KEGG   Meleagris gallopavo (turkey): 100539457
Entry
100539457         CDS       T01523                                 
Symbol
SETD2
Name
(RefSeq) histone-lysine N-methyltransferase SETD2
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
mgp  Meleagris gallopavo (turkey)
Pathway
mgp00310  Lysine degradation
mgp01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100539457 (SETD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mgp03036]
    100539457 (SETD2)
Enzymes [BR:mgp01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     100539457 (SETD2)
Chromosome and associated proteins [BR:mgp03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100539457 (SETD2)
SSDB
Motif
Pfam: SRI SET AWS WW
Other DBs
NCBI-GeneID: 100539457
NCBI-ProteinID: XP_010710605
UniProt: G1MV76
Position
6:complement(3431402..3473657)
AA seq 2555 aa
MFSRLDCNREEENESKTETVQKAGFIKGPVFKGVASSRFLPKGTKTKVNLEEQGRQKVSF
SFSLTKKTLPNRFLAGLGNEKQNETQNSPAVPLQTDFNPKIKMDLGDATGSAEESSPPKP
KVELGKIHFKKHLLSVTTKPLPPAAAATLLPPPPALAPVTEPVAAAADFPSAPPPPPTAS
PAAPMPVPAAAALPQLPVTLMSTLLLSPPAEAEVPASKELCHAVTKEAPELDLKQEVVSH
GLEEHVTQHVAEQVEVTPQKEDSHIGKDDEVSESSKGASLCSRKQGSKRKFSQSDGTLLG
SESDEDSVRTSSSQRSHEQKISSAEKERDPRKSSSSLRGEELKSSSRSRSDRDEKYSSYS
KSERDSRYASSRSRSDRERRRSRSHSRSRSDRSSRTSSSYSRSERSHYYESDRRYHRSSP
YRERTRYSRSYADSRGRESSDSEDEYRRTHSRSSDSRRTSSHSSSYRESRTSYSKSDRDS
KVESSHADMERRGKSSSKADRDSKRTSESEVTKRCSPLNELGYRKGTSHSKPDSNVNSSR
YKSTPSKTPAPKPDKFKSSFCCTESVEEIKQQSNSLDLETSCLKSNEIRVSIAKRFEREK
TLSPLNQLNDSPAFKNTDESKAAFPHSGSEELAGNECRDSVKEQETLVRVKHEQLRTCFP
IEMNINGSPEGSSDDLAAPSASKAEDVAVSSDDSLCRLEASHIGRTSNSYPLPSNGFEST
YIPKEHEPDDSHIQSSECSSLFREEEALVLEQQSEAMPSPVVNVDHSKIAVKKLDDQAAP
CDKTKEPVFCYVSDDAAPSLHHSEVEIEVEPADVKVTSEAFLDLHVEPQTVTCDYESTED
PNSKSACEEEQYHINPPHQAGLAVDSSSRDSAQDCCSPGIRQDCPVVTQHLEENIPSEGD
RAPPSCSGTGEVLELDARHVDLNSTQSLKDEHSYYSQVPLERCSREEAVEEMAVTTERVG
PDDLKEQSQGTSAEDDGGNEPLVASAFPDASFPSCDVVVAAEEPEAVTQTPTCDSSGGTS
EFAPAPHDDYSDTAESDSEPGSDDSETEDSDSDDGVPRKRLQSVVVVPKNSSIAMEDSSP
CSSRSSQGTRHYSDHWDDERPEPSRPYYEERPEATASNNGPQAESRCSPRGMDKSPASST
ELSRKDGEEPRADVCQPQSDGVDSTSQADLAVDSQGKPNPDERTLNELMSISRPLGRQEE
QPFCVPESFEGTDESCHQMSFSKPDSWQGSGGLHQSGLGDCSREDGFHPREGMGGVSWEL
QAEKPSSTYQQPDSSFGVYSGYVYQPGTGAYSSSQNCWQGNGYWDVRSAGRPAGGSYERV
QGQVPDSLTEDHEEYEDDRWDDECKAGFPSPSSKFHTPEQKETGSVQAHEISSNSSKEPV
SGAEKKEEVKSLEKNDVKERGPPKKRRQELESDSESDVDSRERKKVKVEGEQEVAPQDSS
