcttcatccatgcaaatactgtaagaaggtt
tttggcactcatactaatatgagacggcaccagcgcagagttcatgaacgtcacctgatt
cccaaaggtgtgcggagaaaaggaggccttctggaagagccccagccgcccgcagaacgg
gcccagcccccccagaatgtctacgttcccagcactgaacccgaggaggaaggggaggca
gatgacgtgtacatcatggacatttctagcaatatctctgagaacttaaattactatatt
gatggtaaaattcaaaccagcagcagcaccagtaactgtgatgtgattgagatggagtcc
agttcggctgacttgtttggtataaactgtctgctcactccagttacagtggaaattact
cagaatataaagaccacacagatccccatagcagataatcttcctaaagagccttccagc
agcacaaacagtgagtccaagagacggagaactgctagtccgcccgtgttacccagaatc
aaagctgaagcagagcctgagcccatagcaccctcgtgctccttgagcctgccccttagc
atctccaccacggaggcggtgtctctccacaaagagaaaggcgtgtacttgtcgtcaaag
ctcaagcagctccttcagacccaggataaactgactcctcctgcagggattttggcagct
gagatcactaagttaggtcctgtctgtgtgtccgctcctgcatcgatgctgcccgtgacc
tccagtaggtttaagcggcggaccagctcccctcccagctctccacagcacagtcctgcc
cttcgagacttcggaaagcaaagcgatgggaaagcagtgtggactgatgcagttctgggt
tccaaaaagcccaagttagaaagtcatagcaactcctccccggtgtggagtttgtctggg
agagacgagagggaaaccgtgagcccgccatgctttgatgaattcaaggtatccaaagag
tgggccgccagttccacttttagccctgtgtgcaaccagcagccactggatttgtccagc
ggtgtcaaacagaagactgagggcaccggcaggcctccggtccagtgggagtctgtgtta
gatctcagtgtgcataaaaagacttgtggggactcagaaagcaaggaattcaaagacagc
agcgtggcgcagccaacctgcggtgctggcaagaagaagaagccgaccacctgcatgctg
cagaaggtccttctcaatgagtacaatggcatcggcgtgcccatcgaaaacacggcagat
gtcaccaggagcccgagtccttgtaaatccctggatccccaggcagatcctgaccttggg
cctgacacgagtttgtctgcccctcctgtggagcacccacctgatgtttctccttcatct
cctgcctgccaggcaccctctctttcctccgggcagctgcctcctctcttgatgccaaca
catccctcatcccctccgccctgtcctcctgtgctaactgtggccacaccacctcctcca
ctcctgcctaccatacctcttccagccccctcttccggggcatctcctctcccgtgtccc
tctccactctcaaatgcgactgcacagtccccacttccgattctttctcctacggtgtct
ccctcgccttctcccattccttccgtagagcctctcatgtctgctgcctctccggggcct
ccaacactctcatcatcttctgcatcttcatcttcattctcttcatcttcctcctcttcc
ccctcaccacctcctctgtcagcagtatcatccgttgtttcttctggggataatctggaa
gcctccctccccatgatatctttcaaacaggaggaattagagaatgaagatctgaaaccc
agggaagaacccccgtctgcagttgaacaggatattgttcaggaaacattcaacaaaaac
tttgtctgcaatgtgtgtgaatcaccttttctttccattaaagatctaaccaaacattta
tctgttcatgctgaagaatggcccttcaaatgtgaattttgtgtgcagctttttaaggct
aaaactgacttgtcagaacatcgctttttgcttcatggagttgggaatatctttgtgtgt
tcagtttgtaaaaaagaatttgcttttttgtgcaatttgcagcagcaccagcgagatctg
cacccggataaggtgtgcacacaccacgagtttgagagtggcaccctgaggccgcagaac
tttacagatcccagcaaggcccacgcagaacatatgcagagtttgccggaagatccttca
gaaacgtcaaaagaggaagaggagttaaatgattcttccgaagagctttacacgaccata
aaaataatggcttctgggctaaagacaaaagatccagatgttcgattgggtctcaatcaa
cattacccaagctttaaaccgcctccatttcagtaccatcaccgaaaccccatgggtatc
ggtgtgacggccaccaacttcactacacacaacattccacagacgtttagcactgccatt
cgctgcaccaagtgcggcaagggtgtggacaacatgcccgagctacacaagcacatcctg
gcctgcgcttctgccagcgacaagaagaggtacacccctaggaaaaacccagtaccgctg
aaacaaacggtgcaacccaaaaacggcgtggtggttttggagaactctgggaaaaatgcc
tttagacgaatgggacaacccaaaagactgaactttagtgtcgaactcagcaaaatgtca
ccaaataagctcaaattaaatgcattgaagaaaaaaaaccagcttgttcagaaagcaatc
ctgcaaaaaaacaaatctgccaagcagaaggcggacttaaaaaatgcttcggagtcctcc
tcacacatctgtccgtattgccatcgggagttcacgtacataggaagcctgaataagcat
gctgctttcagctgtcccaaaaaaccgctttctcctcccaaaaaaaaagtttcccattcg
tccaagaaaggtgggcatgtgtcacctgcaagtagtgacagaagcagcagcaaccaccgc
agacggaccgcagatgccgagattaaaatgcaaaacacgcaggctcctttgggcaagact
agagctcgcagctcaggccccgcacaggtctcactgccctcctcgtccttcaggtccaag
cagaatgtcaaatttgcagctccggggaagtccaagaaaccaacctcctctttaaggaac
tcgagtccaatcagaatggccaaaataactcatgttgaggggaaaaagcccaaagctgtg
gccaagaatcattctgctcagctctcgagcaagacggcccggagcctgcacgtgagggta
cagaaaagcaaggccgtcttacaaagcaaatccgctctgaccggtaagaaaagaacagac
cggttcaatgtaaaatctagagaacggagtggcgggcccatcacccgaagcctccagctg
gcagctgctgccgacctgggcgaaagcagaagggaggacagcagtggcaagcaggagctg
aaggacttcagctacagcctccgcctggcgacccgatgccccacgcctgccgccccgtac
atcaccaggcagtgcaggagtgtcaaggccacgaccgcagctcagctccaaggacccctc
ttcaaagagtag

  All links  
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)   
   OC (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (8)   
   Pfam (8)   
All databases (47)   

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