KEGG   Callithrix jacchus (white-tufted-ear marmoset): 100411953
Entry
100411953         CDS       T03264                                 
Symbol
SETD2
Name
(RefSeq) histone-lysine N-methyltransferase SETD2 isoform X1
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
cjc  Callithrix jacchus (white-tufted-ear marmoset)
Pathway
cjc00310  Lysine degradation
cjc01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cjc00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100411953 (SETD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cjc03036]
    100411953 (SETD2)
Enzymes [BR:cjc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     100411953 (SETD2)
Chromosome and associated proteins [BR:cjc03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100411953 (SETD2)
SSDB
Motif
Pfam: SRI SET AWS WW
Other DBs
NCBI-GeneID: 100411953
NCBI-ProteinID: XP_035131072
Ensembl: ENSCJAG00000002303
Position
15:complement(23431099..23575646)
AA seq 2598 aa
MKQLQPQPPPKMGDFYDPEHPTPEFLDGVSLYCPGWNAVAPSGLTANSASGGNNIPRRNS
REEENEAKIENVQKTGFIKGPIFKGVASSRFLPKGTKTKVNLEEQGRQKVSFSFSLTKKT
LPNRFLTALGNEKQSDTPNPPAVPLQVDSTPKMKMEIGDTLSTAEESSPPKSRVELGKIH
FKKHLLHVTSRPLLATTTAVASPPTHAVPLPAVIAESTTVDSPPSSPPPPPPPPQATTSS
SPAPVTEPVALPHTPVTVLMAAPVPLPVDVAVRALKEPPIIIVPESLEADTKQDTVSNSS
EEHITHNLNEQADISSKKEDSHIGKDEEIPDSSKISLCCKKTGSKKKYSQSEGTFLGSES
DEDSVRTSSSQRSHDLKFSANIEKERDFKKSSAPLKSEDLGKSSRSKTERDDKYFSYSKL
ERDTRYVSSRCRSERERRRSRSRSRSDRGSRTNLSYSRSERSHYYDSDRRYHRSSPYRER
TRYSRPYTDNRARESSDSEEDYKKTYSRRTSSHSSSYRDLRTSSYSKSDRDCKTETSYLE
MERRGKYSSKLERESKRTSENEAMKRCCSSPNELGFRRGLSYSKHDSSASRYKSTLSKPI
SKSDKFKNSFCCTELNEEIKQSHSFSLQTPCSKGNELRMINKNPEREKPGTPSPSNQLND
SPAFKKLDELPIFKSEFIAHDSHDSIKELDSLSKVKNDQLRSFCPIELNINGSPGTESDL
ATFCTSKADAVLMTSDDSVTGSEVSPLVKACVLSSNGFQNISRCKENDLDDTCMLHNKSE
SPFRETEPLVSPHQNKLMSLPVMTIDYSKTVVKEPVDMRVSCCKTKDSDIYCTSNDSNPS
LCNSEAENIEPSVMKISSNSFMNVHLESKTVISDHRNLTDHSKFACEEYKQSIGSTSSAS
VNHFDDLYQPIGSSGIASSFHSLPPGIKVDSLTLLKCGENISPGLDVVLKSKKSSEFLKR
AGKETIVEVGSDLPDSGKGFASREKRHNNGLSGKCLQEAQEEGNSILPVRRGRPEISLDE
GGERGRMHTSDDSEVVFSCDLNLTMEDSDGVTYALKCDSSGHAPEIVSTVHEDYSGSSES
SSDESDSEDTDSDDSSIPRNRLQSVVVVPRNSTLPMEETSPCSSRSSHSYRHYSDHWEDE
RLESRRHSYEEKFESIASKACLQTDKFFLHKGTEKNSEISFTQSSRRQVDNHLPELSHPQ
SDGVDSTSHTDVKSDHLGHPNSEETVKAKIPCRQQELPIYSSDFEDVPSKSWQQTAFPNR
PDSRLGKTELSFSSSCEIPHVDSLHSSEELRNLGWDFSQEKPTTTYQQPDSSYGACGGHK
YQQSAEQYGGTRDYWQGNGYWDPRSGRPGTGVVYDRTQGQVPDSLTDDREEEENWDQQDG
