KEGG   Caenorhabditis briggsae (nematode): CBG_18244
Entry
CBG_18244         CDS       T01054                                 
Symbol
Cbr-set-16
Name
(RefSeq) Protein CBR-SET-16
  KO
K09188  [histone H3]-lysine4 N-trimethyltransferase MLL3 [EC:2.1.1.354]
Organism
cbr  Caenorhabditis briggsae (nematode)
Pathway
cbr00310  Lysine degradation
cbr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cbr00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    CBG_18244 (Cbr-set-16)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cbr03036]
    CBG_18244 (Cbr-set-16)
Enzymes [BR:cbr01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     CBG_18244 (Cbr-set-16)
Chromosome and associated proteins [BR:cbr03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     CBG_18244 (Cbr-set-16)
   HMT complexes
    MLL3/MLL4 complex
     CBG_18244 (Cbr-set-16)
SSDB
Motif
Pfam: SET FYRC FYRN PHD zf-HC5HC2H zf-HC5HC2H_2 HMG_box_2 HMG_box C1_1 WAC_Acf1_DNA_bd SGP
Other DBs
NCBI-GeneID: 8584251
NCBI-ProteinID: XP_002642257
UniProt: A8XS84
Position
III:5545446..5553938
AA seq 2526 aa
MICIECGNPSFNNTEVCQNCREMNNTGTMSLDIARQCEMSLSCGSCQRMVSTDSRQCTSC
QKSFHLSCDSSSPTHLNGFVCMSCRHRGEALTGDVMLSASAAPSRGRNPPLSPFSEPSVP
QMSLQMSIGSISSSYPSNNDFGADMYAQMSTGSVLSQQHQQHVQQMMTQSQFMDEISDGA
TNDSDRNSSPFYQETSDYDEDFIPMSSRGRGRGSGKKKPGRGQSSGSRRQTNPGPTGFFS
ATNFQAMGDFPQLPPTRGKRGKRGNGTTTTRASGKGTGRGRGRGRGNSTTQAQITALQQV
QYGSTAPMGYPMFHPGNSQMIQMNMSSVGLQVMGQNAHLQANTNSMNLSIAPAVPLPSNM
INQPNPITPTPAAVQTPAPEPDPMEAHNFQPQNIDSIREVDESLLEDDTSRQSGTSRSDE
VEYTKIPVVCRKNDEFLQKTPLCLVCGSIGKGPEASMVSCANCSQTYHTYCVTLHDKMNS
AILGRGWRCLDCTICEGCGNGGDEEKLLLCDECDVSYHVYCMKPPLESVPSGPWRCHWCS
RCRRCNHKATSGNDLTPKGLCHSCASLQVCPCCNRGYQINDKIIRCSLCKKWQHGACENL
HTEEQLEQAAQNRMRCASCRPSKKANALFDSDTLICDGVAIAKDANILKSKYMPSVLKNH
MIEAGYRDSFDHYEDDNAAPEDLAEPGTSQPLTGQRGRGRGNPSGRRGMNRIGIGGFYAK
IPRHRLQALTEEAAAAAAADDDDSKKKRPRKPRRSQLEDAYPSQIQEAFFGIKAVEGKSL
VDITVEEPGLPEAAAFHIFLCKEANDMLRNDINENEFLENMDIGNIDTDINLDDMDFSLL
MDVDESNEEFEDSLQGDMRPKEELPEGSYGPTTFNLDQKPSTSGELGSFGQQGASTSGIN
PANYAQNAPGVRAAIARSGSQSDATDRYQYAARWEEDEPAGLMATTAAVLYANEKHAYLK
QQFPVWAERVKQIQKLWRNLSSEERQDYVNRARDNRTKSGAKPRPRRVNVQSTNSVDSPT
NQSPAINLTEFKVPVNPGEPSTSTSFGSLNEPQQVKKVHVTYHLPLDLYHQWQEMKRVRV
DRERLIVSLDEQLTKARKQKKNLAAKKRQIVRTQTAAPDYDGRPIDLNDNDQQILLQLTE
QIKATQAEIDNSRRDLNTRKAAMSDFEITHHILRNESDVKPHEMEQTIARDNQYASQMEH
