KEGG   Nasonia vitripennis (jewel wasp): 100123115
Entry
100123115         CDS       T01081                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD2 isoform X1
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi00310  Lysine degradation
nvi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100123115
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:nvi03036]
    100123115
Enzymes [BR:nvi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     100123115
Chromosome and associated proteins [BR:nvi03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100123115
SSDB
Motif
Pfam: SET SRI AWS WW
Other DBs
NCBI-GeneID: 100123115
NCBI-ProteinID: XP_031779694
NASONIABASE: NV11717
Position
2:12146166..12154465
AA seq 1778 aa
MARRRKVEAKASPKPQPVASAVRKSTRQRAKKQLEEQKVNGDVSTNVGNSEDCKDPNEDS
QEPVKKVNAVPKKSGRHKNLVEKTKPTTESGNSQSQEGESDNSQDDQGAEQIPIEKLDTV
EVEEQVTATENTLDQVVWSEDVIEETIICEEMEVETEMTDGCSIAQDGSVVVEQVILMND
DPNFEEKDVVEYTVIQNEDGTESMIVSSENMENVETLNESYRTLNNCQMIEQGLSVLHVS
EAVAEVAEPEVESKSEVVTENDKSIQPLCDSDTSETVKMDENEPKKEYRSLRSVTRGVKS
TRTRKSAATADETVKNESDGRRRKTDSKKAASTEAKSSSVGGKEKSIKSRRANVQVSTSV
IEQNNTQNSTDLLQKSVTLSQEDDNSSSMSDKIEHQETSDVSTSDYLKDNKNVNNSIISE
QASISPPPDLKIEIANRLPAKSKNVLFGNEEHSRDSEMDGKIDSEDTKISSSSENSNDTL
LSSHSCKNSDSNMDNKSALNQANDTAEKKPGFRSRSGSTDTTGSESGSNSSGVRRSNRIR
TIGLMKQRSRGRGLVTKPSVDPTKTAIQQDRDKLASNTPPILDKDNNQGKDVLETILETQ
SDKENSSNKTTTAQDVLTPLISATGTTGYDSDSNKPVKVKSRWRRSSELEMSNSGWSASR
PALGFPNPTVTGTPIGTVSNTLSDTINKLPPLPVGLPQESKTTTDIQDSVSVVPSQNSLD
ICSSSDSSIVANSSSTSAAVSTLIPKAVGARISLPNVPVVADREMEERLSQFEHLKENLY
LTERFTSKETKRMVCECFLTEEEFQRGELGCGEDCLNRLLMIECGSRCVVGDRCTNKRFQ
NCEYANCEVFRTEKKGFGLRATTNLEAGDFIMEYVGEVLDPKDFRKRAKEYSKDKNRHYY
FMALKSDQIIDATMKGNISRFINHSCDPNAETQKWTVNGELRIGFFNKKFVAAGEEITFD
YHFQRYGKEAQKCFCEATNCRGWIGDKPEDNKKSSLAEEMEDTSSSSESDVEDAEDNKEE
EEDVDKPETPVKPVRRRRRKRVEKKVTEHMEDEDLEEQIDKLCASGLKNRAHTLTLSRLM
VRSREIQHRTRLLKVIRFGEQACRRLFLDYHGLRLMWGYMMDVAGSSTDEVQQFRLEILK
TLSTLPIPNRSMLIDSKVLSVIEKWSKQLYQSSGESPEDDQSKPKSSNEETEMDTSKKPN
AESETNVVKKESELEIKCEGNAQVLDPTLISELANNLLVSWSNLKEVFRIPKKERIEQMK
EHEREADRGYKEDVEKEARESSSYERHRSDRYSRNELEKRPDRRRGRDSPDFEHSRAKDK
RTLEERPNLVQVPRLSKFERRQLFAMKVAKEEEERQRRQQEESWQQHQAQCIALGLDPYA
TPAFDPQTGYHLFFNPQLSQWQPYPSIQEGAAEIAQQVTPVYMGPGGSVVASPAGAIVGT
PQPPLYPIGQPPPPYGTPLIQLGPGNLIPMPNGTAPLYVEKLPEPESEQQIPVVLAEPEP
EVEATPVPPPPLDLPPKWKWARDKRGRVYYYHVKERVSQWLPPPPDHIAVQPDSSTTSES
SDESSSSNEEEDDVEEQLDQTAEGMEVDASEVAVAIPQPEGKKRRDGLVQERIISPRREE
DRVDHKKYKEIKEKLRRQKERAKLKEHFEKMKKHRRSSKSKSHAKHASSKFQPITSDMSP
TTERRIKDTFRINMANVMVHFLNPYRKSDCKQGRITNTDDFKHLARKLTHFVLAKELKHC
KSVDELECNDNVKHKAKDFVRKYMSKFGAVYQKGTDED
NT seq 5337 nt   +upstreamnt  +downstreamnt
atggcacgtcggcgaaaagtagaggctaaagcctctccgaaaccacagccagtggcttct
gctgtaaggaagtcaactagacaaagggcaaaaaagcaattggaggagcagaaagtcaat
ggggatgtatccacaaacgttggtaattctgaagattgcaaggatcctaatgaagatagt