SHFSDQSNKFLVSLQKDKGSVQAPEISSNSIKDIVAVNEKKDFSKNLEKNDIKDRGPLKK
RRQEIESDSESDGELQDRKKVRVEVEQEETSLPPGSALVGPSCVMDDFRDPQRWKECAKQ
GKMPCYFDLIEENVYLTERKKNKSHRDIKRMQCECTPLSKDERAQGEIACGEDCLNRLLM
IECSSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDH
KEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQL
RVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKK
ERSRKKDSVDGELEALMENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLELIQNTHSQSC
LKSFLERHGLSLLWIWMAELGDGRESNQKLQEEIIKTLEHLPIPTKNMLEESKVLPIIQR
WSQTKTAVPPLSEGDGYSSENTSRAHTPLNTPDPSTKLSTEADTDTPKKLMFRRLKIISE
NSMDSAISDATSELEGKDGKEDLDPLENVPVEEEEELQSQQLLPQQLPECKVDSETSVEA
SKLPTSEPEADAEIEPKESNSTKLEEPINEETPSQDEEEGVSDVESERSQEQPDKTVDIS
DLATKLLDSWKDLKEVYRIPKKSQTEKENTITERGRDAVAFRDQTPAPKTPNRSRERDPD
KQTQNKEKRKRRGSLSPPASAYERGTKRPDDRYDTPTSKKKVRIKDRNKLSTEERRKLFE
QEVAQREAQKQQQQMQNLGMTSPLPYDSLGYNAPHHPFAGYPPGYPMQAYVDPSNPNAGK
VLLPTPSMDPVCSPAPYDHAQPLVGHSTEPLSAPPPVPVVPHVAAPVEVSSSQYVTQSDG
VVHQDSSVAVLPVPAPGPVQGQNYSVWDSNQQPVSVQQQYSPAQSQATIYYQGQTCPTVY
GVTSPYSQTTPPIVQSYAQPSLQYIQGQQIFTAHPQGVVVQPAAAVTTIVAPGQPQPLQP
SEMIVTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVITRQTQWDPPTWESPG
DDASLEHEAEMDLGTPTYDENPMKTSKKPKTAEADTSSELAKKSKEVFRKEMSQFIVQCL
NPYRKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKK
YMQKFGAVYKPKEDTELE
NT seq 7797 nt   +upstreamnt  +downstreamnt
atgaagcagctgcagccacagccacctccgaagatgggggatttctacgacccggagcat
ccgacccctgagtttttagatggagtctcactctattgcccaggctggaatgcagtggca
ccatctgggctcactgcaaactctgcctctggagggaataatattccaagaaggaacagc
agagaagaagaaaacgaggcaaagattgaaaatgtgcagaaaacaggtttcatcaaggga
ccaatctttaaaggtgttgcttcgagtcgatttttgcccaaaggcaccaagacaaaagtt
aatttggaagaacaaggtcgacagaaggtgtcattcagcttcagccttacaaagaaaact
ttgccgaataggtttctcaccgcacttggcaatgaaaagcaaagtgatactccaaaccct
ccagctgtacctcttcaggtagactcaacccctaaaatgaaaatggaaatcggtgatacc
ttatctactgcagaagaatcttctccaccaaagtcaagggtggaattgggcaaaattcat
tttaagaaacacctgcttcatgtaacatccaggccactgctggctactaccacagcagta
gcatctccacctactcatgcagtgccattaccagcagtgatagcagaatcaacaactgta
gactcaccgccctcatccccacctccaccgcctccacccccgcaagccacaacatcctca
tcaccagcaccagtaacagagccagtggccttgccacatacaccagtaacagttctgatg
gcagcaccagtacccttaccagtagatgtagcagttagagctctgaaagaaccaccaatt
ataattgtaccagaatctttagaagcagatactaagcaggacactgtatctaatagttca
gaagaacacataacacacaatttgaatgagcaagcagatatttcctcaaaaaaagaagat
tcccatattgggaaggatgaagaaattcctgatagttctaagattagtctgtgctgtaaa
aaaacaggttctaagaagaaatactcacaatctgaaggcacctttcttggttcagaatct
