KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102460966
Entry
102460966         CDS       T02980                                 
Symbol
SETD2
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD2
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss00310  Lysine degradation
pss01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pss00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    102460966 (SETD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:pss03036]
    102460966 (SETD2)
Enzymes [BR:pss01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     102460966 (SETD2)
Chromosome and associated proteins [BR:pss03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     102460966 (SETD2)
SSDB
Motif
Pfam: SRI SET AWS WW
Other DBs
NCBI-GeneID: 102460966
NCBI-ProteinID: XP_014424693
Ensembl: ENSPSIG00000017295
Position
Unknown
AA seq 2570 aa
MLPRLDCNREEENEGKPENVQKAGFVKGPVFKGVASSRFLPKGTKTKVNLEEQGRQKVSF
SFSLTKKTLQNRFLTALGSEKQNETHNSPAVPLPTDFSPKIKMDLGDTSSSAEESSPPKP
KVELGKIHFKKHLLSVTAKPLPAAVVLSPSLEALAPAEVTTAELPLTPSPPHSQTAFPPA
PLLTAVTLPQPPVAVSVTLASLLLPPVESEVQTSKEPTNAVVKETLELDIKHDPASNSSE
EHAAQIMSEQMEITSQQEESHIGKDEEISDSSKGASLCSKKQGSRRKFSQADATLLGSES
DEDSIRTSSSQRSHELKISSTEKERDPKKSSTSLKSEDSVKSSSRSKLDRDEKHSSYSKA
ERDSRYMSSRSRSDRERRRSRSHSRSRSDRGSRTSSSYSRSERSYYYESDRRYHRSSPYR
ERTRYSRSHTDNRTRESSDSEDEYRRTHSRSSDSRRTSSHSSYRDSRTSSYSKSERDSKT
ESSYAETERRGKSSKSDRESKRTSESDVSKRCSPLNELGYRRVTSHSKPDSNVNSSRYKY
TPTKTSAPKSDKSKGSFCCTESVEEIKQQSNSLGLETSCLKSSELRMTIIKKFESEHTVS
PFSQLNDSPSFKKLDESKESSPDLKSELIGNDCHDSIKEPESLIKVKRDQLRTYCPLELN
INGSPEGRSDDLATFCASKIEDVAVSSDDSLSRSEVSPKIKSNTFYVLPSNGFQSIYKSK
EQDLDDSHMQSEFNDLFKETETPVPSEQYDDISSVTNIDHSEMLVKKLDDLTTACNRTKD
SDFCYVSDTSPSLYHSEVEIEVEPTYTKVTQETLMDIHVEPQTVICNYENAEDQNSAKSA
CEDELYDRSPSHEMSLIVDNSSRDSSQEECSLEIKLDNEIITRQPEENLASELDRAMQNK
NEECLQLSETEVIIELDAQHIGPDVEKGKQSFKKEHSYYLEVPEEHLAKEETAEERSEVL
VERTRPDDFKDQSLEVLIGKDEENESLMVSGFSDALFPSCDVIVIAEETETVTQAATCDS
SGNTSEFISVHDDDYSDTAESESDQDSEESDTEDSDSDDSVPRNRLQSVVVVPKNSTLSM
EESSPCSSRSSQGNARYSDHWDDDRPESSKPYYEERSENASNKNGPHIENKCSPSRGMDK
SPATSTELSRKETEDLQPDISQPQSDGVDSTSQTDLTSNSNGQPNPDERIILKELMPVAR
PLSRQQDEQPFCFSESYESTENKSRHQTNSSKPDSRQGKAGFSNLSGTGDFSRLDGFHST
EDLGSLGWDFSQPEKPSSTYQQPDSSYGMYSGYVCQQGPGSYCGSQNYWQGNGYWDSRPC
SRSSGINYERIQGQVPDSLTEDHEEYEQDDNWDDDCKAHFPIQSSKFHTLGDQEKGSVQA
HEISSNSAKEPTVVNEKKEQAKILEKHDVKERGPPKKRRQELESDSESDGDPRERKKVKM
EEEGEQLESLPQGSXXXXCIMEDFRDPQRWKECAKQGKMPCYFDLIEENVYLTERKKNKS
HRDIKRMLCECPPLSKEERAQGDVACGEDCLNRLLMIECSSRCPNGDYCSNRRFQRKQHA
DVEVILTEKKGWGLRAAKDLLSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALK
NDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQR
YGKEAQKCFCGSTNCRGYLGGENRVSIRAAGGKMKKERSRKKDSVDGELEALLENGEGLS
DKNQVLSLSRLMVRIETLEQKLTCLKLIQNTHSQACLKTFLECHGLSLLWIWMAELGDGR
GSTANNLKLQLEIMKTLELLPIPNKNMLEESKVLPIIQRWAQTKTVVPQLSEGDGYSSEN
TSRAHTPLNTPDPSIKQSTEGDTDTPKKLVFRRLKIISENSMDSAISDTTSELEGKEGKE
DLDQLDTIPAEVAEEQQQQELKASIDVPVDSNKPQAAELEAEPETEAKESSGIKLEEPIA
