KEGG   Caenorhabditis elegans (nematode): CELE_R05D3.11
Entry
CELE_R05D3.11     CDS       T00019                                 
Symbol
met-2
Name
(RefSeq) Histone-lysine N-methyltransferase met-2
  KO
K11421  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase [EC:2.1.1.366]
Organism
cel  Caenorhabditis elegans (nematode)
Pathway
cel00310  Lysine degradation
cel01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cel00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    CELE_R05D3.11 (met-2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cel03036]
    CELE_R05D3.11 (met-2)
Enzymes [BR:cel01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.366  [histone H3]-N6,N6-dimethyl-lysine9 N-methyltransferase
     CELE_R05D3.11 (met-2)
Chromosome and associated proteins [BR:cel03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     CELE_R05D3.11 (met-2)
  Heterochromatin formation proteins
   Other heterochromatin formation proteins
    CELE_R05D3.11 (met-2)
SSDB
Motif
Pfam: MBD SET Pre-SET
Other DBs
NCBI-GeneID: 176183
NCBI-ProteinID: NP_498848
WormBase: WBGene00019883
Ensembl: WBGene00019883
UniProt: P34544
Position
III:<8375300..8380848
AA seq 1304 aa
MDQQEPSNNVDTSSILSDDGMETQEQSSFVTATIDLTVDDYDETEIQEILDNGKAEEGTD
EDSDLVEGILNANSDVQALLDAPSEQVAQALNSFFGNESEQEAVAAQRRVDAEKTAKDEA
ELKQQEEAEDLIIEDSIVKTDEEKQAVRRLKINEFLSWFTRLLPEQFKNFEFTNPNYLTE
SISDSPVVNVDKCKEIVKSFKESESLEGLSQKYELIDEDVLVAAICIGVLDTNNEEDVDF
NVLCDDRIDDWSIEKCVTFLDYPNTGLNSKNGPLRFMQFTVTSPASAILMLTLIRLREEG
HPCRLDFDSNPTDDLLLNFDQVEFSNNIIDTAVKYWDDQKENGAQDKIGRELNDFFHEIE
STSAEFKQHFENAVGSRNEIIQLVNEKIPDFDGTEAAVNESFTSDQRTEIINSRAIMETL
KAEMKLAIAEAQKVYDTKTDFEKFFVLTVGDFCLARANPSDDAELTYAIVQDRVDAMTYK
VKFIDTSQIRECNIRDLAMTTQGMYDPSLNTFGDVGLRVACRQVISSSQFGKKTIWLTGT
AAGRRRAHRSDFLIFFDNGTDAYVSAPTMPGEPGYEVASEKKSVFSLKEMIAKMNAAQIA
IMVGQPVGKEGNLDYFLTFHWIRQSHRSAYIRDFMKEFPEWPLLKMPVGMRICLYNSLVD
RRKKMVTVIGTDRAFAIVRHEAPNPLAPGNRCTDFPCNDRNHQHIDEKIYRGSHRLEGAA
HKKHMISTNNNLSQRRKDQLQSQFEPTDMIRSMPERNHQQVVKKKTTGTNQNVASTNDAK
SKREIEIRKKNQFLFNKIIVPIPVLTPLENLKAHAQCGPDCLQKMDADPYEARFHRNSPI
HTPLLCGWRRIMYTMSTGKKRGAVKKNIIYFSPCGAALHQISDVSEYIHVTRSLLTIDCF
SFDARIDTATYITVDDKYLKVADFSLGTEGIPIPLVNSVDNDEPPSLEYSKRRFQYNDQV
DISSVSRDFCSGCSCDGDCSDASKCECQQLSIEAMKRLPHNLQFDGHDELVPHYQNRLLS
SKVISGLYECNDQCSCHRKSCYNRVVQNNIKYPMHIFKTAQSGWGVRALTDIPQSTFICT
YVGAILTDDLADELRNADQYFADLDLKDTVELEKGREDHETDFGYGGDESDYDDEEGSDG
DSGDDVMNKMVKRQDSSESGEETKRLTRQKRKQSKKSGKGGSVEKDDTTPRDSMEKDNIE
SKDEPVFNWDKYFEPFPLYVIDAKQRGNLGRFLNHSCDPNVHVQHVMYDTHDLRLPWVAF
FTRKYVKAGDELTWDYQYTQDQTATTQLTCHCGAENCTGRLLKS
NT seq 3915 nt   +upstreamnt  +downstreamnt
atggaccaacaagaaccatcgaataacgtagatacgagcagtattctttcggatgatggg
atggaaacacaggaacaaagttcattcgtcactgctacaattgacctaacagtggacgac
tacgatgaaacagaaatacaggagattctggataatggaaaagcagaagaaggaacagat
gaagattctgatttagttgaagggattcttaacgctaattcagatgtccaagcgctcctt
gatgcgccatctgagcaagtagctcaagctcttaattcgttcttcggaaatgagagtgaa
caagaagctgttgcagcacaaagacgggttgatgcggagaagactgccaaagatgaagct
gaactcaagcaacaggaagaggcggaagatcttattatagaagattcgatagtcaaaact
gatgaagaaaaacaagcagttcgaagactgaaaatcaacgaatttttatcgtggttcaca
aggctccttccagaacaatttaaaaatttcgaattcacaaatccgaactatctgacagaa
tctatcagcgattcaccggttgtaaatgtcgataaatgcaaggaaattgtcaaatcgttc
aaggaaagtgaatcacttgagggactttcacagaaatacgaattaattgatgaagacgtg
ctagtcgctgctatttgtattggcgttctcgataccaacaacgaagaagatgtcgacttt
aatgttctatgtgatgatcgtatcgacgattggagtatagaaaaatgtgtcacttttctt