gatgaagattctgtacggacttcttcaagtcaaagatcacatgatttaaaattttcagca
aacattgaaaaggaaagagattttaaaaagagctcagcacctttaaaaagtgaggatcta
gggaagtcttcacgatctaaaacagagagagatgataaatattttagctattcaaaactt
gaaagagatactcggtatgtatcttcccgatgtaggtcagaaagagagcgacggcggagc
agatctcgttctaggtctgacagaggctctagaactaatttatcctattcccggtcagaa
cgatctcattattatgactctgatcgtcgctaccataggagctccccttatcgagagagg
acacgttattctcgaccttacacagataacagagcacgagagagttctgactcagaagaa
gactataagaagacatactcaaggcgtacctcatctcattcctcttcttacagagaccta
aggacatcatcttattctaaatctgatcgggactgtaaaactgagacttcttacttagag
atggaaagaagaggcaagtattcttcaaaactagaaagagaatctaaaaggacttcagaa
aatgaagcaatgaaaagatgttgttcttcccctaatgaactgggattccgacgagggtta
tcgtattctaagcacgacagtagtgcttcccgttataaatctaccctttcaaaaccaata
tccaagtctgataaatttaaaaattctttctgttgtacagaattaaatgaagaaatcaaa
cagtctcattcttttagtttacaaacaccttgttcaaaaggtaatgaattaagaatgatt
aataaaaatcctgaaagagaaaagcctgggactccatctccatcaaatcaattaaatgat
tcacctgcttttaaaaagctagatgaattgcctatttttaagtctgaatttatagcacat
gatagccatgatagtattaaggaattagactctttatctaaagtgaagaatgatcaatta
agaagtttttgtcccatagaattaaatataaatggatctcctgggacagaatctgatttg
gcaacattttgcacttctaaagctgatgctgttttaatgacttctgatgatagtgtgact
ggatcagaggtatcacctttggtcaaagcatgtgtgctttcatcaaatggatttcagaat
attagtagatgcaaagagaatgacttggatgatacatgcatgctacataataagtcagaa
agcccatttagagaaacagaacctctggtgtcaccacaccaaaataaactcatgtctttg
ccagttatgactatagattattccaaaacagtagttaaagaaccagttgatatgagggtt
tcttgctgcaaaaccaaagattcagacatatactgtacttcaaacgacagcaacccttct
ttgtgtaactccgaagctgaaaatattgagccttcagttatgaagatttcttcaaatagc
tttatgaatgtgcatttggaatcaaaaacggttataagtgatcatagaaatttgacagat
cactcaaaatttgcatgtgaagaatataagcagagcattggtagcactagttcagcttct
gttaatcattttgatgatttatatcagcctattgggagttcaggtattgcttcatctttt
catagtcttccaccaggaataaaggtggacagtctaactctcttgaaatgtggagagaac
atatctccaggtctggatgtagtactaaagagtaaaaaaagttcggagtttttaaagcgt
gcagggaaagaaacaatagtagaagtaggtagtgaccttcctgattcaggaaagggattt
gcctccagggagaaaaggcacaataatgggctatctgggaaatgtttgcaagaggctcaa
gaagaagggaattccatattgcctgttagaagaggaagaccagaaatctctttagatgaa
ggaggagaaagaggacgtatgcatacttctgatgattcagaagttgtattttcttgtgat
ttgaatttaaccatggaagacagtgatggtgtaacttatgcattaaaatgtgacagtagt
ggtcatgccccagaaattgtgtctactgtccatgaagattattctggctcttctgaaagt
tcaagtgatgaaagtgattcagaagatacagattctgatgacagcagtattccaagaaac
cgtctccagtctgttgtggttgtgccaaggaattctactttgcccatggaagaaacaagt
ccttgttcttctcggagcagtcacagttatagacactattctgaccattgggaagatgag
