KEGG   Harpegnathos saltator (Jerdon's jumping ant): 105190387
Entry
105190387         CDS       T03918                                 
Name
(RefSeq) histone-lysine N-methyltransferase SETD2
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
hst  Harpegnathos saltator (Jerdon's jumping ant)
Pathway
hst00310  Lysine degradation
hst01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:hst00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    105190387
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hst03036]
    105190387
Enzymes [BR:hst01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     105190387
Chromosome and associated proteins [BR:hst03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     105190387
SSDB
Motif
Pfam: SET SRI WW AWS
Other DBs
NCBI-GeneID: 105190387
NCBI-ProteinID: XP_011151428
Position
Unknown
AA seq 1831 aa
MARKRKTEVKASVKSSHRYVPVRKSSRQIAKKQMEEKKNGEISQTSYLNNFDDSKSTNED
QVDSKSTSGSQVSSRKNQNLQKKHNKHKDTSNNSVTINDENTIYDASQCKRDAGDSDSQD
DTDNIIAKSEKLSPEDVRQVVVGNTNPSNESLSAPISTEMEVWSEDVIEETIICEEMDVE
EDGANLPQDNVMVEQVLLVNEPNLEDKDFVEFTVIQNEDGTKSMVMASKSENVSNDEYCA
IQRSVNSMCTSAPENSISMMQTNESVISSSENCNITDPSVNKPYVNKKKTVLEDKFNRKQ
KSGKTIYDKIRKEISESISDKVQICSVNDYSGSSNELLEDNCKWESKDLQTKNVYKDLSK
EDTVSKLDNKLADMQISECSKEIQKLVNDLSSVENIDSPVQTPLTIEKLSPVNIDEESSS
SILDKMEQLHHPNNSVSSHITDIFSNAMEPNNIMKNEEQDILKSDSYNDKIQCTDQISLK
SRIIQDKKNTHQQKNMEHLEIIDEFQDSEGDNKVDNEDMKLCSSSENSNDTLLSLTNCKT
RELDVKNITNNANDIDKRVEFRSRSGSTDTTGSESGSNSSGVRRSSRIRSIGLMKQRSRG
RGLVTKPNIDTSKVTLQQEKEKVVNNINPAITQEIKVDNSEAQCDKENSSNKISTSLDTL
APLSTSYNTTGYDSDSSKPVKVKSRWRRSSELEMGSSSASFGYLTSSVSMLGSSVAPLSE
LGRSTSVNTGESTSSESKHNIISTNIKTSVETEQVKDTLLTSNNVSIASTIAQNLKAIGA
KIPLPMVLGTEDREMEERLSQFEHLRENLYLTERYTNKETKRMVCDCFLTEEEIERGELG
CGEDCLNRLLMIECGPRCVVGDRCTNKRFQNCEYAKCEVFRTEKKGFGLRAIVDIMAGEF
IMEYVGEVVDPKDFRRRAKEYSKDKNRHYYFMALKSDQIIDATMKGNVSRFINHSCDPNA
ETQKWTVNGELRIGFFNKKFIAAGEEITFDYHFQRYGKEAQKCYCEAPNCRGWIGETPEE
EKEKIEKKEKREKDTKKKKEEKKPADYMEDEDLEEEIDKLCSGGLKNRAHTLTLSRLMVR
SRELEHRTRLLRLIQSGVQPCRRLFLDYHGLRLIWSYVMDIATNDTEEAQQFRLEVLKTL
NTLPIPNKTMLMDSKIYGVVEKWAKGLYLSPNADSPEDDQVKSKTICEDLSSNSDSNEKK
SPEHLHDIPDKRNNNIENCLAVNEIKLETPEQALIPDLASSLLAEWSNLKEVFRIPKKER
IEQMKEHEREADRGYREELEKEDKRGTSYDRHRSDRYTRSEMEKRGDRRRGRESPETEHN
RVKEKRVEERSSLVPIPRMTKYERRQLFALQVAKEEEERQRRQQQESWQEHENRCLALGI
DPHTTAMVDPQTGYPVFYNPSLGQWQHYSTQEGGEVTQQCTPIYVGPQSTNIIGQTSHVL
PSSMTTDISSGITSGISPGVPSVAYSLSQTTVFSQTSSSYSLISHPQPYSEGQLPVPNSL
VSVHGGTPPISIQTPLYNHLEKPADQFTSAENRPSQPEVPPIDLPPKWKSATDSRGRTYY
YHVKERISQWLPPPPDHIGVQPDSSSTSESSEESSSSNEDDEDLDDDHTEDQRNDDMETS
NVSTESPSSTSRPNMSKKLSGHNLTGSSLPFTEPKKRREGLVQERIISPRREEDRIDHKV
YKEIKEKLRRQKERAKLKDHVEKLRKHRRSNKSKSHSRHGLSKLQSTSAEMSPMSERKIK
DTFRINMANVMVHFLNPYRKNDCKQGRITNTEDFKHLARKLTHFVLAKELKHCKSVDELQ
CNENVKHKAKDFVRKYMSKFGAVYQKGTDED
NT seq 5496 nt   +upstreamnt  +downstreamnt
atggcacgcaaacgtaaaactgaagttaaagcatctgtaaaatcatctcatagatatgta
