KEGG   Acromyrmex echinatior (Panamanian leafcutter ant): 105149286
Entry
105149286         CDS       T03917                                 
Name
(RefSeq) histone-lysine N-methyltransferase ash1 isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
aec  Acromyrmex echinatior (Panamanian leafcutter ant)
Pathway
aec00310  Lysine degradation
aec01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aec00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    105149286
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aec03036]
    105149286
Enzymes [BR:aec01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     105149286
Chromosome and associated proteins [BR:aec03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     105149286
SSDB
Motif
Pfam: SET BAH AWS Bromodomain PHD_5 PHD
Other DBs
NCBI-GeneID: 105149286
NCBI-ProteinID: XP_011059890
Position
Unknown
AA seq 2185 aa
MSGDAGWNAVIHHPSDLELQNWNWEENDGEQEKELPSTVDMDAIKGGGSWDPATEPNGTD
SVDSEEDSDSDDESSGGSEGSCSYSDSNSESDDESSGDEEEESGSNSDCSSEHSEQTFSI
QETNFEPVTCRALQGALKLKITMKGPKKEDSEKIKCDKSKKTVSKKLKTNHGNKSSECSS
EDSDSSVVGHAASQKVQQQQSQQHQHHHHAPLQEINQEDLATVLPSQVQEDAPFDGFEDS
ESGRLVSKAIERMSLGADSDTSENGDQNPVPVYSSTLLQQFVEKTAMLSEPRKRRSKCAK
KLNNDNEYPCVSNVSPDSGIQSVDNSPLHLAISPVSPPAPTQSPTQPPISTKPAVNVDRV
LYPPKRKPGRPAKTMSTQPRGPGRPRLKPEIVEKIQKIEKAEKERNESLKSLKNPDSRLT
EKKATVKESSIKSAKEDTALVRKRGNAKSVASREVKEDATPASKRIKGKTTAYQKKRYGN
SVKSSQEKTVVKKTAGTSSPMRVKCLSRSTANKLAPQCDSRTGRKVRQDKTCAPNKTPLT
RQKQMSCEHQLTNDQKMLNTSKRTGSKENRNNATAVVSRKLAKKVSAPPTTRRVLKENKC
NKKTTAAGFETNGVGVQTLISLPVGNVLKAENVERASNKYHKPMQPIQHNYCHKHHHHKH
RRRLLAPPKTPIRIDPYIIQELEKLIEEFTKLCSLGKNNNNNNNNGSSVVNHSELPQIFR
VKKVTKKRKGGDISANDDQKLKRRLKKEKVLTSADSKSSANTSTSSNPNEQRLPLKKRHY
HVSSPHSSQSSNASCTDANANESNSTESHIEEAIEATITRYGGGNSTFSIHDEEAMPVTP
KKRPRDTENTASEKQGSDEDKPISQIEIQPRRKKKIIKDLRVTVTKLPAESHGLLDKDKS
ADKSSKISAEKSSKSEKTMMSEKSTKTDKTQSNDKIDIEHVRIEKNIKVDSETHVSEIFE
DGEPVSDSKIAQIGNLNVPNLANNTAAMILTKKKIRRRKTINRTGFPTLKKKKKKQLVDS
PKVVKSTVINANGVCKDQDIVEHTEDNKTSLTESKAQNVIENSNGTRQAKDDMKNLENSS
TVQETFSRNGSDEVLESCPGQLRVRKDLVESDSSVLSEKQYPSPVKYEKIPDYRIYDENA
PLEETLERYNQNQRIAELNEENLRKLERANAQVANVKMELSGCFNNNHKRRRGSTSPSNL
YGRSTKRLRSAGYDTESEAPPSSDVASEDQEISRKSAGPVRNRKKQQKWKKLYLQASNIF
SEYKKDLESKKLTNVDAKRKLIVCTNSDEHPSEQLPNIIPTGKLLRQRKTPFQLQYDLLW
LHAQSRLSGRDLVPSWNYKKIRTNIYYDVKPTTLYEAQACECKQESGCGDDCINRMVFSE
CSPQLCPCGDKCENQKIQKHEWSPGLQRFMTEDKGWGVRTQQAIKAGDFILEYVGEVVSE
REFKSRMATRYANDTHHYCLHLDGGLVIDGHRMGGDGRFVNHSCEPNCEMQKWSVLGLPR
MALFASRDIKPGEELTYDYNFALFNPSEGQQCRCGSNACRGVIGGKSQRVARSVPSLPSQ
