KEGG   Maylandia zebra (zebra mbuna): 101466835
Entry
101466835         CDS       T02814                                 
Name
(RefSeq) LOW QUALITY PROTEIN: histone acetyltransferase KAT6B
  KO
K11306  histone acetyltransferase MYST4 [EC:2.3.1.48]
Organism
mze  Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:mze00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:mze03000]
    101466835
   03036 Chromosome and associated proteins [BR:mze03036]
    101466835
Enzymes [BR:mze01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     101466835
Transcription factors [BR:mze03000]
 Eukaryotic type
  Zinc finger
   Cys2HisCys zinc factors
    101466835
Chromosome and associated proteins [BR:mze03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    101466835
   HAT complexes
    MOZ/MORF complex
     101466835
SSDB
Motif
Pfam: MOZ_SAS SAMD1_WH zf-MYST PHD Linker_histone PHD_4 Acetyltransf_7 PHD_2
Other DBs
NCBI-GeneID: 101466835
NCBI-ProteinID: XP_004561338
Position
LG8:13452447..13474417
AA seq 2140 aa
MVKLANPLYTEWILEAIQKIKRQKQRPSEERICHAVATSHGLDKKTVLEQLELSVHDGSI
LKVTNKGSASYKDPGHPGRVGSILPANAPVPSKESIWNSSDLRHIDWNKMLRRAIEGLDD
THGSSLKNIERYLRNQDDLSDIVDNPAFRQRLRLAAKRAVNTGRLSKNGPRYKLSHGSVE
GRSSRCPSASTLVLSSVTLLPHERDQLRVDPIPICSFCLGTKESNRDKRPEELLSCADCG
SSGHPSCLKFSTELTSNVKRLRWQCIECKTCSSCRIQGKNADEMLFCDSCDRGFHMECCD
PPLSRMPKGTWICQVCRPKENGKKLLHKKADQIKRRYAKPIGRPRNKLKQRMSVTSGDGS
MVALGGRGSPGRGQKITVCSTPSSGHAASVKDARDRFAVADPCCAVDATQFTTSTPSTTP
LLTPTSTPATLTVNKKIKGLIDGLSKFFTPSPVGRHMRAVAIESPAKQLSSREKGPPKLS
KPPELFAFAADASQKITPSSSALPPASTLPGLSPPSQVSSSSTSANSPQSSSSQSSVPSL
SSLCNSSQLKGLFDGLSHIFTTQGQSRKKRLPSYAPPKPLPHKQYSPHTSKTGPQRLGKS
EFNKNRLDSTTAGPGRPRGHPFKMVSHFKRNPFFKKRRTLGRLRYKGSPQKGALSPGKGD
LTDGRIKPENNHGHNGELHVKQETQADFAAMSRDHVTEEDIETFTRIQELAAQRTGSRSS
LMNTDSVRCPAVIEFGKYEIQTWYSSPYPPEYSRLQKLYICEFCLKYMRSKNILQRHTKK
CGWFHPPANEIYRKDNLSVFEVDGNVSKLFCQNLCLLAKLFLDHKTLYYDVEPFLFYILT
KNDEKGCHLVGYFSKEKLCQQKYNVSCIMIMPQYQRQGFGRFLIDFSYLLTRQEGQAGSP
EKPLSDLGRLSYLAYWKSVILEHLYKHPDKHISVKGISRATGMCPHDIAATLQQLGMIDR
QDGRIVLIRRERLIQRHMEKLRANPRQIEVDPDALRWTPSTTLNAVLSEEEREAEMDAER
LKEQASCWEKEEREGYMMTHSSRQPLTKVHCKVPYRTYERRPAPPWTRRIQLTEEVSDEE
ADDDDDDSDGSPPILTKAHAMLAAKRKRTLVLKKRGRKRKRINSSVTTETISETTEVLNE
PFDNSEDERPMPLLERTFRVGEMDEEDEEEAHKDKTPAAPIKRRRGRPRLEKNVQKDNLE
HWNEGADLLSKRPSKPRPVKRKKGWPKGVKRGPPKWKLKNERKMGFKLNLYTPPETPMEA
EQHHIHTEEAKDGPHQDGVHVDEGSKAGRGSASPNIMLDRFPSEPPSPADHGSHKSSSPE
ASPVASLVCSPAASPGAVSPRQVDAADSPEPPEDDQQEVQHEQKSPAKDVVHSTEGAVSL
ENENEENEEGEQRAQIEDQDADDEDDRHSKTAGPENNTEDLEESSKDLPKCMPTFLDAKE
