KEGG   Caenorhabditis elegans (nematode): CELE_T12D8.1
Entry
CELE_T12D8.1      CDS       T00019                                 
Symbol
set-16
Name
(RefSeq) PHD-type domain-containing protein
  KO
K09188  [histone H3]-lysine4 N-trimethyltransferase MLL3 [EC:2.1.1.354]
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_T12D8.1 (set-16)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cel03036]
    CELE_T12D8.1 (set-16)
Enzymes [BR:cel01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     CELE_T12D8.1 (set-16)
Chromosome and associated proteins [BR:cel03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     CELE_T12D8.1 (set-16)
   HMT complexes
    MLL3/MLL4 complex
     CELE_T12D8.1 (set-16)
SSDB
Motif
Pfam: SET FYRC FYRN PHD zf-HC5HC2H zf-HC5HC2H_2 HMG_box
Other DBs
NCBI-GeneID: 176802
NCBI-ProteinID: NP_499819
WormBase: WBGene00011729
Ensembl: WBGene00011729
UniProt: G5EGI1
Position
III:13643916..13656637
AA seq 2475 aa
MICIECGGTAFNNTELCENCMDVNRSGTMSLDMARQCDMSSSCGSCQRMITADSRQCTTC
RKSYHLSCDSSDVSSLNNFVCISCRRRSQMLPDDVMLSASARPSRGQDAPLSPFSDPSVP
QISLQMQPAPLPSSYPRSQDFNGDVYTQIAAMQQQRQQQQQNQVQQMLATQAQLMDEISD
GGGTNDSDRNSSPFYQEASDYDEDFVPASTRGRGRGGGAKKKPGRGGSTGTRRQTNPGPS
GFFSATQLQAMSGDFSHLHQPQQTSSTRGKRGKRGNGTSVPRQPGKGPGRGRGRGRGSAA
AIAQLAQLQQVQYGAQGAPMFNGAPQLHPTQPTVAPTLPPSVTYQNVAPTAPPAPPALQT
PLPDPLPSIVPSFQQAPQAVAIREVDELMLEDESSRQSGGSRSDEPEYIRTAIVCRVNDE
FLQKACMCLVCGSIGKGPEGSMVACSNCAQTYHTYCVTLHDKLNSAVVGRGWRCLDCTVC
EGCGTGGDEANLLLCDECDVSYHIYCMKPLLDKIPQGPWRCQWCSRCRRCNHKAASGNDL
TSQGLCFPCASLRKCPRCERNYQLNEKLIRCSQCSKWQHGACEGLYTDEQLEQAAIDRMR
CSACRPKRVQPSGFSDVDTVWCDYVALDKDAHEILKSKYTPSALKNHMMESVGYRESFDH
YDDDYNPLEDSSDQVTPLPIPGQRGRGRGNPSGRRGMNRIGIGGFYAKLPRHRIQALTEE
AAAAAASSEDSKQAKRPRKSRRSQLEDAYPPQIQEAFFGIKAVEGKVLVDTPVDEPFLAE
FNGWYKRTRSTKAFELCMTASEMLRTDIDENEFLDCVGLPNMETDALDDFDFNLLEDFDV
DEENDELENSLLGAPGNTEMKEDAAEGIEGSYGPTSFNLDQRPSTSSAGGSLGSQDPFHP
GMNPANFAQHAPGVRNAIARSGSQTDNSERYQFSARWEEDEPNGLQATTAAVLYSNEKHG
YLRQQFPNWVDRVKQIQKLWRTLNHEVRLDYVNRARDNRTRSGNRPRPRRTNVQSTDSPP
PPQMGFKVPANPSSNMMGSSEQSMQPKQVFITHHLPMDVYQVYQDLKRVKFDRERLNGSL
EEQLNKARKQKKNLAAKKRQMVKTQTAAPDYDGRNIDLNESDQQTLATLTEQIKVTQAEI
ELHRRDLKKHESNLSDFVMKHGILRNEHEVKREDVQLSAIRDQQYAAHADEMLAQQAQNQ
GLGQVHPPVLVAPQAAISLPMLNQQQQHHQRMMQMQMRGGPPGQFMMRAQPPQQPQINMH
NHEIAKRMLMQQFRNAHPVMGGIRHDEITDPIMRDVYDCLEAIVFDVHTVAEREAMQAAG
