KEGG   Aedes aegypti (yellow fever mosquito): 5572241
Entry
5572241           CDS       T01053                                 
Name
(RefSeq) histone-lysine N-methyltransferase ash1 isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
aag  Aedes aegypti (yellow fever mosquito)
Pathway
aag00310  Lysine degradation
aag01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aag00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    5572241
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:aag03036]
    5572241
Enzymes [BR:aag01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     5572241
Chromosome and associated proteins [BR:aag03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     5572241
SSDB
Motif
Pfam: SET BAH AWS Bromodomain PHD_5 PHD PHD_2
Other DBs
NCBI-GeneID: 5572241
NCBI-ProteinID: XP_021707226
Position
3:22895988..22949006
AA seq 2830 aa
MTTVKSTPPVDPKPPGKSPLSSSSSSSSSSDSDDGSDTSSDSDSSSVASTSKTSSKQSSD
KKDPQQQQQQQQQQFSVMSSDSAGLRMKIAIPRSNQSNSTATPSPSGGRPSSSASDVLNR
VASASVTTPGTVSGSPVPVATPASESGKSSQQVETPSPSKGKDRKASKSESSSETSSYFS
NLSDTDTDSSSSDNHNSGGKRGNSSSGSGQKKQKFIKRKKNNRSVSTSTSSDGSNESSDS
DSSSDDNADDSKDQSQESRIPVGSASTPLSTSTPAKSPPSASTPVPTVPPSRVNPDADVG
SSSDNELPALVNAAIMRVAESGSDNDSVRGTPSAIPQYTSSLLQEFVARTAMLGSVGSSS
EGGATTNQSNAHHKIKTESPLPSAGANTAASGSSTVNGVPSKAAVIMPIKRRGRPPKAAV
NPVAAAAATTSTAKANTPTVSESPDSGILSTHSSTGSPKTEKKALTSMIQKKRPEPEPSS
SGTSSKPPPSAPLTKYTLSSLDRNTYATERVLYPPRGKKKAGRPPKDKQPQAVQPPPPVE
DNLDPLWKKIDISKKFHEPRLSGYKSDGGHSTICCSKRLASQSGYISDYGGGSSHRRNRL
SGYKSDCSTKSRKSCGYKSDYSVKAKSCGYRSDCSTRHRKQVRRKRRKKLAPNNNNLNNK
NFNQSSKSSSVSEQDILQLAGLTLGSTSEESSSSQESLSSINTTTPFSKALRISQDTLTA
SKSTIPSLLTPKNRVNALLPINNFRGIFSSISKFGNLDTFGSSIGPKNTFATFLRNNRNK
DGKDNGKVTVKKLPLSKANVIKNSEECSKRFQRSTSQDLLTRITNADIPKPSPAKSVCSK
RSRRKSCHSDKLDSVSVKSCGTIRQRRLSTMSRCSSRSAGSRHPWKKKKRKRLRSNSVAG
KSSADIKIGVEIERLSESFGSQCRINVKDGVLGIGAAALAGAAAKNQQKGRSMKKRKASE
HVESPSTTAAGTKRRNKKSVPTQSPDDHKLPLKKRHYLLSEQTAKGNDSGAEREDTRSHT
VVNPCATIGGRVAIAAAAATASTLTHVRDPTKAVTPKKRHLLKSPEPVVPEEIVQIKSSD
SPLTVDPKTAEGAATEATVGNKKHDAITRKKNRLEGLVSKIQPTATVTAILADNNILAAA
SHRATPPSRPSVIHSSTSVPATTASSAASSSNANAPPPGVFEPTVDLELSIPASIPSLIA
KVELLDSPRLKDNIAKTEGEDTGKKNSEKVIEKLLTKTGAHLLLKKKRKKPNRTGFPTVK
RKKKRFVEDKPAEEENKPEVGPELFDSSNLTKHVPSEAEKATTKPGSQKETAKNCDRVPK
EGEPTDSFIERNTRPRLSVVSLERLQGKIPMSGREVVSPTTPPATGAGRGRKSAAVATTV
TPAVAEVPPAPSTSTTTTLPTERRQLREKSKDKSEPEKKEEPKSKEEPKAKEKKLRQEPI
PQVKISRKEVMEKIVKSKEKPPEPILPPDVPKQAEKPTKNLLEKENKKQVVPPVKKSKPP
VEEVPLPIPIPIPTPALPIRRTRSNSIALDPSELLKKTVSQEKEIVLKNAVIKLQPCTIS
NEDSDSLDSMPLLKRLHSRSLSRQQQSATPETAPITSPKTPTRPRGRPRTASPTPATETP