MEPIERRSVGRPRKNIRKSNAVQSANSKNICKSRKVGDPILMHNTPQLKPMSYQQRCFAR
EHHCFLLRNLEKVRRLKSASVQQVQIQNGKAKSSNTVVAKEKSSGDSKAQSDAFFSQLTA
LTNTNARTVRTRRLAQAQDDPEVHKTAKLATVLKNLYTIVTTANDENGQLLCIPFMTLPS
KRKLSDYYEKIVEPIDLITIDQCIGTGHYKTAEHFDQDMIKLFDNNVRFFGRTSEIGIAA
ARLRKLYLGSKPDFVDAITEATGSPPSQGFLPPRGSTAGEEDVIRCICGLHRDEGLMIQC
ERCLVWQHCDCVKADTSVESYLCERCQPREVDLEIPLEGEEEEEDKKHYVTLMRGDLQLR
QGDTVYVLRDTPDKHTYKTIQKPDYEQMDIFRIERLWKNHEGERFVFGHHYLRPHETYHE
PTRKFYVNEVVCAPLYEAVPCDLVAERCWVLDPHTFCKGRPVGSTSEHTYVCEYRVDRAA
RLFTKVARTRHTVCTKPYAFETFPQRIKHYRTYLPHSLDGIKMFKDKKKNNNQEIDGNQK
LESNDSTKTHNKEHKCNKTRRKSGEILTVASPATSYAQLEEQRKKLNRILLNLLQRMPNK
KDPLDLSFLLERNRRNRKRPGGLNP
NT seq 6558 nt   +upstreamnt  +downstreamnt
atgtctggtgatgcaggatggaacgccgttattcatcatccttccgacctagaattgcag
aattggaattgggaagaaaacgatggggagcaagagaaagaacttccttcaaccgttgac
atggatgccataaaaggcggcggtagttgggatcctgctactgaacctaatggaacagat
tcggtcgattccgaagaagactccgattccgacgacgaaagctctggtggaagcgaaggt
agttgctcctattcggattctaattcagaatcagacgacgaaagtagcggcgacgaagaa
gaggaaagtggatctaattcagattgttcgtctgaacatagtgaacaaacgttttccatt
caagaaaccaattttgagccggtaacttgccgtgcgttgcagggagcattgaaattgaaa
atcaccatgaaaggtccaaagaaggaagattctgaaaaaattaaatgtgacaaaagtaaa
aaaactgtttccaaaaaactcaagaccaatcatggaaataagtcctcagaatgtagtagc
gaagattcagactcgtctgttgtgggccatgcggcatcgcaaaaagtacagcaacaacag
tcccagcagcatcaacatcaccatcatgcgccactgcaagaaatcaatcaggaagattta
gcaactgtcttaccctcgcaagtacaagaggacgcaccatttgacggatttgaggattcg
gagagcggtcggctggtgtcaaaagcgatcgagcgtatgtcactcggcgcagattcggac
acgagtgaaaacggcgatcagaatcccgtacctgtgtacagttccactttgttgcagcag
ttcgtcgaaaaaactgctatgttgtcggaaccacgaaaaaggcgtagcaaatgcgccaaa
aagttgaacaacgacaacgaatatccatgcgtatcaaatgtgtcacccgattctggcatt
cagtccgtggacaatagtccgttacacttggcgatcagtcctgtcagtcctccagcgccg
acccaatctccgacccaaccgccgatttccactaaaccagcggtaaatgtcgatcgggtt
ctttatcctccgaaaagaaaacccggcagaccagcgaaaacaatgtctactcagccacgc
ggaccaggcaggccgcgtttaaagccggaaattgtcgagaagatccaaaagatcgagaag
gcagaaaaggaaagaaatgaatctttaaaaagtctaaagaatcctgattctcggttaacg
gagaaaaaggcaactgtaaaggaatcgtctataaagagcgctaaggaagacacagcgtta
gttaggaaacgtggtaatgcaaaatccgttgcatcgagggaagtgaaagaggatgcaact
cctgcgagtaaaagaataaaaggtaaaacgacagcgtatcaaaagaaacgttacggtaac
tcggtgaaatcttcgcaggagaagactgttgtcaaaaagaccgcaggaacaagttccccg
atgcgagtaaagtgcctaagtagatcaaccgcgaacaaactcgcgccacagtgtgacagt
agaaccggtcggaaggtcaggcaagataaaacatgcgcgcctaataagaccccattgaca
cgacagaagcaaatgtcctgcgagcatcagcttactaacgatcaaaagatgctaaacact
agtaaaagaacaggttcgaaggagaataggaataacgcaaccgccgtcgtatccagaaag
ctagcgaaaaaggtctctgcgcctcctaccactagacgtgttctgaaggagaacaagtgc