QQPPPPHIMQRMMQQHPGGPGGPRLIMPGQFPQLQGRRIPQQPPPVQLPQVDVDPPKTAA
KRKKGGGNPKKNASSYPAAGEYDAWIEQMRMRFRLCPDIPKKQKEPRLNRPGCEFVSHGL
TDMAVRATKKRTPLVGEFGAMRVKRGTRLFGNEERGEKSIMFQDLNLYQVEPQIRLFALY
NNPLPTMEDDVFRDEEDQIIDKPTSALQKLLNKKRGASGAMDHIRSRARYMEETNIPPAP
ERGMFYENVEAEEEVTVELVFNTCDITEESSVDEKKDVCGRLHEQIRDLLAIKDEVAWSM
EDTPPESPVSRSPEPEATVGAVQQTSSTSRAPSEATEREIKREVEEEAAPVAPEIKREIV
EPSQSQNSSQCKNCQKALESHSSTSIVTVKAEKLNLAPTGSVVTTRAAPVPPGVPGAPGA
PIAPSEEKTKEELASFCSKKCYYELASATRAPLTEEEVAAAEQHVSEEVYNKLKQVLTEN
IVKAVSQGKKPDPQLTSPRDTRCMMDEGRRENVTIVPVASLIGAVEAPKEAPSQRAAEAA
EDWKAYTKSIWDSFVNIQQQHAHHILSPKIGVPHPPYHLDKRICVFCGGIGDGETTRCGR
LISLTEFYWVHVNCALWSAEVFENQTGGLTNVDRAVLRAAQTACDHCKRPGASVKCHKMN
CGVNYHVLCAMQNNGFFIKDRTFICKQHEKVSNQAIVGRLDALRRIYVKRDENTMLTRLF
ELTDGPTLCMRLGAFTFYKIGSITPKQLKRFHTKDYIFPNNYRITRLFWSPKSHRERMMF
ECIIEDRNNQPIFVVKSLEDPTICYKAVSASKAWQPIYEKVHQLREQQQGDSLKFFGSQI
CGETLFGLNENAITKITESLPGFDTIFTYQHRHQNSPVLELPLAENLMGCARAEPRNRTI
GQHFRTKPQPMGGTHHHIGSASGLSSQATIIASSSSSANESLQSRQAATSVTSANSGRTR
GVRSYYTEEAAARARAFGIPPEMASLSLRMETTQNAQTAFSAYQKMRREWKDRVYLARSR
IAGLGLYAKVDISMGDFIIEYKGEIIRSEVCEVREIRYVAQNRGVYMFRIDEEWVIDATM
AGGPARYINHSCDPNCSTQILDAGSGAREKKIIITANRPISANEELTYDYQFELEGTTDK
IPCLCGAPNCVKWMN
NT seq 7428 nt   +upstreamnt  +downstreamnt
atgatttgcatcgaatgtggcggtaccgcgttcaacaacacggaactatgtgaaaactgc
atggatgttaaccgttctggcacgatgtcgttggatatggcccgtcagtgtgacatgtcg
tccagctgtggatcgtgccaaagaatgataactgcagattcgaggcagtgcacaacttgt
cggaaaagctaccatctctcctgcgactcttccgacgtctcaagcctgaacaatttcgtc
tgcatatcctgtcgtcggcgaagccaaatgctgccggacgacgtgatgctttcagcctcc
gcacgcccttctcgcggacaagacgcacctctttctccattcagcgacccctcagttccc
cagatttcactacaaatgcaaccggcacctctgccgtccagttatcctagaagtcaggat
ttcaacggggatgtgtacacccaaatagccgccatgcagcaacaacgtcagcagcagcag
caaaatcaagttcagcagatgttggccacacaggcacagcttatggatgaaattagcgat
ggtggtggtacgaatgacagcgatcggaatagtagtccattttatcaagaggcttccgac
tacgatgaggatttcgtgcctgctagcactcgcggacgtggacgtggtggaggcgccaag
aaaaaaccaggccgcggaggatccactggtactcgtcgacaaacgaatcccggcccgtcg
ggcttcttttccgccacacagcttcaggcgatgagtggtgatttctcccaccttcaccaa
ccgcaacaaacatcatcgacacgtggaaagaggggaaaacgaggaaacggcacgtcggtg
ccacgtcagcctggcaagggaccgggtcgtggacgtggccgtgggcgcggtagtgcagcc
gccattgctcagctcgcccagcttcaacaggtgcaatacggtgctcagggagccccaatg
ttcaatggtgccccacagcttcacccaacccaacccactgttgctcctactcttccaccc