agattggagtcaaggagacattcctatgaggaaaagtttgaaagtatagcaagtaaagct
tgtcttcaaactgataagtttttccttcataaaggaacagagaagaattctgaaatttct
tttacacagtccagtagaagacaagtagataaccacctgcctgaactttctcatcctcag
agtgatggggttgatagtacaagtcatacagatgtgaaatctgaccatctgggtcaccca
aattcagaggaaaccgtgaaagccaaaataccttgtaggcagcaagaactgccaatttat
tcttctgattttgaagatgtcccaagtaagtcttggcagcagaccgctttcccaaacagg
ccagatagtagactgggaaaaacagaattgagtttttcttcctcttgtgagataccgcat
gtggacagcttgcactcatcagaagagctcagaaacttagggtgggacttctctcaagaa
aagcctactaccacgtatcagcaacctgacagtagctatggagcttgtggtggacacaag
tatcagcaaagcgcagaacagtatggtggaacacgtgattactggcaaggcaatggttac
tgggatccaagatcaggtagacctggaactggggttgtgtatgatcgaactcaaggacaa
gtaccagattccctaacagatgatcgggaagaagaggagaattgggatcaacaggatgga
tcccacttttcagaccagtccaacaaatttcttgtatcccttcagaaagacaaggggtca
gtgcaagcacctgaaataagcagcaattccattaaggacattgtagctgtgaatgaaaag
aaagatttttcaaaaaacttggaaaaaaatgatatcaaagatagagggcctcttaagaaa
aggaggcaggaaatagagagtgattctgaaagtgatggtgaacttcaggacagaaagaaa
gttagagtggaggtagagcaggaagagacatcattgcccccaggctcagcactggttggg
ccctcctgtgtcatggatgacttcagggacccacagcgatggaaggaatgtgccaagcag
gggaaaatgccttgttactttgatcttattgaagaaaatgtttatttaacagaaagaaag
aagaataaatctcatcgagatattaagcgaatgcagtgtgagtgtacacctctttctaaa
gatgaaagagctcaaggtgaaatagcctgtggggaagattgtcttaatcgtctcctcatg
attgaatgttcttctcggtgtccaaatggggattattgttctaatagacggtttcagaga
aaacagcatgcagatgtggaagtcattctcacagaaaagaaaggctggggcttgagagct
gccaaagaccttccttcgaacacatttgtcctagaatattgtggagaggtacttgatcat
aaagagtttaaagcacgagtgaaggagtatgcacgaaacaaaaacatccattactatttc
atggccctgaagaatgatgagataatagatgccactcaaaaaggaaattgctctcgtttc
atgaatcacagctgtgaaccaaactgtgaaacccaaaaatggactgtgaatggacaactg
agggttgggttttttaccaccaaactggttccttcaggctcagagttaacatttgactat
cagttccagagatatggaaaagaagcccagaaatgtttctgtggatcagccaattgccgg
ggttacctgggaggagaaaacagagtcagcatcagagcagcaggagggaaaatgaagaag
gaacgatctcggaagaaggattcagtggatggagagctagaagctctgatggaaaatggt
gagggtctctctgataaaaaccaggtgctcagcttatcccggctaatggttcgaattgaa
actttggagcagaaacttacctgtctggagctcatacagaacacacactcacagtcctgc
ctgaagtcctttctggaacgtcatgggctgtctttgttgtggatctggatggcagagcta
ggtgacggccgggaaagtaaccagaagcttcaggaagagattataaagactttggaacac
ttgcccattcctactaaaaatatgttggaggaaagcaaagtacttccaattattcaacgc
tggtctcagactaagactgctgtccctccattgagtgaaggagatgggtattctagtgag
aatacatcgcgtgctcatacaccactcaacacacctgatccttctacgaagctgagcaca
gaagctgacacagacactcccaagaaactcatgtttcgcagacttaaaattataagtgaa
