KEGG   Acromyrmex echinatior (Panamanian leafcutter ant): 105143378
Entry
105143378         CDS       T03917                                 
Name
(RefSeq) histone acetyltransferase KAT6B isoform X1
  KO
K11306  histone acetyltransferase MYST4 [EC:2.3.1.48]
Organism
aec  Acromyrmex echinatior (Panamanian leafcutter ant)
Brite
KEGG Orthology (KO) [BR:aec00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:aec03000]
    105143378
   03036 Chromosome and associated proteins [BR:aec03036]
    105143378
Enzymes [BR:aec01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     105143378
Transcription factors [BR:aec03000]
 Eukaryotic type
  Zinc finger
   Cys2HisCys zinc factors
    105143378
Chromosome and associated proteins [BR:aec03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    105143378
   HAT complexes
    MOZ/MORF complex
     105143378
SSDB
Motif
Pfam: MOZ_SAS SAMD1_WH zf-MYST PHD Linker_histone Acetyltransf_7 zf-met
Other DBs
NCBI-GeneID: 105143378
NCBI-ProteinID: XP_011049986
UniProt: F4W4H7
Position
Unknown
AA seq 2416 aa
MDESETPETWTTWFLDAIRKIRSQKQRPSVERICHAIRQHHYYHEEDIAEHLEIAVKRGD
VLKIFNKGQSSYKDPGIVQSKKLTVTRSADLSKILSKAVRELGERDGSSLRSLERYIRQS
HTVEESAEGDLRISLKLSAKRAIERGLVIQDGKLFRQTDRPHGKRCSDGGEPPMPKLPAP
LPICRECLGATMAGNNNNSKRNVNEKLSRCCVCGAALHNSCAPPELSILVDRGITWSCDG
CSPTCAGCELERESQNYLVKCADCVKCYHPACIEPALDKKIKAPWKCRHCQTAHTPVSKE
DNKRGRAQDANSIDDTPTSARKRLSKLRENRKSMVSRKSLANATPGKKGNAVVAQVDSSS
DGNAGVVSPRQPPMISSPLPQPPTPLAGQGRLLEEKNDRISKEKQKFFRLSAFNAEHNKL
KRVGGGDKSKPSRNVNIRSTRGGAANPKKIGTSRVSSSSSSSSSSSEADNSSESSEGSNS
SEDDDEDDEEGNSSSESSDSSSSDDVQDERINSPKAKAPFACDLDEDKPWGFAAAAAKLN
VDSPFFSNITNTFGVSLPKLNVGDTPTFGLHIQQPAIISPSDSKKKDKSERNATGIASTD
NKVKPGSGQLKGLFDGLSHFFSASANSRARSAGASAPNYAPDRRKRPNVEDTAKTNKIPK
GTQKNKPDDSTGTSKLKDRKKTEVTFEISRLPRPGIFVPSDESMLSLFNEKLPRMTPSGL
VKTAVNSKRHEHERRKLMRDAPSLVKCAADPSSPSSKHEQQQQSRKKQMTSDTNIRHPVP
AVGKFSGLGFDPIKSNPNPKSNPRTCTSATTTNTTTTPRATPCSIRKEEPVVPQTLPPGV
TQKDVDLIKEARERARLTVSNDENEQSYVNTPNASGNAPRNPAAIVFGRYEVETWYSSPF
PQEYARLPKLFFCEFCLKYTKSRAVLDRHMDKCQWRHPPATEIYRCDGLSVFEIDGNVNK
IYCQNLCLLAKLFLDHKTLYYDVEPFLFYAMTKNDKHGCHLVGYFSKEKHCPAQRYNVSC
IMTLPQYQRQGFGRFLIEFSYLLSKVEGLPGTPEKPLSDLGRVSYHSFWKSVVLEYLDTH
RNDTEIKLGDITKETGVSAHDISTAMQLLGFIRSVHLPGDVNTSKVAVVVDWSKVDAHMT