agtgttacctatcaaaatgttgctccaactgctcctcctgctcctcctgcccttcagacc
cctcttcccgatccgctgccctcaattgttccgagtttccagcaggccccacaggcggtc
gcaattcgagaagtcgacgagctgatgctcgaggatgaaagctcacggcagtctggcggc
tcaagatctgatgagccagagtatattcgtacggctattgtttgcagagtcaatgacgag
tttttgcaaaaggcttgtatgtgcttagtatgcggatcgattggaaaagggcccgaagga
tcgatggtggcatgctcaaattgtgcacagacgtatcacacgtattgtgtaaccctacat
gataagctcaactcagcagtagtcggacgtggttggcgatgccttgactgtacagtttgc
gagggatgtggaaccggaggcgacgaggcgaatctgctactctgtgatgagtgtgatgtc
tcgtatcacatttactgcatgaaacccctactagacaagattccccaaggaccgtggagg
tgtcagtggtgttcaagatgccggagatgcaatcataaagcagcgtctggcaatgattta
acgtcgcaaggactgtgtttcccgtgtgcttcactccgcaaatgcccgagatgtgaacgg
aattatcaattaaacgagaagctgattcggtgtagccagtgcagcaaatggcaacatggt
gcctgtgaaggtctctacacagacgaacagctcgagcaagcagcaatcgatcgtatgaga
tgctcggcgtgccgtccgaaaagagttcaaccgagtggattctctgacgtagatactgta
tggtgcgactacgtggcacttgataaagatgctcatgagattttgaagtcgaaatacaca
ccgtccgctttgaagaatcatatgatggaatctgttggttatcgagaatcattcgatcat
tatgacgatgactacaatccattggaggattcgtcagatcaagtgacgccacttcctatc
cctggtcagcgtggacgaggacgtggaaatccgagcgggcgacgtggcatgaatcgcatt
ggaatcggcggtttctacgcaaaacttcctcgtcatcgaatccaggcgctcactgaggag
gcagcggccgccgcggcgtcaagtgaagactcaaaacaagcgaaaagaccgagaaagtcg
cgaagatctcagttggaggatgcttacccaccgcagattcaagaagcgttctttgggatt
aaggcagtggagggaaaagttcttgtggacacaccagtcgatgagccattccttgcagaa
ttcaatggatggtacaaaaggacgcgatcgacgaaggctttcgagctgtgtatgacggct
tctgaaatgctccgaactgatattgatgagaacgagtttttggattgtgtcggactgcca
aatatggaaactgacgcgcttgatgactttgatttcaatttgctcgaagattttgatgtt
gatgaggagaatgatgagctcgagaatagtctactcggagctcccgggaacactgaaatg
aaggaggatgcggccgaaggaatcgagggatcttatggaccaacttcgttcaatcttgac
caaagaccatcaacgtcatctgccggaggatccttgggatcacaagaccccttccatcca
ggaatgaaccccgcaaactttgcccaacacgctccaggagttcgtaacgcaatcgcgaga
agcggaagccaaaccgacaattccgaacgctatcaattttcggctcgctgggaagaggac
gagccaaacgggcttcaggcgacgacggcggcagtgctctattcgaacgagaagcacgga
tacctacgacaacagtttccgaattgggtggatcgtgtcaagcagattcagaagctttgg
aggacattgaatcacgaagttcgcctggactatgtgaatcgtgctcgcgataatcgtacc
agaagcggaaaccgcccacgtcctcgaagaaccaatgtgcagagtaccgacagtccccca
ccgccacagatgggtttcaaggtgccggcgaatccttcctcgaacatgatgggatcttcg
gagcagtctatgcagccgaagcaggtgttcatcacgcatcaccttccgatggatgtctat
caagtgtatcaggacttgaagcgagtgaaattcgatcgagaacgacttaatgggtcgttg