aatagcatggacagtgcaatctctgatgcaaccagtgagctagaaggcaaggatggcaaa
gaggatcttgatccattagaaaatgtccctgtagaggaagaggaagagttgcagtcacaa
cagctactcccacaacagctgcctgaatgcaaagttgatagtgaaaccagcgtagaggcc
agtaagttacctacatctgaaccagaagctgatgctgaaatagagcccaaagagagcaat
agcacaaaactagaagaacctattaatgaagaaacaccatcccaagatgaggaggagggt
gtgtctgatgtggagagtgaaaggagccaagaacagccagataaaacagtggatataagt
gatttggccaccaaactcctggacagttggaaagacctaaaggaagtatatcgaattcca
aagaaaagtcaaactgaaaaggagaacacaataactgaacgaggaagggatgctgttgcc
ttcagagatcaaacacctgccccaaagactcctaataggtcaagagagagagacccagac
aagcaaactcaaaataaagagaaaaggaaacgaagaggctctctttcaccacctgcttct
gcctatgagcggggaacaaaaaggccagatgacagatatgatacaccaacttctaaaaag
aaagtgcgaattaaagaccgcaataaactttctacagaggaacgccggaagttgtttgag
caagaggtggctcagcgggaagctcagaaacaacagcaacagatgcagaacctgggaatg
acatcaccactgccctatgactctcttggttataatgcccctcatcatccctttgctggt
tatccaccaggttatcccatgcaggcctatgtggatcccagcaaccctaatgctggaaag
gtgctcctgcccacacccagcatggacccagtgtgttctcctgctccttatgatcatgct
cagcccttggtgggacattctacagaacccctttctgcccctccaccagtaccagtggtg
ccacatgtggcagctcctgtggaagtttccagttcccagtatgtgacccagagtgatggt
gtagtacaccaagactccagcgttgctgtcttgccagtgccggcccccggcccagttcag
ggacagaattatagtgtttgggattcaaaccaacagcctgtcagtgtacagcagcagtat
tctcctgcacagtctcaagcaaccatatattatcaaggacagacatgtccaacagtctat
ggtgtgacatcaccttattcacagacaactccaccaattgtacagagttatgcccagcca
agtcttcagtatatccaggggcaacagattttcacagctcacccacaaggagtggtggta
cagccagctgcagcagtgactacaatagttgcaccagggcagcctcagcccttgcagcca
tctgaaatgattgtgacaaataatctcttggatctgccgcccccctctcctcccaaacca
aaaactattgtcttacctcccaactggaagacagcccgagatccagaagggaagatttat
tactaccatgtgatcacaaggcagactcagtgggatcctcctacttgggaaagcccagga
gatgatgccagccttgagcatgaagctgagatggaccttggaactccaacatatgatgaa
aaccccatgaagacctcgaaaaagcccaagacagcagaagcagacacctccagcgaacta
gcaaagaaaagcaaagaagtattcagaaaagagatgtcccagttcatcgtccagtgcctg
aacccttaccggaaacctgactgcaaagtgggaagaattaccacaactgaagactttaaa
catctggctcgcaagctgactcacggtgttatgaataaggagctgaagtactgtaagaat
cctgaggacctggaatgcaatgagaatgtgaaacacaaaaccaaggagtacattaagaag
tacatgcagaagtttggggctgtttacaaacccaaagaggacactgaattagagtga

  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 (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (12)   
   RefSeq(nuc) (6)   
   GenBank (3)   
   EMBL (3)   
Protein domain (4)   
   Pfam (4)   
All databases (86)   

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