PIPVTPTLSEQLSKLRRSRMSVVDTTKRPPEPELPETPRAKETRSAAARKSFSKETPVVE
QPTPIHQYDIPPVKIIISKKDQKAVATAVAVERKLSKEKSPVPLFIEEMSKDRPKCRSSS
RIDAVVDKIRKEQQKTAGSVETLAATIPIPPPPTKMKRGKSDELKVELEKPAKKQKKLDA
LSIAQEVVVPLVPVDVQQYEMRESETQLASIQPASSTEDLEHDPLPAEEGPPDYFRDETP
SPPVDGKNKKVPRKKYIAAGLFSDCYKDDGKTSGRNGPKVQPESLLPPPAYCERFLRRTQ
RDFQLPYDLWWLHENGKLTARHAIASWNYRKIRTNVYYDVKPNPSTDHPQCNCKPDSGCQ
DDCLNRLVFVECSPENCPCGERCKNTKIQRHEYAPGLERFMTEQKGWGIRSKEGVRKGLF
IMEYLGEVVTEKEFKERMRTIYLNDTHHYCLNLTGGLVIDGHRMGSDCRFVNHSCAPNCE
MQKWSVNGLFRMALFASRDIPPYEELTYDYNFSLFNPTEGQPCMCGAEQCRGVIGGKSQR
VKPLPVASEAKKQETTVSTSTTAAAPTEHSPRSAARSRKRQAKKNAPLTQLNGQPLPNFV
PPTVKERALIVEHHCFLMRNLNKIRKLKDRSPEHLASGHLGSPATGGPNAGHVAPGGKPS
LASQISALRCPRNIRTRGLAFVEDDPELEKVARIAVALKEICIEIASLKDERGHLYLNRL
TLPSKKKVPLYYERIPRPIDLAQIQSNIDQGTYKQPKAFEEDLLIMLSNAVKYYGISSPE
GVASEKLKEHYYICKQRQVDRLIAYIGEQNELLKGFIPKSEPEPVVLVKGRGKFKKQEQA
EDIIRCICGLFKDEGLMIQCSKCLVWQHIECTKADPAVENYLCEKCEPRQVNYEIPLNEF
TDEGYQYYISLMRGNLQIRQTDTVYVLRDIPMAPDPSNPNGPPRKHTYETIGKVDYAECD
IFRVESLWKDKEGRRFVYGHHYLRPHETYHEPTRRFYPNEVMRVPLFEVIPIELVMERCW
VLDPTTFCKGRPVDSSEPHVYICELRVDKSARLFSKISRHAHPVCMKSYAFHKFEQKLKI
SKTFAPHDLGSLAHLLAAKDNRKKSKKDDSVSSASATPTSTGTKKMTPIIQLLPPPPKPD
SHSTDGALVLPSTETLAEKRNRLELVLGRLMAKLNANPAALPVLDISYLLTGRGARLRRT
IANATPVPAI
NT seq 8493 nt   +upstreamnt  +downstreamnt
atgacgacggtaaagagcacaccgccggtggatccgaagccacccggcaaatcgccactg
tcgtcctcgtcatcttcgtcctcatcgtcggattcggacgatgggtcggacacgtcatcg
gattccgactcgtcttcggtggcgtcgacgagcaaaaccagcagcaagcagagcagcgac
aagaaggacccgcagcagcaacagcaacaacagcagcagcagttcagcgttatgagctcg
gacagcgccggtttgcgaatgaaaattgcaatcccccgcagcaatcaatcgaactcgaca
gcgacaccgtctccatctggtggccggccaagttcttccgccagtgatgtattgaaccgc
gtcgcatcggccagcgttacaacccccggtaccgtttcgggaagtccggtgcctgtggca
acccctgcgagtgagagcggcaaatccagccaacaggtggagacaccgtcgccgtcgaag
ggcaaggaccggaaggccagcaagagcgaatccagttcggagacgtcgtcgtatttctcg
aacctgagcgataccgacaccgatagcagcagttcggataaccacaacagcggtggtaag
cgcggtaacagctcttcgggaagtggccagaagaagcagaagttcatcaagcggaagaag
aacaaccgaagcgtgtcgactagcacgagtagcgatggaagcaacgagtcgagcgattca
gattccagcagtgatgacaacgcggacgacagcaaggatcaaagccaggagtcacggata
cctgtcgggagcgcttcaacgccgttgtctacttcaacaccggcgaaatcacctccgtcg
gcgtctacgccggttccgacggtgccaccatccagggtgaacccagatgcggacgtgggt
tcgtcctctgataacgaacttccggccttggtcaatgcagcaatcatgcgcgtcgccgag
agtggatcggacaacgatagcgtacgtggaacgccatcggccattccgcagtacacttcc
agtctgctacaggagttcgttgcccgtacggcaatgctcggaagcgttggaagctcatcg
gaggggggagcaacgaccaatcagtcaaatgctcaccacaaaattaagactgaatctccg
ctgccaagcgctggcgctaatacggcggcatccggtagcagtaccgtcaacggcgtacct