METPSQDEEEGVSDVESERSQEQTDKIVDMSDVATKLLDSWKDLKEVYRIPKKSQAEKES
SGDRGRDAVGHRDQIATPKNPSQSREREPERQSQSKEKKKRRESLSPPSSAYERGTKRPD
DRYDTPASSKKKVRLKDRNKLSTEERRKLFEQEVAQREAQKQQQQLQTLGMTSPLQYDSM
GYSAPHHSFIGYPPGYPMQAYVDPSNPNAGKVLLPTPSLDPMCSPAAYEHPQTLVGHTVE
PALTTPQPVPVVQHVATTMEVSVSQYVAQSDTVVHQEPNVAVLPVPAPGPVQGQSYGVWD
SNQQTVTVQQQYSPAQSQPTIYYPGQTCQTVYGVTSSYSQTAPPIVQGYAQPSLQYIQGQ
QIYTAHPQGVVVQPTTAVTTIVAAGQPPPIQQPELVVTNNLLDLPPPSPPKPKTIVLPPN
WKTARDPEGKIYYYHVITRQTQWDPPTWDSPGDDASLEHEAEMDLGTPTYDENPMKSSKK
PKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYRKPDCKVGRITTTEDFKHLARKLTH
GVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQKFGAVYKPKEDTDLE
NT seq 7713 nt   +upstreamnt  +downstreamnt
atgcttcctcggctggattgcaatagagaagaagaaaatgagggcaagcctgaaaatgtg
cagaaagctggttttgtcaaaggcccagtgttcaaaggtgttgcttctagccgctttttg
cccaaaggcacgaaaacaaaggttaaccttgaggaacaaggaagacagaaagtgtctttc
agctttagtttaacaaagaaaaccttgcagaacagatttctgactgctcttggaagtgaa
aaacaaaatgaaactcacaactccccagctgtaccccttccaactgacttctcccccaaa
attaaaatggaccttggggatacttctagttcagctgaagaatcttcaccaccaaaacct
aaggtggaattgggcaagatccattttaagaagcatctgcttagcgtaacagcaaagcca
ctgccagctgctgtagtactatcaccctcgctagaagctctagcaccggcagaagtgaca
acggcagaattgccattgacaccatctccaccacactctcaaacagcatttccaccagcc
ccattgctaacagcagtaactttgccccaaccaccagtagcagtatctgttacattggca
tctcttttgctaccacctgtagagtcagaagtccaaacttcaaaggagccaacaaatgca
gtagtgaaagaaactttagaattggacattaaacatgatcctgcatctaatagttcggaa
gaacatgcagctcaaattatgtctgagcaaatggaaataacttcacagcaggaagagtcc
catattgggaaggacgaagaaatttctgacagctcaaaaggagcttctctgtgttccaaa
aagcagggttctaggaggaaattctctcaagctgatgccacgttgctgggttctgaatct
gatgaagattctataaggacttcttcaagtcagagatcacatgaattaaaaatatccagc
acagaaaaggaaagagatccaaaaaagagctcaacttctctcaaaagtgaagattcggtg
aaatcttcctcaaggtctaaattggaccgagatgaaaaacattctagctactcaaaagca
gagagagactctaggtatatgtcctcccgttcgaggtcagaccgggagagaagacggagc
aggtctcattcgcggtctagatctgacagaggttctagaacaagctcatcctattcacga
tcagaacgctcttattattatgaatctgaccgaagataccatagaagctccccttataga
gagaggacaagatattctcgttctcacacagataataggacaagagagagttctgattca
gaagatgagtatagaaggacccattctaggtctagtgactcaaggcgtacatcatctcat
tcctcttacagggattctagaacttcttcgtactctaaatcagaacgggacagcaaaaca
gagtcatcttatgctgaaacagagaggcgagggaagtcttcaaaatcagatagagaatca
aaaaggacttcagaaagtgatgtatcaaaaaggtgttctcccctgaatgagctgggatat
cgaagggtgacatcccattctaaacctgatagtaatgtgaactcttcccgttataagtat
acccctacaaagacttctgcaccaaagtctgataagtctaaaggttctttctgttgtaca
gaatcagttgaagaaatcaaacagcagtctaattctttagggttagagacatcttgtcta
aaaagcagtgagttaagaatgactattataaaaaagtttgagagtgaacacactgtttct
ccattcagtcaattaaatgattcaccttcttttaaaaagctagatgagtcaaaagagagt
tctcctgacttgaagtctgaacttataggaaatgattgccatgacagtattaaggaacca
gaaagtttaataaaggtaaaacgtgatcaattaagaacttattgccccttagaactgaat
ataaatgggtccccagagggtaggtctgatgacttagcaactttctgtgcctccaaaata
gaggatgttgcagtgtcttctgatgatagtctaagtagatcagaggtatcaccgaagata
aagagtaatacattttatgtgttgccatctaatggttttcaaagtatatataaatctaaa