RLAQQAQAQGLGLGATPQLPGTQSSIHLPMLHQQQQQQMMQMQMQGMPIRPGPGQFMLRQ
PPGAPPMTIQQQQHQHQQELHRRMMMQQMQQMRQQIRPEMAGVRFDQITDPVLKDVYACV
DAMVTDVHLKLEPKPEPQQQIHGPPQFMQRMMQHPGAPSSSGPPGSLGNPALSVPTAHPG
APGPSGHLPSSLGQPGPLGPAGPPGHLGHPVPPRLIMPSHIPHGPIPQLGAPVNQHPPPT
PQPAQPPQLPEDGPKPKKKRAQQKKAATTFPTGGEHDAWIETMRTRFRLCPEIPKVQREP
RLNKQGSEFVTHGLTELSLLMGKRKPIIGRFGEMMVKRGTRYFGNEDRMDKAVTFNEVNL
YQVEPQIRRHVLYNSSMPELEDDVIQDEMDKKMCLNPNDVISRLFNKKHTSREHVRCLAR
YMDEAGPPIEPDLGMFRDFKEEPEEDVTIELVFNTNQIKQECTEEEKNDLCPKLNDQLRE
ILSFKNEITYKLEDTPPESPACVSPEPEVSEQVRQTTSTSRAPSASVEKEIKKEDDEEMP
ASVFREIKKEVMDVAQQNQCKQCDKMIDGGTTPSVRVSVGKLGVLPQEAPCDERDDMVSF
CSKKCYYDMMSTGRNALTHEELAEAEKHVSEETYNKLKQILSDSIVKAVNLGKKPPTSAL
PTSSLLGNADLISPRDIRLTVDDGRKELIEIVHVSTLIGAANAQKDEMAQQVAAGTDWKQ
YTPEIYESFVSIHQQHQQCVLSAKFGVPLPQHELDKRICVFCGGVGDGDTAVCGRLVSLT
EYYWVHVNCAMWSAEVFEHQNGMLSNVERAVIRAATQACDHCKRPGASVKCHKANCGMNY
HLVCARQNNGYFIKDRTFICKAHEKVVHHQCTRFDAMRKIFIKRDENNMLMRLFDLSDGS
NLCLKMGSFTFYKLGSITPTQLKRFHNKDYIFPNKYRVTRHFWSPKNCEERMTFECTIED
RNNQPIFIVRSLNDPTICYRATSATKAWSPIFDKVTKLREQQQDRLRFFGSQITGEALFG
LTENAITKMTESLPGFDTVFTYQQRHQNSPVLELPLAENPMGCARAEPWSRTIGQTFRAK
PQPMGGTSNHHHGILGIIPCQPTKTDSSSCQIETLQSRQASTSLTSANSGRTRGVRSYYT
EEAAARARGFPQDLSAISHRVEPAQSATAQYTAYQKMRREWKELVYLARSRIAGLGLYAK
TDIPMGEYIIEYKGEIIRSELCEVREKRYNAQNRGVYMFRLDEEWVIDATMSGGPARYVN
HSCDPNCSTMLFDSNSGARDKKILITANRPISANEELTYDYQFELEDATDKVPCLCGAPN
CVKWMN
NT seq 7581 nt   +upstreamnt  +downstreamnt
atgatttgtatcgaatgcggtaacccctcttttaacaatacggaggtatgccaaaactgc
agggaaatgaataatactggtaccatgtcgctggacatagctcgacagtgcgaaatgtcg
ttgagttgtggttcatgtcaacggatggtatcaacagactccagacagtgcaccagctgt
caaaagagttttcacttgtcttgcgattcatcatcgcctacacacttgaacggttttgta
tgcatgtcgtgccgtcatcgcggagaagctctcactggcgacgttatgctctcagcatct
gcggccccttctcgtggacgcaatcccccattatcaccgttcagcgaaccatcggtacca
caaatgtctcttcaaatgtcaataggctctatatcctcaagttacccttcgaataatgat
tttggagcggatatgtacgctcaaatgtcgacaggttccgttttgagccaacaacaccag
cagcacgttcagcaaatgatgacccaatcacagtttatggacgaaataagtgacggtgca
acgaatgatagtgacagaaacagtagtccattctatcaggaaacttcggattacgacgag
gatttcattccaatgagctctcgcggtcgtggaagaggaagcgggaagaaaaaaccgggc
cgtggtcagtcatccggatcccgccgtcaaacgaatcccggacctaccggattcttttct
gccacaaattttcaagctatgggtgattttccacaacttccgccgactcgtggaaaacga
ggaaagcgagggaacgggactacgacgactcgagcatcaggaaaaggtaccggtcgggga
agaggaagaggtcgaggtaacagtactacgcaagcacaaataacagctctccaacaagta