caagagcctgttaaaaaagtcaatgcagttcctaaaaagtcaggcagacacaaaaattta
gttgaaaaaactaagcctacaacagagagtgggaatagtcaaagtcaagaaggagagagc
gataatagtcaggatgatcaaggagctgaacagatcccaattgaaaaattggacaccgtt
gaggttgaagaacaagttactgccactgaaaatacgttagaccaagttgtttggtccgaa
gatgttatagaagagactatcatttgtgaagaaatggaagtcgaaaccgaaatgaccgat
ggatgttctatagcacaagatggcagtgttgtggtcgagcaggtaatactcatgaatgat
gatcctaattttgaggaaaaagatgtggtggaatatactgtaattcaaaatgaagatggc
acagagtctatgatagtttcatcggaaaatatggaaaatgtagaaactttaaatgaaagt
tatagaactctgaataattgtcaaatgatagaacaaggtctcagtgtcttgcatgtgtct
gaagcagtagcagaagtagctgaacctgaagtggaatctaaaagtgaagtggttacggag
aatgataaaagtattcaaccattatgtgattccgatactagtgaaactgtgaaaatggat
gaaaatgaacctaaaaaggaatatcgatctttaagaagtgtgactagaggtgtcaaaagt
accagaactagaaagtcagctgctacagctgatgaaactgttaaaaatgagagtgatggt
agaaggcgaaagacagatagtaaaaaagcagcttctacagaagccaagtcatcaagtgta
gggggtaaagaaaagtcaataaaatctagaagagctaatgttcaagtatccactagtgta
attgaacaaaataatactcaaaattcaacagatttattacaaaaatctgtgacattgagt
caggaggatgataatagttcatcgatgtctgataaaatagaacaccaagagacatccgat
gtttctacatctgattatttaaaagataataaaaatgtaaataatagtataatttcggaa
caagcaagtatttcaccacctccagatttaaaaatcgagattgcaaatcgtttgcctgca
aaatcgaaaaatgtactatttggtaatgaagagcattctagagatagtgaaatggatgga
aaaatagactctgaagatactaaaatttcaagtagtagcgaaaacagcaatgatactctc
ttatcatctcatagctgcaaaaattcagattctaacatggacaacaaaagcgcattaaat
caagccaatgatactgctgaaaagaaaccaggttttagaagtcgcagtggaagtacagat
acaacagggtcagaaagtggatctaatagctctggtgttcgtcgcagtaatagaatcaga
accataggattgatgaaacaaagatctcgtggccgtggtttagttacaaaaccatctgtg
gatccaactaaaacagctattcaacaagatcgtgataagctggcaagtaatacaccacca
attctggataaagataataatcaaggtaaagatgttctggagactatacttgaaacgcaa
tcagacaaggaaaacagtagcaataaaacgacgactgctcaggacgttcttacgccgttg
atatctgccacagggacaacgggatatgattctgattcgaataagcctgttaaggttaaa
tcgcgctggcgtcgatctagtgagttagaaatgagcaattcaggatggtctgcatcacga
ccggctttaggttttcctaatcccacagtgacaggaactccgatcggaactgtgtctaat
acgttaagtgatacaattaataaattaccgcctttacctgtagggttaccgcaagaatcg
aaaacaacgacggacattcaagattcggtatcggttgttccttcgcaaaacagtttagat
atttgtagtagcagtgacagttcgatagttgcgaatagttcgtcaactagtgctgctgtc
tcgacgctcatcccaaaagctgtaggagctagaatttctttacctaatgttcctgtagtt
gctgacagagaaatggaggagagattaagtcaattcgaacatttgaaagaaaatttgtat
ttaactgagcgattcacaagcaaagaaacaaaacgaatggtatgtgaatgctttttaaca
gaagaagagtttcaaagaggagagcttggttgtggggaagattgcctgaataggctttta
atgattgaatgtggatcaagatgcgtggtcggcgatagatgcacgaataaacgatttcag
aattgtgaatatgctaattgtgaagttttcagaacagaaaagaaaggtttcggtttaaga
gctacaactaatcttgaagcgggtgactttataatggaatacgtcggtgaagtacttgat
ccaaaagattttagaaaacgagcaaaagaatattctaaagacaaaaacagacactactat
tttatggcactcaaatctgatcaaattattgacgcgacaatgaagggaaatatttcccgt
tttattaatcacagttgtgatccgaacgctgagactcaaaagtggactgttaatggggaa
ttgagaattggattttttaataaaaaattcgttgctgctggagaagaaatcactttcgat