KVRKSLRIKLDADCLRWIPLVTQIPNPYQNQEENGDTGSEMSPAIEPKPMPAVVEKIQRV
KIKKKSRARRVSQRKSSPLKSTPSKSTPLKSTPVKPKASQKTAVSHKDVSKEEKDVKDTK
EIKKELREPKESVRESRNVESTENRKDSRAETDAKSATSTPRNARALGSARNVTPMTSPK
STPVMTMSRRRIRPPKTLMSESIITPLRKRKHSEKIEAEEEKVEVSSRKRTRESLREKEK
EKEKERENEREREKEKNKIRERDNKAKERESVKETLVDTRKTPPKLDSVSSPPKLAKKQC
KVDDILLKVTSRQTKLQAKEKKALEDATQCNGKEEARDIKNSPLSRRSRSKTMEALKMPQ
LTPESPNTKNRAESPVIPPPSLSPPPESMKSSPVRDKQPSVPESTKHSGNNDNKSEESTE
DNGLPVPTETEVVSASSGEYEGGDEDEGEEEEITAPTPKPVMQLASPSTESPVKESCEDE
KADNKIQEKDNDESSLQKVEAADLSPTVGDDQTETLNECDKDSEIDKHPVCSPEASKSVP
EPVVSPKEEEIEKSESSIMLKKDDDDSNNPLKEELVNETPKDVKIDLSRPKMEPLPVDKK
DTCTLINAVVTSEAEPLTPQEKPLPTVEHQDTTLQLQTQTEELKQHSPESGKTTPHLENP
GSVKRTPPSQPDLPSMGVYTPDSTTNSVHSLHYSQCDLDVSQLGLESPTSIASDLASQNS
VERPPSALPSIPPPANVPISVAMQITTPVTSSVSVNMPQQVQYADCSMPQHTPPTHHPSI
HPMHQPHTPQSLQQPRTPQSIPTQSPQPLPQSHTPQPMPQSHTPQSIPTQSPQPLPPSHT
PQPLPQSHTPQPMQLSLAQQAQSQSMAHSQSQSAQSQQQSTHQQQPQPQQQQSQSHQSHS
KRASGSQTTHRSRSTQQSSRSHRATPPAHTTQTSQHSAATSQTSHSNVSVAHTAHIAMPP
QYQQSPSSMSVPPAVHPHSHTPHAAHSHNMAVISQGNYMAVAGSQGFPQNTYAVIQHRSG
RSGAPTPCTTATNFYIQTNPPMPPHSHTPAPTPLSTSGGSHQTTNSCSLAKLQQLTNGLE
MIPPTPPPAMNLTPPPPIPHTMTPPQTSRQLPTPPQVGPLGYAKNYCYNVNTVPPGTPGP
PSRSTSRSSANNMPSLTQPYPSESLYRQTLDPSGTCPQMQSAASRVSPNVALNTNLMAAA
QYSYRVAQPATGYMNQAAQLGGFMNQASQLPVGVVNVPAPYPQDPHQQNPAAVYTTYHGY
INGGLMQPLNSSMRPR
NT seq 7251 nt   +upstreamnt  +downstreamnt
atggacgagtccgagacgcccgaaacatggacaacctggtttctagatgcgatccgaaag
atacgcagtcagaaacagcggccgagcgttgagcgaatatgtcacgctatacgccagcat
cattattatcacgaggaggatatcgccgaacacttggaaatcgctgtcaagcgcggcgat
gtgctcaaaatcttcaacaagggtcaatcctcgtacaaagatccaggtattgttcaatcc
aagaagcttacggtcaccagatcagcagatctcagcaagatcttgagcaaggctgtacgc
gaactcggcgagcgcgacggatcgagcttgaggagcctcgagagatatattaggcagagt
cacaccgtcgaggagagtgccgagggtgatcttagaatctccctcaaactttcggccaaa
cgagctattgaacgaggactagtaattcaagatggcaaactctttcggcaaacggacagg
ccacatggcaaaagatgcagcgatggcggggaaccgcccatgcccaagttgcccgctcct
ttgccgatatgcagagagtgcctcggcgccacaatggctggtaacaacaataatagcaag
cggaacgtcaacgaaaagttaagcaggtgctgcgtttgtggtgcggctctacataattct
tgtgcgccaccggagctttcgatactcgtcgatcgaggtataacttggtcctgcgatggt
tgttcgccaacctgtgccggctgcgagctagaacgggagtcgcaaaattatctcgtcaag
tgcgccgattgcgtcaagtgttaccatcccgcttgcatcgagcctgcccttgataagaaa