MVGRPCIMDDFRDPQRWKEFAKQGKMPCYFDLIEENVYLTERKKSKSHRDIKRMLCECPP
LSKEERAQGEVACGEDCLNRLLMIECSSRCPNGDFCSNRRFQKKQHADVEVILTEKKGWG
LRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNC
SRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSA
NCRGYLGGENRVSIRAAGGKMKKERSRKKDSVDGELEALLENGEGLSDKNQVLSLSRLMV
RIETLEQKLTCLKLIQNTHSQSCLKSFLECHGLSLLWIWMTELGDSRGSTANNLKLQLEI
MKTLELLPIPTKNMLEESKVLPIIQRWAQTKSAIPQLSEGDGYSSENTSRAHTPLNTPEL
SAKQSAEGDTDTPKKLVFRRLKIISENSMDSAISDTTSELEGKEGKEDLDQLEVPPTEVS
EEQQPQQEVKTATDPPVESSKPQELEAEPEAEVKESNGTKLEEPITMETPSQDEEEGVSD
VESERSQEQTDKIVDVSDLATRLLDSWKDLKEVYRIPKKSQAEKESSADRGREAAGLRDQ
TPTPKNPVLSRTDPEWQSLSKEKKRRRDSLSPPASAYERGTKRPEDRYDTPASSKKKVRL
KDRNKLSTEERRKLFEQEVAQREAQKQQQQLQNLGITSPLPYDSMGYGTPHHSFIGYPPG
YPMQAYVDPSNPNAGKVLLPTPSMDSMCSPAAYEHPQPMVGHTVEPTLPTPQPVPVVQHV
ATPMEVTTPQYVAQNDAVVHQEPNVAVLPVPTTGPVQGQSYGVWDSSQQPVAVQQQYSPA
QSQPAIYYQGQTCQTVYGVTSPYSQTTPPIVQSYAQPGLQYIQGQQIYTAHPQGVIVQPP
PAVTTIVAAGQPQPIQQPELVVTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYH
VVTRQTQWDPPTWDSPGDDASLEHEAEMDLGTPTYDENPMKSSKKPKTAEADTSSELAKK
SKEVFRKEMSQFIVQCLNPYRKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPED
LECNENVKHKTKEYIKKYMQKFGAIYKPKEDTDLE
NT seq 7668 nt   +upstreamnt  +downstreamnt
atgttttctcggctggattgcaatagagaagaagaaaatgagagcaagactgaaacggtg
cagaaagctggctttatcaaaggcccagtgttcaaaggtgttgcttctagtcgttttttg
cccaaaggcaccaaaacgaaggttaaccttgaagagcaaggaagacaaaaggtgtctttc
agctttagcttaaccaagaaaaccttaccgaacagatttctggccggtctgggaaacgaa
aaacaaaatgaaactcagaactccccagcagtacccctacagactgattttaaccccaaa
attaaaatggaccttggggatgctactggttcagcggaggagtcttcacctccaaaaccg
aaggtagaactggggaaaatccattttaagaaacatttacttagtgtcacaactaaaccc
ctcccaccagctgcagcagcaactttactgccgccgccaccggctctggcaccggtaaca
gaaccagtggcagcggccgcggactttccatcagcaccaccacctccaccaacagcatca
ccagcagcaccaatgcctgtccccgctgcagcagccttgccacagctgcccgtcacgctc
atgtcaacgctgttgctgtcaccgcctgcagaagcagaagtcccggcttcgaaggagctg
tgccacgcggtcactaaggaggctcctgagctggaccttaagcaggaggtggtatcgcac
ggtttggaagaacacgtaactcaacacgtggccgagcaggtggaagtaactccacagaag
gaagattcccatattgggaaagatgatgaggtttcagaaagctccaagggtgcttctttg
tgctctaggaaacagggctccaaaaggaagttctcccagtccgatggcacgttgctgggc
tctgagtctgatgaagattccgtgaggacttcttccagccagcgctcacatgagcagaag
atatccagtgcagaaaaggagagggatcccaggaaaagctcttcctctctcagaggagaa