tatcattttcaacgatatggaaaagaggcacaaaaatgcttttgcgaagcaaccaattgt
cgcggttggattggtgataaaccagaagataataagaaatcatctttagcggaagaaatg
gaagatacgtcaagttcttcagaaagtgatgttgaagatgcagaagataacaaagaagaa
gaagaagacgtcgataaaccagaaacgcctgtaaaacccgtaaggagaagaagaagaaag
cgagtggagaaaaaagtcacagaacacatggaagatgaagatttggaagagcaaattgat
aaattgtgcgcaagcggcctgaagaatcgcgctcacacgttaactctcagtcgtttgatg
gttcgtagcagggagatccaacacagaacgcgtcttctgaaggtgatacgattcggagag
caagcatgtcgcagattattcttagactatcatggcttacggttgatgtggggttacatg
atggatgtagctggaagctcaaccgacgaagttcaacaatttagactggagattttaaaa
actcttagtacactgccaattcctaataggagtatgctaatcgacagcaaagttcttagc
gttatagaaaaatggtcgaaacagctgtatcaatcaagcggcgagtcacccgaagatgat
cagtccaagcccaagtccagtaatgaagaaactgaaatggatactagcaagaaacctaac
gcagaaagcgaaactaatgtcgtgaaaaaggaatccgagttggagatcaaatgcgaaggc
aatgcacaagttcttgatccaacgctcatttccgagttggcgaacaatttgttagtcagt
tggtctaacttaaaagaagtttttagaataccaaagaaagaacgtattgagcaaatgaaa
gagcacgaaagagaagcagatcgtggatataaagaagacgtagaaaaagaagcaagagaa
tctagttcatacgaaagacacagatctgatagatatagtcgcaatgaattagaaaagcgt
ccagatagaagaagaggtagagactcgcccgatttcgagcatagccgagccaaggataag
agaacgctggaggaacgaccaaaccttgtgcaagttccacgtctgtcaaaattcgaacga
agacaattatttgctatgaaggtagcaaaagaggaagaagaacgacagcgacgtcaacaa
gaagaatcgtggcagcagcatcaagcacaatgcatagctctaggtttggatccttatgca
actcctgcttttgatcctcaaacgggctatcatttattcttcaatcctcagttgagccaa
tggcaaccttatccctccattcaagaaggtgctgcagaaattgctcagcaggttactcct
gtttacatgggaccaggcggttctgtggtagcatcaccagcaggagcaatagtcggtact
cctcagccacctctatatccaataggccaacctccacctccttatggtactccgctgata
cagctgggtccaggcaatctcataccgatgcctaatggcactgcaccattgtatgttgaa
aagttgccagagccggagtccgaacagcagataccagttgtgttggcggaacctgagcct
gaagtagaggctacccctgtcccgccaccgcctttagatctgccgcccaaatggaagtgg
gcgcgggataagcgcggtagagtttattattatcacgtgaaggagagagtgtcacagtgg
ttaccgccgccaccggatcacattgccgtccaaccggattcctcgacaacgtccgaatca
agcgacgagtcgagttcctccaacgaagaagaggatgatgtcgaagagcagctggatcag
acagccgagggcatggaggtagacgcgtctgaagtcgctgtggcgatacctcaaccagag
ggcaagaaacgaagagacgggctcgttcaggagaggattattagtccccgaagagaagaa
gatcgcgtcgatcataagaagtataaagaaattaaggagaaattaagaagacaaaaggaa
agggctaaattaaaggaacatttcgaaaaaatgaaaaaacatagacgaagtagtaaatcc
aagtctcacgcgaaacacgccagcagcaaatttcaaccaatcacgtcggacatgtctcct
acgacggaaagaagaatcaaagatacgtttagaattaacatggcaaatgtgatggtacat
ttcttgaatccatacagaaaaagtgactgcaagcaaggtaggatcaccaataccgacgac
tttaagcatcttgcgcgcaagctgacgcatttcgttctcgcaaaagaactgaagcactgt
aaaagtgtcgatgaattggagtgcaatgacaatgtaaaacataaggctaaggactttgtt
cgaaaatacatgagtaagtttggtgcagtgtaccagaaaggtacagatgaagactag

  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 (148)   
   KEGG ORTHOLOGY (1)   
   RefGene (143)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (4)   
   Pfam (4)   
All databases (180)   

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