DNDSELSQQVSTVLCSEAEPATATESIQDSAPAEPSEATPAPEAAAVTSKAAVDSDNPAD
SESEEESLHSPCPEHHLPLPPAERPILNPMLREDPPVCTEIDSETAQAVQSLTQETEREN
VFQDCVESQEPCRNLQTYAHVSQSPQITSLDDCPQSDHSSPLSSAHSHPSQSVRSVNSPA
VSILDSGYTQISPDHSAISVPSLHNMETSPMMDVPSVSDHSQQVVDSGFSDLGSIESTTE
NYENPSSYDSTMGQNSCSYGSIPPSGXAQSSCAVSQQWLPLXPGSCGMIQQNSLSSPPHC
NVKSPQGCVVVERPPSNSQHNQHSQHSQRSQHNQHTSHSRHGPHNQHTQHNQHGPHNQLT
QHTQHNPHNQHSHHHNHHLQHNQLSQHNPHAQHSLHNQHGQHSQQQSMTQCAIPTNFATT
MQLADIPESGNPNFTLYERINHQGEYGSGHYSQSSGLSLAKLQQFTNTFIEHPHSLPFNH
SASHPITSYANTPSLSSQHSSLVSLSQTPHRVPNPQVQATVTPSPNLSSPPPMMLQRNMG
IPHSQRIQPQMASKNHISARSKSASLSHHQQQMYPRPPQAVAMQAPSRTLTAMPRMNMSM
NIMPAPAYNVNSMNMPSLNAMNGYSMSQPMMNSGYHGNHAYMNQSPQYSMQMGMMGTQPY
PQQPMQAPPHGNMVYTPAGHHGYMDTGISKQSLKGPFIRR
NT seq 6423 nt   +upstreamnt  +downstreamnt
atggtaaaacttgcaaaccctctttacactgagtggattcttgaagcaatacagaaaatc
aaaaggcaaaagcagaggccctcagaggagagaatttgccatgcggtggcaacgtcacat
ggactggacaagaagaccgtccttgagcagttggaattaagtgttcatgatggctctatc
ctcaaggttacaaataaaggaagcgcctcctacaaggacccaggacatcccggaagagtt
ggatcaatcttgcctgcaaatgcacctgtgccatcaaaggaatctatatggaattcgagc
gatctgcgccatattgattggaataaaatgcttaggagggccatcgaaggcctggatgat
acccatggctcctcgctaaagaacatcgagaggtatctgaggaaccaggatgacctctca
gacattgttgataaccccgctttccggcagaggttgcggctggctgctaagcgagcagtt
aacactggcaggttgtcaaaaaatggtccgaggtataagctcagccatggaagcgtagag
ggaaggagctccaggtgtccaagtgcttccaccttggtcctgtcatctgtgacactcctc
ccccacgagcgagaccagctccgggtcgaccccatcccaatatgcagtttctgtctcgga
acgaaagagtcaaatcgggacaagcggccagaagagctgctgtcctgtgcagactgtggg
agcagtggacatccatcatgtctgaagttttccactgaattaacctcaaatgtgaagaga
ttacggtggcagtgtattgaatgcaaaacctgcagctcctgtcgaatacaggggaaaaac
gctgatgagatgctgttctgcgattcatgtgatcggggctttcacatggaatgctgcgat
ccgccgctttcaagaatgccaaaaggaacctggatctgccaagtctgcaggccgaaggag
aacgggaagaaactgctgcacaagaaagccgatcagatcaaacgtcgatatgcaaagcca
atcggaaggcccagaaataagctcaaacaaagaatgtctgtaaccagtggtgacggctcc
atggtagcactgggaggaagggggtcacctggtaggggtcaaaagattaccgtctgttcc
acaccttcatctggtcatgctgcatctgtgaaggacgcccgagacagatttgctgttgca
gacccttgttgtgcggtcgacgccacccaattcaccacttccactccctccaccactccc
ctcctcacgcccacctccaccccagctacactcactgttaacaagaaaattaaagggctt
atcgatgggctttcgaaattctttactccttcccccgtgggccgtcacatgcgagctgta
gccatagagtcgcccgccaaacagttaagctctagagaaaagggtccacccaaactgtcc
aagccaccagagctgtttgcctttgctgctgatgcctctcaaaagataaccccctcatcc
tctgcacttcctcctgcttccacattgcccggacttagccccccctcgcaggtgtccagc
agctccacttctgctaactctccccagagctcttccagccagtctagtgttccttccctg
agtagtctctgcaatagcagccaacttaagggactttttgacggactctctcacattttt
actactcagggacagtcacggaaaaagcgactaccttcctatgcgccacctaagcccctg