atcaaggcaccctggaaatgtcggcattgtcaaacagcacacacgccggtcagcaaggaa
gataataaacgaggcagggcgcaagatgcgaattcgattgatgacacgccgactagcgcg
aggaaaaggctcagcaagttacgtgagaatcgaaaatcaatggtatccagaaagagcttg
gcgaacgcaactccaggcaagaaaggcaatgcggtagtggctcaggttgacagcagctcg
gacggtaatgcgggtgttgtctcccctcgtcaaccacctatgatttcctctcctttacca
caaccccccaccccactcgcaggccagggtaggctgctcgaggaaaagaacgacagaatt
tctaaggagaaacaaaaattctttagattgagcgcatttaatgctgagcacaataaattg
aagcgggtggggggcggtgataaatctaaaccctcgcggaatgttaacattaggtcaact
cggggcggtgccgcgaacccgaagaaaatcggaacgtcgcgcgtatctagcagcagcagc
agcagtagcagcagcagcgaggctgataatagcagtgagagttcagagggcagtaacagt
agcgaagatgacgatgaggacgatgaggagggcaatagctcgagcgagagcagcgactcc
tcctcgtcggacgatgtccaagatgagagaattaattctccaaaggcgaaggcgccattc
gcttgtgacctcgatgaggacaagccgtggggctttgccgctgccgcagcaaaactgaac
gtagactcacctttcttcagtaatatcaccaatacttttggcgtatctttacctaaactc
aatgtgggcgatacgccgacctttggcttacacatacaacagccagccattatcagtcca
tcagatagtaaaaagaaagacaaatccgaacgcaacgctaccggcattgcaagcacggat
aacaaggtcaagcccggaagtggccaattgaaaggtctctttgacggcttgagtcacttt
ttttcagcatccgcaaatagcagggcaagatcggctggtgcatcggcaccgaattatgct
ccagatcgaagaaaaaggcctaatgtagaagatactgctaaaacgaacaaaattccgaaa
ggaacacagaaaaacaaaccagacgattcgactggcacgagtaaactcaaggatcgtaaa
aagactgaagttacttttgagatatcgagattaccgaggcctggtatctttgtaccttcc
gacgagagtatgttaagtttgtttaacgagaaattaccgagaatgacgccctcgggtctg
gtaaaaactgcagtgaatagtaaaagacacgaacatgagaggagaaaactgatgcgagac
gcaccgtcacttgtaaaatgcgccgcggatccatcatcgccatcatcgaaacatgagcag
caacaacagtcacgaaagaaacaaatgacttcggatacgaacatacgccaccctgtaccc
gccgttgggaaattctcaggcctcggttttgatcctatcaagtcaaatcccaatccaaaa
tccaatccacgaacctgtactagcgccaccaccaccaacaccaccacgacaccccgcgcg
acaccctgctccatcaggaaggaagagccagttgtaccccaaactttacctccaggagtc
acacaaaaagacgtggatctcatcaaagaggctcgtgagagggctcggctgacagtaagc
aacgacgaaaatgaacaatcgtacgttaacacgccgaatgcatccggtaacgcaccacga
aatcctgccgcaatagtattcggtcggtacgaagtggagacatggtattcaagtccgttt
cctcaagaatatgcacgattacctaaattgttcttctgcgagttttgtcttaagtacacg
aaaagccgggctgtgctggacaggcacatggacaagtgtcagtggaggcatccacccgcc
actgaaatttataggtgcgatggattatccgtatttgagatcgatggtaacgtaaacaaa
atatattgtcaaaatctgtgtttactggcgaagttatttttggatcacaagactctctac
tatgacgtcgagccgtttctcttttatgctatgaccaaaaacgacaaacacggctgtcat