cctgtacgtaaatctagtagacaaatagccaagaagcagatggaagaaaagaaaaatgga
gagatttcacagacatcttacttaaataatttcgacgattctaaatctactaatgaagat
caagtagattccaaatctactagtggaagtcaagtttcatcaaggaagaatcaaaatttg
cagaagaagcataataaacataaagacacttctaataacagtgtaactataaatgatgag
aatactatatatgatgcttctcaatgcaaacgagatgcaggagacagcgatagccaagat
gacacagataacataattgctaaatctgagaaacttagcccagaggatgtacgacaagtt
gtagttggtaacacaaatccaagtaatgaatccttatctgcaccaatatcaacagagatg
gaagtgtggtcagaagatgtcatagaggaaacaataatttgtgaagaaatggatgtggaa
gaagatggtgctaatttgccgcaagataatgttatggttgaacaagtactgcttgtgaat
gaacctaatctggaagacaaggattttgtggaatttactgtgatacaaaatgaggatggt
actaagtctatggtaatggcatctaaatctgagaatgtttcaaatgatgagtattgtgct
attcaaagaagtgttaatagtatgtgtaccagtgcaccagaaaattccatatcaatgatg
caaacaaacgaatcagtgatttcaagcagtgaaaattgtaacattacagatcccagtgta
aacaaaccatatgttaataaaaagaaaacagtattagaagataagtttaatagaaaacaa
aagagtggtaaaacaatttacgacaaaataagaaaggaaatttcagaatcaatatctgat
aaagttcaaatatgttctgttaatgattattctggctccagtaatgagttattagaagat
aactgcaagtgggaaagcaaagacttacaaacaaaaaatgtgtataaagatttgtcaaag
gaagacacagtttccaaattggataacaaattggcagatatgcagataagtgaatgttca
aaggaaatacaaaaattggtgaatgatctttctagtgtggaaaatattgactctccagta
caaactcctttaactatagaaaaattgtcaccagtaaatattgatgaagaaagcagttcg
tcgatattagataaaatggaacaattacatcatccaaataattctgttagctctcacatt
acagacatattttcaaatgctatggagcccaataatataatgaaaaatgaagaacaagat
attttaaaatctgattcttacaatgataaaatacaatgtacagatcaaatttcattgaaa
tcgagaatcatacaggataagaaaaatacacatcagcagaagaacatggaacatttagaa
attattgatgaatttcaagacagtgaaggggataacaaagttgataatgaagatatgaag
ctatgcagcagcagtgaaaatagtaacgacacacttttgtcactaactaattgtaaaact
cgggaacttgatgtaaaaaatataacaaacaatgcaaatgatattgacaaaagagttgaa
ttcagaagtcgtagtggaagcactgatacaacaggttctgaaagtggctcaaatagttcg
ggtgtaagacgaagtagtagaattcggtctattggattaatgaaacaaagatcacgtgga
cgtggcttggttacaaagcctaacatagacacttcaaaagtaactcttcagcaagaaaaa
gaaaaagtagttaacaatataaatcctgcaattactcaggaaataaaagtagataactcc
gaagcgcaatgtgataaggaaaatagttctaacaagatatcgacgtcgcttgatacttta
gctccattaagtactagttataataccacaggatatgattctgattcttcaaagccagtt
aaagtaaaatctcgctggcgaagatcgagtgagctggaaatgggaagttctagtgcaagc
tttggatatcttactagttctgtatcaatgcttggatcatctgttgcacctttatctgaa
ttaggacgttctacatctgttaatacaggagaatctacatcttcagaatcaaagcataac
attatcagcacaaatataaaaactagtgtagaaacagaacaagtcaaagatacgttatta
acatctaataatgtttctattgcttcaacaattgcacaaaatctaaaagctattggagca
aagattccattgccaatggttcttggaacagaggatagagaaatggaagaaagactgagt
cagtttgagcatttacgtgaaaatttgtatcttactgaaagatatacaaataaggaaact
aagagaatggtgtgtgactgtttcttaactgaagaagaaattgagagaggagaacttggt
tgtggagaagattgccttaatagactcctcatgatagaatgtggacctagatgtgtagta
ggggacagatgtacaaataaaagatttcaaaattgtgaatacgctaagtgtgaagtgttc
cgcacagagaaaaagggttttggattacgtgctatcgttgatataatggcaggcgaattt
ataatggaatatgtgggtgaggttgtagatccgaaagattttagacgtagggcaaaagaa
tattctaaagataaaaacagacattactatttcatggcactaaaatctgaccagattata