ccccataagcagtactccccccatacgtccaaaacggggccccagcgccttggaaagagc
gagtttaataaaaataggttagactccacaactgctgggccaggccgacccagaggacac
ccgtttaagatggtcagtcatttcaaacgtaaccctttctttaaaaagcgcaggacacta
ggcaggctgaggtataaagggagccctcagaagggagccctctcaccaggaaagggagac
ttgactgacggaagaattaagcctgagaataatcatggccacaacggggagctgcacgtg
aagcaggagacccaggcagactttgcggccatgtccagagaccacgtcacagaggaggac
atcgagaccttcacacgaatccaggaactcgctgctcagagaaccggatctcgttcatca
ctgatgaacacagactccgttcgatgccccgctgtcattgaatttgggaagtatgagatc
cagacctggtactcatcaccttacccacctgaatattcaagattacaaaagctttatata
tgcgagttctgtctgaagtacatgagaagcaaaaacatcctccagagacacacaaagaag
tgtggctggttccacccgccagccaatgaaatctacagaaaggacaacctctctgtattt
gaggttgatggaaatgtcagcaaactattctgccaaaacctctgcctgttagccaagctt
ttcctggatcacaagaccttgtattatgatgtggagcctttcctcttctacatacttaca
aagaatgatgagaaaggctgtcatcttgtgggctatttctccaaggaaaagctttgccag
cagaagtacaatgtctcctgcataatgatcatgcctcagtaccaaaggcaaggatttgga
aggttccttattgatttcagttaccttctcaccaggcaagaaggacaagctggatcccca
gagaagccgctgtcagatctgggtcgcttatcctacctggcatattggaaaagtgtcata
ctggagcacctttataagcacccagataaacacatcagtgttaaaggaataagcagggcc
actgggatgtgtccacatgacatcgccgctactctccagcagcttggcatgattgacaga
caggatggcaggatcgtgctgatcagaagggaacgactgattcagcgacacatggagaag
ctcagggcgaacccacgtcagatcgaggtggatccagacgccctgcgttggacaccttcc
accactctgaacgctgtcctgtctgaggaggagagggaagcagagatggatgctgagcgg
ctgaaggagcaggccagttgctgggagaaggaggagagagagggctacatgatgactcac
agtagtaggcaacctctcacgaaggtccactgtaaggttccctacaggacctacgaacga
aggcccgcaccgccctggaccaggcgcatccagctgactgaggaagtgagcgatgaggaa
gctgacgacgatgacgacgactcagatggctcaccacccatcttgacaaaagcccatgca
atgcttgcagccaagagaaagagaaccctggttctgaagaagagagggcgtaaaagaaag
cggataaacagcagcgtaacgacagaaaccatctcagagacgacagaggtgctgaacgag
ccattcgacaactcggaggatgagcgtcccatgccccttctggagcgcacttttagagtc
ggtgagatggatgaagaagatgaggaggaggcacacaaggacaagacaccagctgcaccg
ataaaacgacgaagaggtcgcccaaggctggagaaaaatgtgcaaaaagacaatctcgaa
cactggaatgaaggagctgatcttctctctaagagacccagcaaaccccgtccagtgaaa
cggaagaaaggctggcccaaaggagtgaaacgtggacctcctaaatggaagctaaagaac
gaaagaaagatgggctttaagctgaacctctacacaccccctgaaactccaatggaggca
gagcagcaccacattcatactgaggaagcaaaggatgggccgcaccaggatggcgtccat
gtcgatgagggcagcaaggcaggcagaggctcggcaagtcccaatataatgctggacagg
ttcccctctgagcccccaagtcctgctgaccatggctcccacaagtcgagctctccagaa
gcatcaccggtagcttctctggtgtgctccccagctgcctctcctggcgcagtgtcccca
aggcaagttgatgcagctgattcaccagaaccacctgaagatgaccagcaggaggtccaa
catgagcagaaatccccagccaaagatgtagtgcacagcacagagggtgctgtatcgcta
gagaatgagaatgaggaaaatgaggagggcgagcaaagagcccaaatagaggatcaggat