aacaaaaaaactactgcggcgggctttgaaaccaatggcgtaggtgtgcaaacgttaata
tcgttgccagttggaaacgtgttgaaggcagaaaatgtggagcgagcttccaacaagtac
cacaaaccgatgcagccaatacagcacaattattgtcacaagcatcatcatcacaaacat
cgtcggagactactcgcaccaccgaaaactcccatacgcatcgatccgtatatcattcag
gagctggagaaattaatcgaggaatttacaaagttgtgcagtctgggcaaaaacaataat
aacaacaacaacaatggcagtagcgttgtcaatcattccgagttaccacaaatctttcgc
gtgaaaaaagttacgaagaagagaaaaggcggcgatattagtgcaaatgacgatcaaaaa
ctgaagcgacgcttgaaaaaagaaaaggtattgacgagcgccgattctaagagcagtgca
aacactagcacgagttccaatccgaacgagcagcggttaccattgaagaaacgccattat
catgtgtcgagtccgcacagttcgcaaagctcgaatgcaagctgcacggatgcgaatgcg
aatgagtccaattccacggaaagtcacatagaggaagcgatcgaagctactattacgaga
tacggtggtggcaactcgacattctccattcacgacgaagaggctatgccagtgacgccg
aaaaaaaggccaagagataccgaaaacacggcatccgagaaacagggtagcgatgaagat
aaacccatcagccagatagagattcaaccacgacgaaagaaaaagattataaaggatctt
cgtgtcactgttacgaaattaccagccgaaagtcacggtcttctcgacaaggacaagtcc
gcggataagagttccaagatcagcgcagagaaatctagtaaatcggaaaagacaatgatg
tcggaaaagtcaaccaagaccgataaaacgcaatcaaacgacaaaatagatattgaacat
gttcgtatagaaaagaacataaaggtcgactcggagacgcacgtatctgagatattcgag
gacggtgaacctgtgtccgatagcaaaatagctcagatcggtaatttgaatgtgccaaat
cttgcgaataataccgcggcgatgatactcacaaagaaaaagatacgaagacggaaaacc
atcaatcgcacgggctttcctacgttgaagaaaaagaagaagaagcaacttgtagattct
cccaaagtggtcaagtcaacagtgattaacgctaacggagtatgtaaggatcaggatata
gtcgaacatacggaggataataagacgtctttgacagagagtaaagctcagaatgttata
gagaatagtaacggcacaagacaagctaaggatgacatgaaaaatttggaaaactctagc
acggtgcaagagacattcagtcgaaatggttcggatgaagtactcgagtcctgtcccggt
caattacgagttcgtaaggatctcgtagaatccgacagcagcgtactgtccgagaagcaa
tatccgagtccggtaaaatacgagaagataccagactatcgaatctacgatgaaaatgcg
ccgctggaagaaactctcgaacgttacaatcagaaccaacgtatcgcggagttaaacgag
gaaaacttgcggaaactggaacgcgcgaacgctcaggtagcaaatgtcaaaatggaatta
tctggttgttttaacaataatcacaaaagaagaagaggctcgaccagtccttccaatttg
tacggaagaagcacaaagagattacggagcgcgggctatgacacggagagtgaggcaccg
cctagtagcgatgtggccagcgaggatcaagagattagcaggaaatccgcaggtcctgtt
cgtaatcggaaaaaacagcaaaaatggaagaagctatatttacaggccagcaacatattt
tcagagtataagaaggaccttgaatctaaaaaactcaccaatgttgatgccaaacgaaaa
cttattgtttgcaccaattcagatgaacatccttcagagcaattaccaaatattataccg
actggaaaactcttgcgacaaaggaaaacgccatttcaactacaatatgatttattgtgg
ctgcacgctcaatcgagattgtctggtcgagatttggtgccatcgtggaattataaaaaa
attcgaacaaacatttattatgacgttaaaccaactactctctacgaggcgcaagcttgt
gaatgtaaacaagaaagcggctgcggagacgattgtattaatcgcatggtattcagcgag
tgctcgccacagttgtgcccctgtggtgacaagtgcgagaatcaaaagattcaaaaacat
gagtggtcaccaggactacaaagattcatgacggaggataaaggatggggagtaaggacg