caatacggatctacagcaccaatgggctacccaatgttccatccaggaaactctcaaatg
attcaaatgaatatgagctctgttggacttcaagtgatgggacaaaacgctcatttacaa
gcgaacacgaactcaatgaacctttctattgctccagcagtaccactcccatccaatatg
ataaatcaacccaatcccataactccgactccagctgcagtacagactccagcgccggaa
ccagatcctatggaagcacacaatttccaaccgcagaacattgactcgattcgagaagtt
gacgaatcgctacttgaagatgatacctcgagacaatctggaacatctaggtcggacgag
gtggaatacactaaaataccggttgtgtgtagaaaaaacgacgaatttctgcagaagacg
ccactgtgtcttgtatgcggctctattggaaagggtcctgaagcttccatggtttcttgc
gcaaactgttctcagacataccatacatactgtgttactttacatgataagatgaattcg
gcgattttgggtagaggatggcgatgcctagattgcacgatatgcgaagggtgtggaaac
ggtggcgacgaagaaaagttgttgctctgcgacgaatgtgatgtttcatatcacgtttac
tgtatgaagccgccactggaatcggtgccatcgggaccttggagatgtcactggtgttca
agatgtcgacgatgcaatcacaaggcaacgtctggaaatgatctgactccgaaaggttta
tgccattcatgcgcttctttgcaagtatgtccatgttgtaatagaggatatcaaattaac
gataaaatcataagatgcagtctgtgtaaaaaatggcaacacggagcatgtgaaaacctt
cacacagaggaacaactagagcaagctgctcagaatcgaatgaggtgtgcatcatgtcgt
cccagtaagaaggcaaatgctctctttgattcggatacattaatttgtgatggtgtagct
atcgctaaagacgctaacattcttaagtcgaaatatatgccgtctgtactcaaaaatcat
atgattgaagctggctatcgggattcgttcgatcattatgaggatgataatgctgcacca
gaggatctggctgaacctggaacttctcaaccactaactggacaaagaggaagaggccgt
ggaaatcccagtggtaggcgagggatgaatagaatcggaatcggtggattctatgccaaa
attcctcgtcatcggcttcaagcattgacggaagaggcggctgctgctgctgcggcggac
gatgatgattcgaagaagaaacggccaaggaaaccgagaaggtctcaactggaagacgca
tatccatcacaaattcaagaagccttctttggaatcaaagcagttgagggaaaatcatta
gtggatatcactgtagaagaacctggattacccgaagccgccgccttccacattttcctt
tgcaaagaagctaatgatatgttgagaaatgatataaacgaaaacgaattcttggaaaat
atggacattggaaacattgacactgacataaatttggatgatatggatttttctctgctc
atggatgtggatgaatctaatgaagagttcgaagacagtcttcaaggagacatgcgtcca
aaggaagagctcccggaaggaagttatggccctaccactttcaacttggaccaaaaacct
tcaacatctggtgaacttggatcttttggtcaacaaggtgcttccacgagtggaataaac
cccgctaattacgctcaaaatgctccaggagtgagagctgcaattgctcggagtggcagc
caatcggatgctactgatcgatatcagtatgctgctcgctgggaagaagacgaaccagct
ggtttgatggcgacgactgctgcagttttatatgccaacgaaaagcatgcatatttgaag
cagcagttccccgtttgggctgaacgtgtgaaacaaattcagaagttatggcgtaatttg
agttctgaagaacggcaagactacgtaaatcgagcgagagataatcggaccaaaagtggt
gctaagcctcgccctcgcagagtgaacgttcagagtacgaactctgtcgatagcccaaca
aaccagtctcctgctatcaacttaacagaattcaaagttcccgttaatccgggagaaccg
tcgacgtctacttcattcggttcattaaatgaacctcagcaagtgaagaaagtgcatgtg