tcaaaagcggcagttataatgccgatcaaacgacgaggtcgtccacctaaagctgctgtg
aacccagttgccgccgcagcagctacaacgtcaacggcaaaggcaaatactccaacagtt
agtgaatctccagactcgggaatcctgtctacgcatagctcaactggctcgcctaaaacg
gagaagaaagctttgacgtctatgattcagaagaagcgacctgagcccgagccaagtagc
agcgggacgagtagtaaacctccaccctcggcaccactcaccaagtacaccctctcaagc
ctggatcgcaatacgtatgctacggagagggtactgtatccaccgaggggcaaaaagaag
gctgggcgacctccgaaagataagcaacctcaggcagttcaaccaccgccgcccgtcgaa
gacaatctcgatccactgtggaagaagatcgacatcagcaaaaagttccacgagcctcga
ctgagtggctacaaaagcgacggtggacattcgaccatctgctgcagcaaaaggcttgcc
tcccaaagcggctacatcagtgactacggcggaggaagcagtcatcgaagaaaccgcctc
tccgggtacaaatccgactgcagcacaaaatcccggaagagctgcggctacaagagtgat
tacagtgttaaagcgaagagctgcggataccgcagtgactgcagtacgaggcatcgaaag
caagttcgacggaaacggcgaaagaagctggctccgaacaacaacaacctgaacaacaag
aacttcaaccagagtagtaaatcttcgagcgttagcgaacaggacatcctacaactggcg
gggctaacccttggcagcacaagcgaggaaagcagcagtagtcaggagtcgctatcgtcg
atcaacaccacaaccccttttagcaaggccttacgaatatctcaggacacgcttaccgcc
agcaaaagcaccattccatcactcctcaccccaaagaaccgtgtcaacgcactcctcccc
atcaacaacttccgagggatattctcgtccatcagcaagttcggcaatctcgacacgttc
ggttccagcattggcccgaagaacaccttcgctaccttcttgagaaacaatcgtaacaaa
gacggtaaagacaacggtaaggtcacggtcaaaaagcttccactctccaaagcgaacgtt
atcaaaaactccgaagagtgcagcaagcggttccagcgatccaccagccaagatctcctc
accagaattacgaacgcagatatcccgaaaccttcgccagctaaatccgtctgttcgaag
cgcagccgacggaagagctgccacagcgataagttggatagtgtctcggtgaagagttgc
ggaacgattcggcaacgacgactcagtacgatgagtcgttgcagcagtcggtcagccggc
tcgaggcatccctggaagaagaaaaaacggaagaggttgcggtcgaattccgttgcaggg
aagtcgtcggcagacatcaagattggtgtggagatcgagcggttgagcgaatcgttcgga
agtcaatgtcgaatcaatgtgaaggacggagtgctggggatcggagcggctgctttagcg
ggagctgctgcgaagaatcagcaaaagggaaggtcgatgaagaaacgaaaggcttcggag
catgtggagtcaccttcaacgactgcggccggcacaaagcgaaggaacaagaaatcagtt
cccacgcaaagtcccgatgatcacaaactgccgctgaagaagcgtcactacttgctgagt
gaacagacggcgaagggaaatgatagcggagcagaacgggaggacactagaagccacacg
gtggtcaatccttgcgccacaatcggtggtcgagtggcgatagccgctgctgctgccaca
gcgtcgactttaacacatgtaagagatccaacgaaggcagtgacgcctaagaagcgacat
ctgctgaagtctccagaacccgtagtgccggaagagatagttcaaatcaagtccagcgat
tcaccgttgacggtcgatccaaagactgcggagggtgcggcaacagaggctaccgttggc
aacaaaaagcacgacgccatcacccgcaagaaaaaccgcttggaaggattggtatcgaag
atccaacctaccgcaacggtaacagcaatactggcagacaacaacattctagctgcggca
agtcatcgtgcaacgccaccctcccgtccatctgtgatccactcatcaacttccgtaccg
gcaacgaccgcttcttccgcggcttcgtcttccaatgcaaatgcacctccaccgggagtt
ttcgaaccgacagttgaccttgagctttcgattcccgcttccattccgtcgctgatcgcc
aaggtcgaactgttggattcgcctcgtctcaaagataacatcgccaaaacggaaggtgaa
gacaccggaaagaaaaactccgagaaggtcatcgagaagctgctcaccaagactggagca