gattatccaaatactggattgaattcgaaaaatggaccgttgagattcatgcagtttact
gtcacatcacctgcatcagcaattctcatgctcactctgattcgattacgcgaagaaggg
catccgtgtcgattagattttgattcaaatccgactgatgatttactcttgaatttcgat
caagtggaattttctaataatatcattgatacggcagtcaaatactgggatgatcagaag
gaaaacggtgcgcaggataaaattggcagagagctcaacgacttcttccacgaaatcgag
tcaacatcagcagaattcaaacaacattttgagaacgccgttggcagccgtaatgaaata
attcaacttgtcaacgagaaaattcccgattttgatggcactgaggctgctgtgaatgag
agttttacatccgatcaacgaaccgaaattatcaactctcgtgcaataatggagacatta
aaagccgagatgaagctcgccatcgccgaagctcagaaagtttacgacaccaagactgac
ttcgaaaaattcttcgttttgacagttggagatttctgtctggctcgcgccaatccttct
gacgatgcagaattaacatacgccatagttcaggatcgtgtggatgcaatgacctataag
gttaaatttatcgacacaagtcagatcagagagtgtaacatcagagatttagccatgact
acgcagggaatgtatgacccgagtttgaatacatttggtgatgttggtcttcgagttgcc
tgtcgccaagttatttcctcgagccaatttggaaaaaaaacaatttggcttaccggtaca
gctgccggacgtcgcagagctcatagatccgattttctaattttcttcgacaacggaacc
gatgcatacgtgtcagctccgacaatgcctggtgaaccaggttatgaagttgcttctgaa
aagaaaagtgtattttctctcaaagaaatgattgcgaagatgaatgctgctcagattgct
attatggttggacagccagtaggaaaggaaggaaatctggattattttttgacatttcat
tggattcgacaatctcacagatcagcgtatattcgggattttatgaaagaatttccggaa
tggccacttctcaagatgccagttggaatgcgaatctgtttgtacaattctcttgttgat
cgacgtaagaaaatggtgacagtgattggaactgatcgagcttttgctattgtgagacac
gaagcaccgaatccattggctcctgggaatagatgtacagactttccgtgcaatgataga
aatcatcagcatattgacgagaaaatctatagaggatctcatagattggaaggcgcagcg
cacaagaagcacatgatctcgacaaataacaatctgtcgcaacgcagaaaagaccagctt
caatcacagttcgagccaaccgacatgattcgttcgatgccagagaggaatcaccaacaa
gtcgttaaaaagaaaacgacgggcaccaatcagaatgtcgcttcgacaaatgatgcaaaa
tcgaagagagaaattgaaataagaaagaaaaatcaattcttatttaacaagattattgtt
ccaatacccgtcctaacaccattggaaaatctcaaggctcatgctcaatgtggtccagat
tgtctacagaaaatggatgcggatccgtatgaagcaagattccatcgaaattcaccaata
catactcctcttttgtgtggttggagacgaattatgtacacaatgagtactggaaagaag
cggggagcagtgaagaaaaacattatttacttttctccatgcggagccgctcttcaccag
atcagcgacgtctctgaatatattcatgtcaccagaagtttattgacgattgattgtttt
tcatttgatgcacgaatcgatactgccacttatattactgttgacgataaatatttgaag
gttgctgatttttcgcttggaaccgaaggaatcccaattccactagtgaacagcgtggat
aacgatgagcctccatcattggaatattcgaaacgacgattccaatacaatgatcaagtg
gatatatcgagtgttagccgagatttctgttctggatgctcttgtgatggtgattgcagt
gacgcatcgaagtgtgaatgccaacaattgtccattgaagcaatgaaacgactcccccat
aatttacaattcgacggacacgacgaattagttcctcactatcaaaatcgtcttctcagc
agtaaggttatcagtggactctatgaatgcaacgatcagtgttcatgccatcgaaagtct
tgttacaacagagttgttcagaacaatatcaagtatcctatgcatatcttcaaaactgct
caatccggatggggagtccgagctttgacggatattcctcaaagtacgttcatttgcacg
tatgtaggtgctatactgacggatgatttggctgatgaactaagaaatgcggatcaatac
ttcgctgatttggacttgaaggataccgtggagctggaaaagggtcgcgaagatcatgaa
actgattttggttacggaggagacgagtcagattatgatgacgaagaaggaagtgatggt
gactccggtgatgatgtaatgaacaaaatggtgaaacgtcaagactcttcggagagtggt
gaagaaacaaaacggctgacaagacagaaaagaaagcaatctaaaaaatccggtaaagga
ggaagtgtggagaaagatgacaccactccaagagattcaatggaaaaggataatattgaa
agtaaagacgaacccgttttcaattgggataagtattttgagccgtttccattgtatgtt
atagatgcaaaacagagaggaaatcttggaagattcttgaatcactcttgcgatccgaat
gtgcacgttcaacacgtcatgtacgatacgcatgatcttcgtcttccatgggtcgcgttt
ttcacacgaaaatacgtgaaagccggcgatgagctaacctgggactatcaatatactcaa
gatcagacggctaccacacaactcacatgccactgcggagctgaaaactgcaccggccgt
ttgctgaaaagttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (67)   

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