ttggtaggttattttagcaaggagaaacactgtccggcacaaaggtacaacgtatcctgc
attatgactctgccgcagtatcaacgacaaggttttggcaggtttctcatagaattcagt
tacctgttatccaaggtcgagggcctcccgggaacaccggagaaaccgctttcggacctc
ggtcgagtgtcgtatcattccttctggaaaagcgtagtgctcgaatacttggacacgcat
cgaaacgatactgagatcaagctgggcgatatcacgaaggaaactggcgtatcagcgcat
gatatctccacagcaatgcaattgcttggatttataaggtcggttcatttaccaggagat
gtgaacactagtaaagtggctgtggtagtcgattggagcaaggtagatgctcacatgacg
aaagtacgaaagagtttgcgcatcaaactggacgccgactgtctcagatggataccgtta
gtcacgcagatccctaatccttatcagaaccaggaggagaatggtgacactggctcggaa
atgtctcctgcaattgagcctaaacctatgccagctgtcgtcgagaaaatacaaagagtg
aagataaagaagaaatctcgggctagaagagtaagccaaaggaaatcatcaccattgaaa
tcgacaccttcgaaatcgacacctttgaaatcaacacctgtgaaaccgaaggcttcgcaa
aagactgcagtatctcacaaggacgtatccaaagaagagaaggatgttaaagatacgaag
gagattaagaaagaattgagagaaccaaaagaatccgtaagggaaagccgtaacgtcgag
agcacagagaatcggaaagattctcgcgcggaaacagacgctaagagtgcaacgtctaca
ccaagaaacgcgcgcgctcttggctcggcaagaaatgtaactccgatgacatcgccgaaa
tcgacgccagtaatgacaatgtcgaggagaaggatcagaccacctaagacgcttatgtcc
gaatcaatcatcacacctttaagaaaacgaaaacattccgagaagattgaggctgaggaa
gagaaagtagaagtcagtagtaggaaaaggacgcgagaatctctaagagaaaaagaaaag
gaaaaagagaaagagcgagaaaatgaacgagagcgcgagaaagaaaagaataaaataaga
gagagggataataaagcaaaagaaagagaatctgtgaaagaaactttggtggacactaga
aaaacacctcctaagttagattctgtatcgagtccacctaaactggcaaagaaacaatgc
aaagtggacgatattttgttgaaagttaccagcagacaaactaaattgcaggcaaaggaa
aagaaagctctagaggatgcaacgcagtgtaatggtaaagaggaagcgcgggatattaag
aactctccattatctaggcggagtagaagtaaaacgatggaagctctaaagatgccgcaa
ctcacgcctgaatctcccaacacgaagaatagagccgaaagtcctgtgataccgccacct
tcattgtctccaccgcctgaatcgatgaagagctctcccgttcgagataaacagccgtct
gtgccagagtccacgaagcactccggtaataatgataataagagcgaggagagcacggag
gacaatggtttgcccgttcccacggaaacggaagtagtatccgcgagttccggcgaatat
gagggcggtgatgaggatgaaggggaagaggaagaaataaccgcaccaacgcctaaacca
gtaatgcaattggcctcgcccagcacggagagccctgtgaaagaatcatgtgaggacgag
aaggcggataacaagattcaggagaaagacaacgacgaaagttcgttgcagaaggtggaa
gcagcggatttatcaccaacggtcggcgacgatcagactgaaactttaaacgaatgtgat
aaggactccgagattgacaagcacccagtttgcagtccggaggcatcgaaatcagtacct
gaaccagttgtttcaccaaaagaggaagaaatcgaaaaatcagaaagcagcattatgttg
aaaaaggatgatgatgatagcaataatcctcttaaagaggaactcgttaatgaaacgccg
aaggatgtcaagattgatctgtcgcgaccgaaaatggagcctttacccgtagacaagaag