gaactgaaatcctcctcacgctccagatcggatagagatgaaaagtattctagctattca
aaatcggaacgagattcgcggtatgcatcctcccgatcccggtcagacagagaaagaagg
cgaagccggtcccattctcggtcccggtcggatcggagctcccgaaccagctcttcctac
tcgaggtcggagcgctcacattactacgaatcagaccgcaggtatcaccggagctccccg
tacagagagaggacaagatactcccgctcgtacgcagactccagggggagggagagttct
gattcggaagatgagtacagaaggacgcattccagatccagtgactcgaggcggacgtcg
tcccactcctcctcgtacagagagtcaaggacttcttactctaagtcagacagggacagc
aaagtagagtcatctcatgctgacatggagaggagaggaaagtcttcttcaaaagctgat
agagattcaaaacggacttcagaaagtgaagtaaccaaaaggtgctctccccttaacgag
ctcgggtatcgaaaggggacttcccattctaagcctgacagtaatgtgaattcttcccgt
tataagtccaccccttcaaagacccctgcaccaaagcctgataaatttaaaagttctttc
tgttgtacagaatcagttgaagaaataaaacagcagtctaattctctagatttagagacc
tcttgtttaaaaagcaatgagatcagagtgtccattgcaaaaagatttgaaagggaaaag
acgctttctccattaaatcagttaaatgattcccccgcttttaaaaacacagatgaatca
aaagctgcttttcctcactcagggtctgaggaacttgcaggcaatgaatgccgtgacagt
gttaaggaacaagagactttagtaagggtaaagcacgagcaattgagaacatgtttccct
atagaaatgaatataaatgggtccccagagggtagctctgatgatctggcagctcccagt
gcctccaaagcagaggatgtcgcagtatcttctgatgatagtttgtgtaggttggaagca
tcacacattggaaggacgagtaactcgtatccactgccctcgaatggatttgagagcacg
tacatccctaaagagcacgagcccgacgattctcacatacagtccagcgagtgtagcagc
ctgttcagggaggaagaggctctggtcctggagcagcaaagtgaagctatgccttcacca
gttgtgaatgtagaccattccaaaattgcagtgaagaagctggatgatcaggcagctccc
tgtgacaaaaccaaagaaccagttttttgctacgtttcagatgatgccgctccttctttg
catcattcagaagttgaaatcgaagttgaaccagcagatgtgaaagtgacttccgaggca
tttctggacttgcacgttgaaccgcagacggtgacgtgcgactatgaaagcacagaggat
ccgaattcaaagtctgcatgtgaagaggagcagtatcacattaacccaccccatcaagct
ggcctagctgtggatagttcaagcagggattctgcccaggactgctgttcacctggaatc
aggcaggactgtcctgtggttactcagcatctggaggaaaatattccctccgagggggac
agggccccgccgagctgctcgggcactggggaggtgctcgagttggatgctcggcacgtt
gacctgaactcaacacagtcactcaaggatgagcattcctattattcccaagtgccactg
gaacgctgtagcagagaggaggcagtggaagaaatggccgttactacggagagagttggt
cctgatgatctgaaagagcaaagccagggaacgtctgccgaggatgacggagggaatgag
cccttggtggcttcagcttttccagacgcttcgtttccatcttgtgatgttgtggtggct
gcggaagaaccagaagccgtaacgcaaaccccaacgtgtgacagcagtggtggtacctcc
gaattcgctcccgctccccatgatgactattctgacacggctgaaagcgacagcgagccg
ggcagcgacgacagtgagacagaggattctgattcggatgatggcgtgccacggaagcgg
ctgcagtccgttgtggttgtcccgaagaactcgagcattgcgatggaggacagcagcccc
tgctcctcgcggagcagccagggcacgcggcattactctgaccattgggatgacgagagg