acatatcatttgcctctagatctttatcatcaatggcaggaaatgaagagagtgagagtt
gatcgtgaacggttaattgtgtctctcgatgaacagttgaccaaagctcgtaagcaaaag
aagaacttggcagcgaagaagcgtcaaatagtcagaactcaaacagcagcccctgattat
gacggccgaccgatcgatttgaatgacaacgatcaacaaattctgttgcaactcacggag
cagataaaagctactcaagcggaaatcgataattcaaggcgagacttgaacactcgaaaa
gctgctatgtccgattttgaaatcactcatcacattctccgtaatgaatccgatgtcaaa
cctcacgaaatggagcaaacaattgccagagacaatcaatatgcttcccagatggaacac
cggctagctcaacaagcccaagcacagggactcggattaggtgcaacaccacagttacct
ggtactcagtcttccattcatcttcctatgcttcatcagcaacagcaacaacagatgatg
caaatgcagatgcaggggatgcctataagacctggcccaggacaatttatgttaagacaa
ccgcctggagcacctccgatgacaatacaacaacaacagcatcagcatcaacaggaactg
catcgcagaatgatgatgcagcaaatgcagcaaatgcggcagcagatccgaccagagatg
gctggagtgcgtttcgatcagattactgatccagtgttgaaagatgtatacgcatgcgtc
gatgcgatggttacagatgttcatttgaaactggagcccaagccggaacctcaacagcaa
attcatggaccgccacagtttatgcagagaatgatgcagcatcctggagcgcccagttca
tctggtcctcctggatctttgggtaatcctgccctttctgttccgacggctcatcctggt
gctcctggcccttccggtcatcttcccagttctcttggccagcctggtccacttggtcca
gctggtcctcctggtcatcttggtcatcctgttccgcctcggctcatcatgccttcgcat
atccctcatggaccgataccacagctcggcgcgcctgtgaatcaacaccctcctccaaca
ccccaacctgctcaaccaccacagcttccagaagacggaccgaaaccaaagaagaagcgt
gcgcaacagaaaaaagctgcaacgacgttcccgactggcggagaacacgacgcctggata
gaaacgatgcgaacgcgattccgtttgtgtcccgaaattcctaaagtgcaacgagagcca
cgtttgaacaaacaaggatcagaattcgtgacacacggattgacagagttgagtcttctc
atgggaaaacgaaaacctataattggacgttttggagagatgatggtgaaacgcggaacg
agatatttcggaaacgaagacagaatggataaggcagtcactttcaatgaagtgaatttg
taccaagttgaaccacagattcgccgtcatgtactttacaacagttctatgccagaactt
gaagacgatgtcattcaagatgagatggacaagaaaatgtgtttgaatccgaacgatgtc
atcagccggttgttcaataagaaacacacttctcgcgaacatgtacgatgccttgctcgc
tacatggatgaagcaggaccaccaatagagccagatttaggaatgttccgcgatttcaaa
gaagaacctgaagaagatgtaaccattgagctagttttcaacacaaaccaaatcaagcag
gaatgtactgaagaggagaaaaatgatctgtgtcctaaactcaacgatcaactcagagaa
attctgtcatttaaaaatgagataacatataaattggaagacactccacctgagtctcct
gcatgtgtatctccggagcctgaagtttctgaacaagttcgtcaaacaacatccacatca
agagcaccatcagcatcggtcgaaaaagaaatcaagaaagaagacgatgaagaaatgccg
gcgtctgttttccgagaaatcaaaaaagaagtaatggacgttgcccagcagaatcaatgt
aagcagtgtgataagatgatagatggaggaacaacaccatcagttcgagtatcagttgga
aaactcggagttctaccacaagaagcaccatgtgatgaaagagatgatatggtatcattc