gatgctactatgaaaggtaatgtgtccagattcatcaatcatagttgtgatccaaatgcc
gaaacacaaaagtggacagtaaatggggaattacgaataggattttttaataaaaaattc
atagctgctggtgaagaaataacatttgattaccatttccaacgttatgggaaagaagct
caaaaatgttattgtgaagcaccgaattgtcgaggttggataggtgaaacacctgaagag
gagaaggagaagattgaaaagaaggagaaacgcgaaaaggatacaaagaagaagaaagaa
gagaagaaacctgctgattatatggaggatgaagatttggaagaagaaatagataaactg
tgctcaggtggtttgaagaaccgtgcgcacacattaacattaagcagattaatggttcgt
agcagagaattagaacacagaacgcgtttgctacgtcttatacaaagtggcgtacaaccg
tgtcgaagattatttctggattatcacggtttacgtttaatatggagttatgttatggat
atcgcaacgaatgacacagaagaagctcaacagtttcgcttagaagtgttgaaaactcta
aatacactgccaatacccaacaagacgatgttaatggatagtaagatatatggtgtagtt
gagaaatgggcgaaagggttatatctttctccaaatgccgattctccagaagatgatcag
gttaaatcaaagacaatttgcgaagacttgagcagcaattctgacagcaacgaaaagaaa
agccctgagcacttgcacgacattccagataaacgcaataacaacattgaaaattgtttg
gcagttaacgaaattaaattagaaactcctgaacaagctcttattcccgatttagcttct
agtcttcttgccgagtggtccaatcttaaagaagttttcagaataccaaaaaaagaaagg
attgagcaaatgaaagaacatgaaagagaagcagatcgcgggtatagagaagaactggag
aaagaagataagagaggaacatcttatgataggcatagatctgatagatatactcgaagc
gaaatggagaaacgcggtgacagaagacgaggacgagaatctccagaaactgaacacaat
agagtaaaagaaaaaagagtagaagaacgaagtagcttagttcctataccacgcatgaca
aaatatgagcgtaggcaattatttgcactacaagtcgcaaaagaagaagaggaaaggcaa
cgtcgtcaacaacaagaatcgtggcaagaacacgaaaacagatgtttggcattgggtata
gacccccataccactgccatggttgatcctcaaactggttatcctgttttttataatccg
tcattaggacaatggcagcattattccactcaagaaggaggagaagtaacgcaacagtgt
actcctatatatgtaggccctcaatctactaatataatagggcagacttctcatgtacta
ccatcatcaatgacaactgatatatcgtccggcattacaagtggcatttcgcctggtgtg
ccatcagtagcttattcattaagtcagacaactgtgttcagtcaaacatcatcctcctat
tctttgatatcacacccacaaccatattccgaaggacaactacctgttccgaatagttta
gtgtctgttcacggtgggacacctcctatatcaattcaaacacctctttataatcacctc
gagaagcctgctgatcaatttacatctgcggaaaatcgaccgtcgcaacctgaggttccc
ccaatagatttaccaccgaaatggaagagtgcaacagacagcagaggtagaacatattat
taccatgtgaaggaaagaatatcgcaatggctacctccaccacctgatcatattggggta
caaccagactcctcgtctacttcggaatctagtgaagaatctagctcgtcgaatgaagat
gatgaagatctcgatgatgaccataccgaggatcaaaggaatgacgatatggagacaagc
aatgtttcaacagaaagcccttcgagcacatctaggccaaatatgtctaaaaagttaagt
ggtcacaatctgactggaagttcactgccgtttaccgagcctaagaaaagaagagagggg
ctggtacaagaaagaattattagtccacgtagggaagaagatcgtatcgaccacaaagtt
tataaagaaataaaagaaaaattacggcggcagaaagagagagcaaaactgaaagatcat
gttgagaagttaaggaaacatcgacgaagtaataaatcgaaatcacattcgcgacatgga
ttgagcaagttgcagtcaacatcagccgaaatgtctcctatgtctgaaaggaaaatcaag
gatacatttagaataaatatggctaatgtaatggtgcactttttaaatccatatagaaag
aatgattgcaaacaaggtagaataactaatactgaagattttaagcatctagctagaaag
ctaacacattttgtacttgcaaaggaattaaaacattgtaaaagtgtcgatgaattacaa
tgtaatgaaaacgttaagcacaaagcaaaagactttgtacgtaagtacatgagtaaattc
ggcgcagtgtatcagaaaggtacagatgaagattag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (26)   

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