ccagaaccaagcaggccctactatgaggagaggccagaggctacggcgagtaacaacggg
ccccaggctgagagcaggtgctctccgagagggatggacaagagtccggcctcgtctact
gagctcagcaggaaagatggcgaagagccgcgggcagacgtctgccagccgcagagcgat
ggcgtggacagcacgagccaggcagacctggcggtggattctcaaggcaaacccaaccca
gatgagaggacgcttaatgagctgatgtccatcagtaggccgcttggccggcaggaggag
cagccattttgtgtgcctgagagctttgagggcaccgatgagtcttgccatcagatgagc
ttttctaagccagacagctggcaggggagtgggggtctccatcagtctggccttggagac
tgctccagggaggacggttttcatccacgggagggtatgggtggcgtgagctgggagttg
caggcagagaagcccagcagcacctatcagcagccagatagcagcttcggggtctattcg
ggctacgtgtaccagccaggcacaggagcctacagcagttctcagaactgctggcagggc
aatggctactgggatgtgaggtctgctggccggcctgctggaggcagctatgaacgagtt
caaggacaagtgccggattctctaacggaggatcacgaggagtacgaggatgaccgctgg
gatgatgagtgcaaggctggcttccccagcccctccagtaagttccacactcccgagcag
aaagagacaggctccgtgcaagcccatgagatcagcagcaactcgagcaaggagccggtg
tctggtgctgagaaaaaagaggaggtgaagtctttggaaaagaacgatgtgaaggagcga
ggccctcccaaaaaacgacggcaggagctggagagtgactccgagagcgatgtggactcg
agggagagaaaaaaggtgaaggtggagggtgagcaggaggtggcaccgcaggactcctcc
atggtcggccgcccgtgcatcatggacgacttccgcgacccgcagcgctggaaggagttt
gccaagcaggggaaaatgccctgttacttcgacctcattgaggaaaatgtgtacttgaca
gaaagaaagaagagcaaatcccaccgggatattaagcgaatgctgtgtgaatgccctcct
ctctccaaggaagaacgagctcagggggaggttgcttgtggagaagactgcctgaaccgc
ctgctcatgatcgagtgttcttccaggtgcccaaatggtgacttctgttccaaccgacgc
ttccagaagaagcagcacgcagatgttgaagtaatccttactgagaagaaaggttgggga
ctcagagctgccaaagatctcccatcaaacacttttgtgttggaatactgcggagaggtg
ctggaccacaaagagttcaaggcacgtgtgaaggaatatgcccgcaacaagaacatccac
tactacttcatggctttgaagaatgacgagataatagatgctacccagaaaggaaactgc
tctcgttttatgaaccacagctgtgaaccaaactgtgagacacaaaagtggactgtgaat
gggcagctcagagttgggttcttcaccaccaagctggtcccgtcaggctccgagctgacc
tttgattaccagttccagagatacggcaaagaagctcagaaatgtttctgtggctcagcc
aactgccggggctacctgggaggagagaacagggtcagcatccgggctgcaggggggaag
atgaagaaggaacgctcccgtaagaaggattcggtggatggggagctggaggcactgctg
gagaacggggagggcctctcagacaagaaccaagttctcagcttgtcccggctgatggtg
cgcatcgagaccctggagcagaagctcacctgcctcaagctcatccagaacacgcactca
cagtcctgcctgaagtccttcctggagtgccacggcttgtcactgctgtggatctggatg
acagagctgggtgacagcaggggaagcactgccaacaacctcaagctgcaactggagatt
atgaagacgctggagctgctgcccatccccaccaaaaacatgctggaggagagcaaggtg
cttcccatcatccaacgctgggctcagaccaagagtgccatcccacagctcagtgaaggt