gaacaagatttagatgattctcatatgcagtctgagttcaacgatttgtttaaagaaaca
gagactccagttccttcagaacaatatgatgatatatcttctgttacgaacatagatcat
tctgaaatgttagttaaaaaattggatgatctaacaactgcatgtaacagaacgaaagat
tcagacttttgctatgtttcagatactagtccttctttatatcattcagaagttgaaatt
gaagttgagcccacatatacaaaggttactcaagaaactttaatggacattcatgtagag
ccacaaacagttatatgcaattatgaaaacgcggaggatcaaaattcagcaaagtctgca
tgtgaagatgaactatatgataggagtccctctcatgagatgagccttatagtagataat
tcaagcagagattcttcccaagaagaatgctccctggaaatcaaattagacaatgaaatc
attacacgacaaccagaggaaaatcttgcttccgaattggatagagccatgcagaataaa
aatgaagaatgtttgcagctttctgaaactgaggtgataattgaattagatgcccagcat
attggtcctgatgtagaaaaaggaaaacagtcatttaaaaaggagcattcatattattta
gaagttccagaagaacatctagcaaaagaggagacagctgaggaaagatctgaagtctta
gttgaaagaaccaggcctgatgattttaaggatcagtctctagaagtcttaattggcaag
gatgaagaaaatgagtcattgatggtttcaggtttttcagatgctttatttccatcttgc
gatgtcattgtgattgcagaagaaacagaaactgtaactcaggctgccacatgtgacagt
agtggcaatacttctgaattcatttctgttcatgacgatgattattctgatacggcagaa
agtgagagtgatcaggacagtgaagaaagtgatacagaggattccgattcagatgacagt
gttccaagaaaccgtcttcagtcagttgtggtggttccaaagaattctactctaagtatg
gaagaaagtagcccttgttcatctcggagcagccaaggcaatgcacgttactctgaccat
tgggatgatgataggccagagtctagcaaaccatactatgaagaaagatcagagaatgca
tccaataaaaatggtccacacattgagaacaaatgctctccttctagaggaatggacaag
agtccagcaacatctactgagcttagtagaaaggaaactgaagatctccagcctgatatt
tctcagcctcagagtgatggagttgatagtacaagtcagactgacctaacgtcaaattct
aatggccagccaaatccagatgaaagaataatattgaaagaattgatgcccgtagctaga
ccacttagcagacaacaagatgagcagccattttgtttttctgagagctatgaaagtact
gaaaataaatctaggcaccaaacaaattcttccaagccagacagtaggcagggaaaggct
gggttcagtaatctgtctggcacaggagatttctccagattggatggttttcattcaacg
gaggacttaggtagcctggggtgggatttctctcaaccagagaaacccagtagcacatat
cagcagcctgacagcagttatggaatgtactcaggttatgtctgccagcagggtccagga
tcatattgtggctctcagaattactggcaaggcaatggctattgggactcaaggccatgt
agtaggtcctctggaattaattatgaacgaatacaaggacaggtaccagattccctaaca
gaggaccatgaagagtatgaacaggatgataattgggatgatgattgcaaagctcatttt
cctatccagtcaagtaaatttcacactctcggtgatcaagaaaagggttctgtgcaggca
catgagataagcagtaattcagcaaaggaaccaacagtggtaaatgagaaaaaagagcag
gcaaagattttggaaaaacatgatgtgaaagagcgaggcccaccaaagaaaagaaggcaa
gaattagagagtgactctgagagtgatggagatccaagagagagaaagaaagtgaaaatg
gaggaggagggggaacagctggagtccctgcctcaaggttcnnnnnnnnnnnngtgtatc
atggaagacttcagagacccacaacgctggaaggagtgtgccaagcaaggaaaaatgccc
tgttactttgaccttattgaagaaaatgtgtatttaacagaaaggaaaaagaacaaatcc
caccgtgatatcaagcgaatgctgtgtgagtgccctccactttccaaagaagagagagcg
caaggggatgtggcatgtggcgaagattgtctcaatcgtctgctcatgatagaatgttct
tccaggtgcccaaatggggactactgttccaacaggcggttccagaggaaacagcatgca
gatgttgaagtgatcctgacggagaaaaaaggctgggggctgagagcagccaaagatctc
ctgtctaacacctttgtcctggaatactgtggagaagtgctggaccacaaagaattcaaa
gcccgagtgaaagagtatgcccgaaacaagaacattcactactacttcatggcactgaaa
aatgatgagataatagatgcaacccagaaaggaaactgctcccgtttcatgaaccacagc
tgtgaaccaaactgtgagacacaaaagtggactgtgaatggacaactaagggttggcttt
ttcaccaccaaactagttccatcaggctcagagctaacgttcgattaccagttccagaga