catctgctgttgaagaagaaacggaagaagcccaaccgaactgggtttccaactgtcaag
cggaagaagaagcgcttcgtggaggacaaacccgctgaggaggaaaacaaacctgaggtg
ggtccggagttgtttgattcgtctaatctgacgaagcacgtgccgtcggaagcagagaaa
gccacaacgaagcctggttcgcagaaggaaacagcaaagaactgcgatcgagtaccgaaa
gagggtgaaccgacggatagttttatcgaacggaacaccaggccacgcctgtcggtggtt
agtttggaacgtcttcaaggtaagattccgatgagcggtagggaggtggtcagtccaaca
actcctccggcaactggagctggcagggggagaaaatcggcggctgttgctacaactgtg
acgcctgccgtagcggaagtgcctcctgctccgtcaacgtcgacgacgactacgttaccg
acggagcgcagacaattgcgtgagaaatccaaggacaagtcggagcctgaaaagaaggag
gagccaaagtcgaaagaggagcccaaagcaaaggagaagaagcttcgacaagaaccgatt
cctcaggtgaagatcagcagaaaagaggttatggaaaaaatagttaagagtaaggagaaa
ccgccagaaccgatactgccaccggacgttcccaagcaagcagaaaaaccaaccaagaat
cttttggaaaaggaaaacaaaaagcaagtggttcctccggttaagaagagcaagcctccc
gtagaggaagttcctctgccaatacctataccgataccgacgcctgctcttccaattcgt
cgaactcgtagcaactccattgcgcttgatccttccgagcttctcaagaaaactgtctcg
caagagaaggaaatcgtactaaagaacgccgtcatcaagctacaaccatgcacgatcagc
aacgaagattctgattcgctggattcgatgccattgctgaaacggctgcactcccgatcc
ttatcgcgtcagcagcaatctgctactcctgaaactgcacccattacatcccccaagact
ccaactcgaccaagaggtcgtccacgaacggcatcgccaacgcctgccaccgagactccc
ccgatcccggtgactcccacactctcggaacagctgagtaaactgcgtcgatcgcggatg
agtgttgtcgatactacgaagcgtcctccggagccggagcttcctgaaactccccgggct
aaggaaactcgttcggcagcggcaagaaagtccttctcgaaggaaactcccgttgttgaa
cagccaactccgatccatcagtatgacattccaccggtcaagatcatcatttcgaaaaaa
gatcagaaggccgtggcaacagcggtggcagttgagagaaagctgtcaaaggagaagagt
cccgtaccgttgttcatcgaagaaatgtccaaggatagacccaagtgtcgcagttccagc
agaattgatgcagtggttgacaaaatccgtaaagaacagcagaagactgcaggatcggtt
gaaactctcgcagcaacgattcccatacctcctccaccgacgaaaatgaagcgcgggaag
agtgacgagttgaaggtggagctggagaagccagccaagaagcagaagaaactggatgca
ttgtcgattgcccaggaagtggttgtccctctggtgcctgtggatgtccagcagtacgag
atgagagaatccgagacacaacttgccagtattcagcctgcttcatccacggaagatctg
gagcacgatccgctgccggccgaggaaggacctccggattacttccgcgacgagactcct
tcgcctcctgtggatggcaagaacaaaaaggtccctcgcaagaagtacattgcagcgggt
ctgttttccgattgctacaaggacgatggcaagacatccggacgcaatggaccgaaagtt
caaccggaatctttgctacctcctccagcgtactgcgaacgattccttcgacgaacgcaa
cgagacttccagcttccgtatgatctgtggtggctgcatgagaatggtaagctcacagcc
agacatgccattgccagctggaactatcgaaagatccgtactaacgtgtactacgacgtg
aagccgaatccgtccacggatcatccgcagtgtaactgcaagccggatagcggctgccag
gatgactgtctcaatcggctggtgttcgtagagtgcagtccggagaactgcccttgcggg
gaacggtgcaagaatacgaagattcagcgtcatgagtacgctccggggttggaacgattc
atgacggagcagaagggttggggaattcgatccaaggagggcgtaaggaaagggttgttc
atcatggaatatctgggtgaggttgtgacggagaaggagttcaaggagcgcatgcggacg