gatggatactcgagtgagaacacgtcgcgcgctcacacaccgctcaacacgccggagctg
tctgccaagcagagtgctgagggggacacggatacccccaagaaactggtattccggagg
ctcaaaattataagtgagaacagcatggacagtgccatctcggatacaactagtgagctg
gaggggaaggaaggcaaagaggacctggaccagctggaggttcccccgacggaggtgtca
gaagagcagcagccacagcaggaggtgaaaacagccacggatccaccggtggagagcagc
aagcctcaggagctggaggctgagcctgaagcagaggtcaaggagagcaatggcaccaag
ctggaggagcccatcacgatggaaacgccatctcaggacgaagaggaaggcgtatctgat
gtcgagagcgagaggagccaagagcaaacagacaaaattgtggatgtgagcgacttggcc
accaggctgctcgacagctggaaagacctgaaggaggtgtaccgaatcccaaagaagagt
caagcagaaaaggagagcagtgctgaccgaggcagagaggcagctggcctcagggatcag
actcccacacctaagaaccccgtcctgagccgcacagaccctgagtggcagagcctgagc
aaggagaagaagaggaggcgagactcactgtcccctccagcatcagcgtatgagcgaggc
accaagagacctgaggacaggtatgacacgccagcatcctcgaagaagaaagtccgcctc
aaggaccgcaacaagctgtcgacagaggaacgcaggaagctctttgagcaggaggtggcc
caacgagaggcccaaaagcagcaacaacaactgcagaacttgggcataacgtcccccctt
ccctacgactccatgggctatggcacaccgcaccacagcttcatcggctacccacctggc
taccccatgcaggcctacgtggaccccagcaaccccaatgcgggcaaggtgctgctgccc
accccaagcatggactctatgtgctccccagcagcctacgagcaccctcagcccatggtg
gggcacacagttgaacccaccctgcccactccccagccggtcccagtagtccaacatgta
gcaacgccgatggaggtgacgactcctcagtatgtagcacaaaacgacgccgtggtccac
caagaacccaacgtggctgtcctgcccgtgcccaccacgggaccagtgcaggggcagagc
tacggggtgtgggattccagccagcagccggtggccgtgcagcagcaatactcgccagcc
cagtcccagcctgccatatattaccaaggccagacctgtcagactgtttatggggtgacg
tccccctactcgcagacgaccccaccgattgtacagagctacgcccagccaggcctgcag
tacatccaggggcagcagatctacacagcccacccgcagggagtgattgtccagccccct
cctgctgttaccaccatcgtggccgctgggcagccacagcccatccagcagccagagctt
gtggtgaccaacaacctcctggacctgcctcctccatcccctcccaaacccaaaaccatt
gtcctgcctcccaactggaaaacagccagagaccccgaggggaagatctactactaccac
gtggtaacgaggcaaacccagtgggaccctccaacgtgggacagcccaggggatgatgcc
agcctggaacacgaagctgagatggacctggggaccccaacgtatgatgaaaacccaatg
aagtcttccaaaaagcccaagactgcggaagcagacacgtcgagcgagcttgccaagaag
agcaaggaagtcttcaggaaagagatgtctcagttcatcgtgcagtgcctcaacccctat
cgcaaacccgactgcaaggtcggccggatcaccaccaccgaggacttcaagcacctggca
cggaagctgacgcacggcgtcatgaacaaggagctgaagtactgcaagaacccagaggac
ctggagtgcaacgagaatgtgaaacacaaaacgaaggagtacataaagaaatacatgcag
aaattcggggccatctacaaacccaaagaggacacggacttggagtga

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (28)   

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