tgttcgaaaaagtgttattacgatatgatgtcaactggacgaaatgcactgactcacgaa
gagctcgctgaagccgagaaacacgtctccgaggaaacatacaacaagctgaaacaaatc
ctttcggatagcattgtaaaggcagtgaatctagggaagaagcctccgacctctgcattg
cctacttcttctcttcttggaaacgctgatcttatatctccaagggatattcgcctaacg
gtagacgatggaagaaaggaactcatcgagatagttcacgtttcaacgttgattggagca
gcaaacgcacagaaagacgagatggctcaacaagtcgccgctggaacagactggaagcag
tacaccccagaaatttatgaatcattcgttagcattcatcagcaacatcagcaatgcgtt
ctctcggcgaagtttggagttcctcttccgcaacatgaactggacaagcgtatttgtgtt
ttctgtggtggtgttggagatggcgacactgctgtatgtggtcgtcttgtttctctcact
gagtattactgggttcatgtgaactgtgcaatgtggagcgctgaagtattcgaacatcag
aatggaatgttatcgaatgttgaacgagctgtgattcgcgctgcgacacaagcatgcgat
cactgcaaacgtccaggagccagtgttaaatgtcataaggcaaactgtggaatgaattat
catctcgtttgtgctcgacagaacaatggctatttcattaaagatcggacattcatatgt
aaagctcacgaaaaagttgttcatcatcaatgcacccgattcgatgctatgcggaaaatc
tttattaagcgtgacgagaacaacatgctgatgcgtctgttcgatctttccgatggatcg
aacctttgccttaaaatgggatcattcactttctacaaacttggttcgatcactccgaca
cagttgaagcggttccataacaaggattacatcttccccaacaagtatcgtgtcactcgt
cacttctggtctccgaagaactgtgaagagcgcatgacgttcgaatgcacaatcgaagat
cgcaacaaccaaccgattttcatcgtgagaagtttgaatgatccgacgatttgttatcga
gcaacatcggcaacgaaagcatggagtccgattttcgataaagtgacgaagcttcgagaa
caacaacaagatcgtctgcgattcttcggttctcaaataactggagaggcattgttcgga
ctcactgagaatgcaataacgaaaatgaccgagtcgctacctggtttcgacacggtgttc
acatatcaacaaaggcatcagaatagtcctgttttggagttaccacttgctgaaaacccg
atggggtgtgctcgagccgaaccgtggagtcgaacgatcggacaaaccttcagagcgaag
ccccaaccaatgggagggacatcgaatcatcatcacggaatcctcggcatcataccttgt
cagccgaccaagactgacagttcttcttgtcaaattgaaactctacaatcccgtcaagca
tccacatcacttacttcagctaacagtggacgtaccagaggtgtaagatcgtactatacg
gaagaagcggcagctcgtgctcgcggattcccacaagatctgagtgctatttctcataga
gttgagcccgctcaaagtgcaactgctcagtatacagcttatcagaagatgcgcagagag
tggaaagagctagtgtatcttgctagatctcgaattgctggattaggcttgtatgcaaaa
accgatattccgatgggagagtacatcatcgaatacaagggagaaatcattcgttcggaa
ctgtgtgaggttcgtgaaaagcgctacaatgctcagaatcggggagtctatatgttccgg
ctcgacgaggagtgggttattgatgcaacgatgtcgggtggtccagcgcgatatgttaat
cattcgtgtgatccgaattgttccactatgcttttcgattcaaacagtggagcacgtgac
aagaagatcctcatcactgccaataggcctataagcgcaaacgaagagcttacctatgat
tatcaattcgaactggaagatgcaacagataaggtcccatgtctttgcggagcaccgaat
tgtgttaaatggatgaattaa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (33)   

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