gaagagcaactgaacaaggctcgcaaacagaagaagaatcttgcggcgaagaagcggcaa
atggtcaaaactcagaccgccgcgccagattacgatggaaggaatattgatttgaacgaa
agtgatcagcagacgctggcgacgctaaccgagcagattaaggtcactcaggccgagatt
gagttgcatcggcgggacttgaagaagcatgagagcaatttgtcggattttgtaatgaag
cacgggattctgcgcaatgaacacgaggtcaagcgagaggatgtacaactttcggccatt
cgagatcaacaatatgcggctcacgcggacgagatgctcgctcaacaagcacagaatcag
gggcttggacaggtacatccgccggttttggtagctccacaggctgcgatttcgttgccg
atgctcaatcaacaacagcaacaccatcagaggatgatgcagatgcaaatgcgcggcggt
ccgcctggacaatttatgatgagagctcaaccaccacagcagccccagataaacatgcac
aatcacgaaattgcaaagaggatgttgatgcaacagttccgtaacgctcatccggtgatg
ggtggtattcgacacgacgagatcacggatccaatcatgcgagatgtctacgattgtctc
gaggcgatcgtctttgacgtgcacactgtcgctgagcgtgaagcaatgcaagcagccgga
caacaaccaccaccgccgcacattatgcaaagaatgatgcagcagcatccgggtggtcca
gggggtcctcgtctcataatgcctggccaattccctcagcttcaaggtcggcgcattcct
cagcaacctccgccagtgcagcttccacaggtcgacgtcgatccgccgaagacagcagcg
aagcgcaagaagggtggcggaaatccgaagaaaaacgcgtcttcctacccggcagcaggc
gaatacgacgcatggatcgagcagatgcgcatgcgattccggttgtgcccggatatcccg
aagaagcagaaagagccgcgactgaatcggcccgggtgtgaatttgtgtcccatgggctc
actgatatggcggttagggccaccaagaaaagaacaccgttggttggcgagtttggagca
atgagggtcaagcgaggcaccaggctctttggaaatgaggagagaggagaaaagtcgatt
atgttccaggacctgaatctctaccaagtggagcctcaaatccggctttttgctctctac
aacaacccccttccaactatggaggacgatgtgttccgtgatgaggaggatcagataatc
gataagcctacctcagctctgcagaagcttcttaacaagaagcgcggagcttcaggagcg
atggaccacatcagaagtcgagccaggtacatggaggagacgaacatcccaccagcaccc
gagcgcggtatgttctatgagaacgtcgaggccgaggaagaggtgaccgtcgagctcgtc
ttcaacacgtgcgacatcaccgaggagagctcagtggatgagaagaaggatgtgtgcgga
cggctgcatgagcaaattcgcgatttgctggcaatcaaagatgaggtcgcctggagtatg
gaggatacgccgccagagagtccggtgagccggagtccggagcctgaagctactgttgga
gcggttcaacagacgagctcaacgtctagagctccatcggaagctactgagagggaaatc
aagcgggaagtcgaagaagaagcagctcctgtagctccagaaatcaagcgggaaatcgtt
gaaccttcgcagagccagaattccagccagtgcaaaaactgtcagaaggccctagaatcc
catagctctacctccattgttactgtgaaagccgagaagctgaaccttgcccctacagga
tcagttgttactacaagagcagcaccagtgcctccaggagtaccaggagctccaggagct
ccaatagccccatcagaagagaaaaccaaggaagaacttgcaagtttctgctcgaaaaag
tgctactacgagctcgcctcggccacacgagccccgctcaccgaggaggaagtcgcggcc
gccgagcagcacgtcagcgaggaggtctacaacaaactgaagcaagtgctcacggagaat
attgtgaaggcggtgagccaggggaaaaagccggacccgcaactcacatcgcctcgcgac