atctacctgaacgacacgcatcactactgcttgaacctgaccggtggactggtgattgac
gggcaccggatgggaagcgattgccgttttgtgaatcactcctgcgcaccgaactgcgaa
atgcaaaaatggtccgtcaatggcctgttccggatggcactgtttgcctcgcgggatatt
ccgccgtatgaagagttgacgtatgattacaacttttcgctgtttaacccgacggaaggt
caaccatgcatgtgcggtgcggaacaatgccgaggggtgattggtggcaagtctcagcga
gtgaaacctcttccggtggcgtcggaagcgaagaaacaggaaacgactgtttcaacgtcg
actacggcagccgctccgacggaacatagtccacgaagtgcagcgcgctcaaggaaacga
caagcgaagaagaatgctccgctgactcaactgaacggccagcctctgccaaattttgtc
ccgcctacggtgaaggagcgtgcgttgatcgttgaacatcactgcttcctgatgcgcaat
ctgaacaagattcggaagctgaaggatcgatcaccggagcacttggcgtctggacatttg
ggaagtccagcaacgggaggaccgaatgcaggacatgtggcgccaggtggaaagccatca
cttgcgtcacagatatccgccctgagatgtccgaggaacatccgaacacgtggcctggcc
tttgtcgaggacgatccggagttggagaaggtcgctcgtattgccgtagcactgaaggag
atctgcatcgagatcgctagcttgaaagatgaacgtggccatttgtacttaaatcgcctg
acccttccctcgaagaagaaagtcccgctgtactacgagagaatcccgcgtccgatcgat
ctggcgcaaattcagagcaacattgatcaagggacgtacaaacaaccgaaagcattcgaa
gaagatctgctgatcatgttaagcaatgcggtcaaatactacggtatcagctctccagag
ggtgtggcttccgagaagctcaaggaacactactacatctgcaagcaacggcaggtggac
aggctgatcgcgtacatcggtgaacagaacgaactgttgaagggtttcattccgaagtcg
gaaccggagccggttgtgctggtgaagggtcgtggaaagttcaagaagcaagagcaagcg
gaagacatcatccggtgcatttgcggattgttcaaggacgaaggactgatgattcagtgc
tccaagtgcttagtttggcagcacatcgagtgtacgaaggcggatccggcggtggaaaac
tatctgtgtgagaagtgcgaaccccgccaggtgaactacgaaattccgttgaatgagttc
accgatgaaggctatcagtattacatttcgttgatgcgcggtaacctccagattcgccag
actgatacggtttacgtattgagggatattccgatggctccggatccaagtaacccgaat
gggccaccaaggaagcatacatacgaaacgatcgggaaggtggactacgccgagtgcgac
atcttccgggtggagagtttgtggaaggacaaggaaggtcgacgtttcgtctacggtcat
cactatctgaggccgcatgagacgtaccacgagccaacgagacggttctatccgaacgaa
gtgatgcgcgttccgttgttcgaggtgataccgattgagctggtgatggaacgttgctgg
gtgttggatccgacgactttctgcaaaggtcgtcccgtggatagttccgagccgcacgtt
tacatctgcgaactgagggtggacaaaagtgctcggctgttctccaagatctcccgacac
gcccatccggtgtgcatgaagtcctacgcattccacaagttcgagcagaaactgaagatc
tccaagacctttgcgccccacgatctgggatctctagcgcatctgttggctgccaaggac
aaccggaagaagagcaagaaagacgactcggtatcgtcagcttccgccacgccgaccagc
accgggaccaagaagatgactccaatcattcaactgctaccgcctccaccgaagcctgac
agccacagcaccgatggagcgctagtactaccttcaaccgagaccctcgccgagaagcgc
aaccgcctggagctggttctgggccggctgatggccaaactgaacgccaatccggcggcc
cttcccgtgttggacatcagctacctgttgaccggccgcggagcgagacttcggcgcacc
attgccaacgccactcccgttccggccatttga

  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)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (31)   

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