tatggcaaagaggctcagaagtgcttctgtggctcaactaattgccggggttacctggga
ggagagaacagggtcagcatcagagcagcaggaggaaaaatgaaaaaggaacgctctcgt
aagaaagactcggtggatggggagttggaagcactgctggagaatggagaggggctttca
gataagaaccaggtcctcagtttatcccggttgatggttcggattgaaactttggagcag
aaactcacctgcctcaagctcatacagaacacacattcacaagcctgcctgaagaccttc
ttggaatgtcatggcttgtctctcctctggatctggatggctgagctgggtgatggaagg
ggaagcactgcgaacaatctgaagctccagctagagattatgaagaccctggagctctta
cctatacctaataaaaacatgttggaagagagcaaggtgcttccaattatccagcgctgg
gcccagaccaagactgttgtcccacagcttagcgagggggatggttattccagcgagaac
acctcacgtgcacatacgccactcaacacgccagatccttccatcaagcagagcacagaa
ggcgacacagacaccccgaagaagcttgtctttcgaaggctcaaaattataagtgaaaac
agtatggacagtgcaatctctgacactaccagtgagctggagggaaaggaaggcaaagaa
gacctagaccagctggacaccattcctgcagaggtggcagaggagcagcagcaacaggaa
ctcaaagcttctatcgacgtgccagtggacagcaacaaacctcaggcagctgagctggag
gctgagcctgaaacagaggccaaagagagcagtggcataaagctagaagagcccattgcg
atggaaacaccgtctcaagatgaagaggagggtgtgtctgatgtggagagtgagaggagc
caagaacagactgacaaaatagtggatatgagtgacgtggctaccaagcttctagacagc
tggaaagacctaaaggaggtgtatcgaatcccaaagaagagtcaagctgaaaaggagagt
agcggagatcgtggaagggatgcagttggtcatagggaccaaattgctaccccaaagaac
cccagccagagcagagagagagagcctgagaggcagagccagagtaaagagaagaagaaa
cggagagagtcgttgtccccaccatcttcggcctatgagagaggaaccaagaggccagac
gacaggtatgacacaccagcttcttcgaagaagaaagtgcggctcaaggatcgcaacaag
ctgtccacggaagaacgcaggaagctctttgaacaagaagtagcccagcgggaggctcag
aagcaacagcagcaactacagactttagggatgacttccccacttcagtacgattccatg
ggctacagtgctccccaccacagcttcattggctatccccctggctatcccatgcaggct
tatgtggatcccagcaatcccaatgctgggaaggtgctactacccactccaagcctggat
cccatgtgctctcctgcagcttatgagcacccccagactttggttgggcacacagttgaa
ccagccctgactactcctcagccagtaccagtagtacaacatgtagcaacgacgatggag
gtttctgtttctcagtatgtagcacaaagtgacaccgtggtccatcaggagcctaacgta
gctgtcttgccagtgcctgccccaggtccagtgcaggggcagagttatggagtatgggat
tccaatcagcagactgtaactgtgcaacagcagtactctccggcccagtctcagccaacc
atatattacccaggacagacgtgtcagacggtttatggtgtgacatcatcttattctcag
acagctccaccaattgtacagggttatgcacagccaagtcttcagtatatccaagggcag
cagatttacacagctcatccacagggagtggtggtgcagccgacgacagcagtaacaact
attgtagcagctgggcagcctccgcccatacagcagccagagctggtggtgaccaacaat
cttttggatctaccgccaccatctcctcccaaacccaaaaccattgtcctccctcccaac
tggaaaacggccagagatccagaggggaagatctattattaccatgtgatcacaaggcaa
acccagtgggatcctcctacttgggacagtcccggggatgatgccagccttgaacatgaa
gctgagatggatctcgggaccccaacgtacgatgaaaacccaatgaaatcttccaagaaa
cccaaaacagcggaagccgacacttcgagtgagctggctaagaagagcaaagaagtgttc
aggaaagagatgtctcagttcatcgtgcagtgcttgaacccctaccgcaaacctgactgc
aaagtgggaagaatcaccacaacagaagacttcaaacacttagcacgcaagctgactcat
ggcgtgatgaacaaagagctgaaatactgcaagaacccagaggatctggagtgcaatgag
aatgtgaagcacaaaacgaaggagtacattaagaaatacatgcagaagtttggggcagtt
tacaagcccaaagaggacacggacttagaataa

  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 (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (74)   

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