acgagatgtatgatggacgaagggcgtagagaaaacgtgacaattgtcccagtcgcgtcg
ctgatcggagctgtggaggcaccgaaagaggcgccctcacagagagcggccgaagcggcc
gaggattggaaggcctatacgaagagtatttgggattcgtttgtgaatattcagcagcaa
catgcgcatcacatcctatcgccaaaaatcggagtccctcatccaccgtatcatctggac
aagcgtatctgcgtgttttgtggtggaattggagacggtgaaacgacgagatgcggccgg
ctgatctcactaaccgaattctattgggttcacgtgaactgtgctctctggagtgctgaa
gtgttcgagaatcagaccggcggcctgacgaacgttgatcgagccgtgctccgtgccgct
caaacagcctgtgatcattgtaaacggccgggagcaagtgtcaaatgtcataaaatgaac
tgtggcgtcaattatcatgtgctctgtgcgatgcaaaacaatggattctttattaaggac
aggacattcatctgcaagcagcacgaaaaagtatcgaaccaggcgatcgtcggccgctta
gacgctctccgccgaatctacgtgaagcgcgacgagaacacaatgctcactcggctcttt
gagctcactgatggtccgacgctctgcatgcgactcggcgctttcaccttctacaagatc
ggctcgatcacaccgaaacagctgaagcggttccataccaaggactacatcttcccgaat
aactaccgtatcactcgactcttctggtcaccaaaaagccatcgagaacgaatgatgttc
gagtgcatcattgaagatcgtaataatcaaccgatatttgtcgtgaagagtttggaagat
ccgacgatctgctacaaggcggtttcagcgtcaaaggcgtggcaaccaatctacgagaag
gtccaccagctccgcgagcaacaacagggagattctctgaaattctttggctcccaaatc
tgtggagaaacgctattcgggctcaacgagaacgctatcaccaagatcacagagtctctg
ccaggcttcgacacgatcttcacctatcaacaccgtcatcagaacagcccggttcttgaa
cttccgctagccgaaaatttaatgggatgtgctcgcgcggagcccagaaaccgaaccatc
ggacaacacttccgaacgaagccgcaaccaatgggaggcacccatcatcatattggctct
gcatcgggtctcagctcccaggcgacgataattgcctcgtcctcctcctctgcaaatgag
agcttacagtccagacaagcggcaacttccgtcacctcggcgaactctggccgaactcgc
ggggttcgatcctactataccgaggaagcggcagcgagagcccgcgccttcgggatccct
ccggaaatggcctcattgtcacttcggatggagacgacgcagaacgcgcaaacagccttc
tcagcttatcagaaaatgcgtagagagtggaaggatcgagtttacctggcgagatcccgc
atcgctggacttggattatatgcgaaggttgatatctcgatgggcgattttattatcgag
tacaagggtgaaataattcgatcggaagtgtgcgaagttcgagaaattcgctacgtcgct
caaaatcgtggtgtctacatgttccgaatcgacgaggaatgggtgatcgacgcgacgatg
gcaggtggaccggcgagatatatcaaccattcgtgtgatccgaactgctcgacgcagatt
ctggatgcaggctctggagctcgcgagaagaagattattatcactgcgaatcggccgata
agtgccaacgaagagcttacctacgattatcaattcgagttggaaggcaccacagacaaa
attccgtgtctttgcggagcaccgaactgtgtaaaatggatgaactaa

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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 (114)   
   KEGG ORTHOLOGY (1)   
   RefGene (108)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (140)   

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