gacacatgcactctcattaacgcggtggtgacatcggaagccgagcctctcacgccgcag
gaaaaaccattgcccacagtagaacatcaggatacaactttgcaattacaaactcaaacg
gaggaactgaaacagcattcgcctgagagcggtaaaaccacgccacatcttgagaatccg
ggctcagtgaagagaacaccaccgtcgcagccagatttgccatctatgggagtctacaca
ccggactcgacgactaattctgtgcactcgttgcattacagccagtgtgatctggatgtg
agtcaattgggtctggaatcgcccacttccatagccagtgatcttgcatcgcagaatagc
gtggagagacctcccagtgctttaccgtctattccgccgcctgcaaacgtaccgatctca
gtcgccatgcagattacaacacctgttacgtcatcggtgtcagtgaatatgccgcagcaa
gtgcaatacgccgattgctcgatgccgcagcataccccgccgacccatcatccgagcatc
catccaatgcatcagccacatactccgcaatcccttcagcaaccacgtactccgcagagc
atcccgactcagagcccacagccacttccgcagagccatacgccacaaccgatgccacaa
tcgcacacgccgcaaagtatacctacgcagagtccgcaaccattgccaccaagccatacg
cctcagccgttaccccaatcacatacgccacaaccaatgcaattatcgttggcacaacaa
gcgcagagtcaaagtatggcgcacagtcaatctcagtctgcgcagtcgcaacaacaatcc
acgcatcagcaacagccacagcctcaacaacagcaaagtcaatctcatcaatcacacagc
aagcgcgccagtggttcacagaccacacatagatccaggtcgacgcaacagagtagtagg
tcacatcgagccaccccaccagctcataccacccagacttctcagcacagcgctgcgacg
tcgcagaccagtcacagcaatgtgtccgtggcacacacggcgcacattgcgatgccacca
caatatcagcaatcgccgtcgtcgatgagcgtaccaccggcagtacatccgcattcgcac
actccgcacgccgcgcattcgcacaacatggcagtgatttcgcaaggcaattatatggca
gtagcgggttcgcaaggtttcccacagaatacttacgctgtgatccaacatcgcagcggc
cgttccggtgcgccgacaccttgcaccaccgccacgaatttctatatacaaacaaacccc
ccgatgccgccacattcgcataccccagcgccaactccactctccacttccggtggtagt
catcagaccaccaattcgtgcagcctggcgaaattgcaacagctgaccaacggtctggaa
atgataccgcccacgccgccaccggcgatgaacctgacgccgccgccaccaatcccacat
actatgacaccaccgcagacatcgcggcagctaccaacgccacctcaagttggacccttg
ggttatgcaaaaaattattgttacaatgtcaacacggtgcctcctggcacgcccggacca
cctagccgatccacctcgcgttcgtccgcgaacaatatgccatcgctcacgcagccgtat
cccagcgagagtctctaccgacagactctcgatccgagcggtacctgcccacagatgcaa
agtgcggcgagccgcgtcagcccgaatgttgccctcaacacgaatctcatggcagccgcc
cagtatagttaccgggtagcgcaaccagcgaccggttatatgaatcaagcagcgcagctt
ggcggctttatgaaccaggcgagccagctaccagtcggcgtggtgaacgtaccagcaccg
tatccgcaggacccgcatcaacagaatccggcggctgtttacactacgtatcacggttac
atcaatggtggtctcatgcaacccctcaacagctccatgaggccgcgctag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (22)   

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