gcagatgatgaagatgaccgccacagcaagacagcagggccagagaataatacagaagac
ctggaagagagttcaaaagacttacccaaatgcatgccaacttttttagatgcaaaagaa
gacaatgactctgagttgagtcagcaggtttctacagtactctgtagtgaagcggaacca
gctactgctacagaaagcatccaggatagtgcgccggcagaaccatcagaagcaacaccg
gcacctgaagcagcagcagtcacttcaaaagcagctgtagactctgataatcctgcagac
tctgagtcagaggaagagagtttgcatagtccttgtccagaacaccacctgcctcttccg
cctgcagagaggccaatactcaatcccatgctgagggaggatcccccagtctgcacagag
attgactcagagacagcccaagctgttcagtccctgacgcaggagaccgagcgggagaat
gttttccaggactgcgtggagagccaggagccctgcaggaacctgcaaacgtatgcccat
gtgagccagagcccccagatcacctcgctggacgactgtcctcagtcagatcacagcagc
cccctttcctctgcgcactcccatcccagccaatcagtacgctcagttaacagcccagct
gtctccatcctggacagtggctacacgcagatcagccctgaccacagtgccatctcagtg
ccgtcgctccataatatggagacaagtcccatgatggatgtaccgtcggtgtcggatcac
tcgcagcaggtggtggacagtggcttcagcgatctgggcagcattgagagtacgacagag
aactacgagaaccccagcagctacgactccaccatgggccagaacagctgctcatacggc
agcatcccccctagcggcnctgcccagagcagctgcgccgtgagccaacaatggctgccg
ttannacccggcagctgcgggatgatccagcagaacagcctgagctcaccgccgcactgc
aacgtcaagtcaccgcagggctgcgtcgtggttgagaggcctccgagcaacagccagcac
aaccagcacagtcaacacagccagcgcagccaacacaatcaacacacctcccacagcagg
cacggcccacacaatcagcacacccaacacaatcagcacggtccacacaatcagcttacc
cagcacactcaacacaatccccacaaccagcatagccaccaccacaatcatcacctgcag
cacaatcagctcagccagcacaatccgcatgctcagcatagccttcacaatcagcacggt
cagcacagccagcagcagtctatgactcagtgcgccatacccaccaatttcgccaccacc
atgcagctggcagacatccctgaatctggcaacccaaactttaccctctatgagaggatc
aaccaccagggggagtatggcagcgggcactattctcagtcctctggccttagtctcgcc
aaattgcaacaatttaccaacacattcatagagcaccctcactcgctgcctttcaaccac
tcggcctcacaccccatcacatcatacgccaacaccccctcattatcatcacagcactct
agcctggtatccttgtcccagacgccacatcgagtccccaacccacaggtgcaggccacc
gtgaccccgtccccgaatctcagctcaccgccacccatgatgctacagcgcaacatgggc
atcccgcactcgcagcggatccagcctcagatggcctccaaaaatcacatctctgcacgc
tccaagtcggcctcgctgtcgcaccaccagcagcagatgtacccccggccgccacaggct
gtcgccatgcaggcgccatccaggacgctgaccgccatgccacgcatgaacatgagcatg
aacatcatgccggcaccagcctacaacgtcaactccatgaacatgccctccctcaacgcc
atgaacggctacagcatgagccagcccatgatgaacagtggctaccatggcaaccatgcc
tatatgaaccagtcaccccagtactctatgcagatgggcatgatgggaacacagccatac
ccccagcagcccatgcaggctccaccacatggcaacatggtgtacactccagctgggcac
catggctacatggacacaggcatatccaagcagtccctgaaagggcctttcatcaggcgg
taa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (136)   
   KEGG ORTHOLOGY (1)   
   RefGene (132)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (8)   
   Pfam (8)   
All databases (158)   

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