caacaagctattaaagctggggactttattctcgagtacgtgggtgaagttgtgtcagag
agggaatttaaatcgaggatggcgaccagatacgccaacgatacgcatcactactgtttg
cacctggacggtgggctagtaatcgatggtcatcgcatgggaggtgacggaaggttcgta
aatcattcgtgcgagcccaattgcgagatgcagaaatggagtgttctcggtctaccacgt
atggcactattcgcatcgagagatataaaaccaggagaagaattaacatacgattacaat
ttcgcgctttttaatccatcggaaggacaacaatgtagatgtggtagtaatgcctgtaga
ggtgttataggtgggaagagtcaaagagtagctcgaagtgttccctctctaccttcgcaa
atggagcctatcgaaaggcgatcggtgggcaggccacggaaaaacattcgtaaatcgaac
gcagtgcaatcggccaactccaagaacatctgcaagtctcgcaaagtaggagatccaatc
ttaatgcataatacaccgcagttgaaaccgatgtcttatcaacagcgatgctttgcgcgc
gagcatcattgtttcttattgaggaatctagaaaaagttcgacgactcaaatcggcgtca
gtacagcaagttcaaatacagaacggaaaagcgaaatccagtaatacagtcgtggcgaag
gaaaagagttcgggagactctaaagcgcaatccgatgcatttttctctcaattaactgcg
ctgaccaacaccaacgcgcgtactgtacgaacgcgtagacttgcacaagcgcaggatgat
ccggaggtacataagactgcaaaactagctacggtattaaagaatttgtatacaattgtt
acaacagcgaatgatgaaaatggtcagctattgtgcattcctttcatgactttaccttct
aaaaggaaattatccgattattatgagaagattgtagaaccgatcgatctgattacgata
gatcagtgtattggtacaggtcattacaagactgcggaacattttgatcaggatatgata
aaacttttcgacaacaatgttagattctttggcagaacatccgagataggcattgctgca
gcaagattgcgaaaattgtacttgggaagtaaaccagattttgtggatgctataacagaa
gcaacaggttctcctccatctcaaggctttttgccaccacgtggatccacggctggagaa
gaggatgtgattagatgcatttgcggattacatagagatgaaggtttgatgatccagtgt
gaacgctgccttgtgtggcaacattgcgactgtgttaaagcagatacgagcgttgaatct
tatctgtgcgaaagatgtcaacctcgtgaagttgatttagaaattccattagaaggtgag
gaggaggaagaagacaagaaacattatgtgacattgatgcggggtgatctacaattacga
caaggtgacacagtatacgttttaagggatactcctgacaaacacacatataaaactata
cagaagccagattacgagcaaatggacatttttagaatcgaacgtttatggaagaatcac
gaaggtgagagatttgtatttggacatcattatctcagacctcacgaaacatatcacgag
ccaacacgaaaattctatgtaaacgaagttgtctgcgctccattatacgaagcggtacct
tgtgatctcgtagccgaacgatgttgggtattggatcctcatactttctgtaaaggacgt
cctgtcggctctacttctgaacatacttatgtatgcgaatatcgtgttgatcgcgcagca
cgactttttacgaaggtggctagaactaggcatacagtatgcacgaaaccttacgcattt
gaaacctttccacagcgtataaaacactatcgtacctatttgcctcacagtctcgatgga
atcaagatgtttaaagacaagaaaaagaataacaatcaggaaatagatggaaatcaaaag
ttagaatccaatgatagtacaaagacgcataacaaagaacataaatgtaataagactagg
cgaaagtcgggcgagatcttaacagttgcatcgcctgcgacatcatacgctcaactagag
gaacagaggaaaaaattgaatcgcattctactgaatttattacagagaatgccaaataaa
aaagatccgttagatctgtcgtttcttttagaaaggaacagacgaaaccggaaaaggccc
ggcggacttaatccgtga

  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 (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (32)   

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