KEGG   Mus caroli (Ryukyu mouse): 110309145
Entry
110309145         CDS       T05910                                 
Symbol
Kat6b
Name
(RefSeq) LOW QUALITY PROTEIN: histone acetyltransferase KAT6B
  KO
K11306  histone acetyltransferase MYST4 [EC:2.3.1.48]
Organism
mcal  Mus caroli (Ryukyu mouse)
Brite
KEGG Orthology (KO) [BR:mcal00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:mcal03000]
    110309145 (Kat6b)
   03036 Chromosome and associated proteins [BR:mcal03036]
    110309145 (Kat6b)
Enzymes [BR:mcal01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     110309145 (Kat6b)
Transcription factors [BR:mcal03000]
 Eukaryotic type
  Zinc finger
   Cys2HisCys zinc factors
    110309145 (Kat6b)
Chromosome and associated proteins [BR:mcal03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    110309145 (Kat6b)
   HAT complexes
    MOZ/MORF complex
     110309145 (Kat6b)
SSDB
Motif
Pfam: MOZ_SAS SAMD1_WH zf-MYST PHD Linker_histone PHD_4 Acetyltransf_7 PHD_2
Other DBs
NCBI-GeneID: 110309145
NCBI-ProteinID: XP_029325064
UniProt: A0A6P7QDW8
Position
14:14269035..14441321
AA seq 2051 aa
MVKLANPLYTEWILEAVQKIKKQKQRPSEERICHAVSTSHGLDKKTVSEQLELSVQDGSV
LKVTNKGLASYKDPDNPGRFSSVKPGTFPKPTKGSKGPPCNDLRNVDWNKLLKRAIEGLE
EPNGSSLKNIEKYLRSQSDLTGTTNHPAFQQRLRLGAKRAVNNGRLLKEGPQYRVNSGSS
DGKGAPQYPSAFPSSLPPVSLLPHEKDQPRADPIPICSFCLGTKESNREKKPEELLSCAD
CGSSGHPSCLKFCPELTANVKALRWQCIECKTCSACRVQGKNADNMLFCDSCDRGFHMEC
CDPPLSRMPKGMWICQVCRPKKKGRKLLHEKAAQIKRRYAKPIGRPKNKLKQRLLSVTSD
EVSMSAFTGRGSPGRGQKTKVCTTPSSGHAASGKDSSSRLAVTDPTRPGATTKTTTSSTY
ISASTLKVNKKTKGLIDGLTKFFTPSPDGRRSRGEIIDFSKHYRPRKKVSQKQSCTSHVL
ATGTTQKLKPAPSALPPPTPISGQSPSSQKSSSSTSSTSTQSSSSQSSEPSFSSLTNNSQ
LKALFDGLSHIYTTQGQSRKKGHPSYAPPKRMRRKTEFSSTAKAKARFFGKRDFRSRFLS
RSSCSWGMTRGHIFKAIAHFKRTTFLKKHRMLGRLKYKVTPQMGTPSPGKGSLADGRINP
DQDNDTDIKISIKQESADVSLVGNKELVTEEDLDVFKQAQELSWEKIECESGVEDCGHYP
SVIEFGKYEIQTWYSSPYPQEYARLPKLYLCEFCLKYMKSKNILLRHSKKCGWFHPPANE
IYRRKDLSVFEVDGNMSKIYCQNLCLLAKLFLDHKTLYYDVEPFLFYVLTKNDEKGCHXV
GYFSKEKLCQQKYNVSCIMIMPQHQRQGFGRFLIDFSYLLSRREGQAGSPEKPLSDLGRL
SYLAYWKSVILEYLYHHHERHISIKAISRATGMCPHDIATTLQHLHMIDRRDGRFVIIRR
EKLILXHMEKLKNCTRPNELDPESLRWTPILISNAVVSEEEREAEKEAERLMEQASCWEK
EEQEILSSRVSSRQSSAKVQSKNKYLHSPERRPVAGERGQLLELSKESSEEEEEEEDDEE
EEEEEEEEESIQTSPPRLTKPQSVSIKRKRPFVVKKKRGRKRRRINSSVTTETISETTEV
LNEPFDNSDEERPMPQLEPPCEIPVEEGGRKPVLRKAFQHQPGRKRQTEEEEGEDNHFVK
SAALCRKDVDDDAEHLKEGSKDNPEPLKCRQVWPKGAKRGLSKWKQSKERKTGFKLNLYT
PPETPMEPEDQVTIEEQKELSEDKGSPMGMEREVTETVDALLPQEGNRREETGIPVSPHK
SPGEKVDEEDLIRGEEEGEEEGEREEQEEEEEEEVTAEKDQDGAKSNENTEPEISMEKED
PVHLDDHEEDEDEEEEPSHNEDHDADDEDDGHMEAANMERGDLPRETFKDTLEGQEAFLD
LSIQPSHSNPEVLMNCGVDLAVSCNSEPKELAGDTGTAPESDAEPPEEQTQKQDQKNSDG
MDADLKEGGPAAVEIDSETAQAVQSLTQENREHDDTFPDCAETQEACRSLQNYTHTDQSP
QIATTLDECQQSDHSSPVSSVHSHPGQSVRSVNSPSVPXLENSFIQISPDQTAITVPPLQ
NMETSPMMDVPSVSDHSQQVIDSRFSDLGSIESTTENYENPSSYDSTMGGSICGNSSSQN
SCSYSSLTSSNLTQNSCAVTQQMSNISGSCSMLQQTSISSPPTCSVKSPQGCVVERPPSS
SQQLAQCSMAANFTPPMXLADIPETSNANIGLYERMGQSDFGAGHYPQPSATFSLAKLQQ
LTNTLIDHSLPYSHSAAVTSYANSASLSTPLSNTGLVQLSQSPHSVPGGPQAQATMTPPP
NLTPPPMNLPPSLLQQNKAASNIGISHSQRLQTQIASKGHVSMRTKAASLSPAAATHQSQ
IDGRSQTVAMQGPARTLTMQRGMNMSVNLMPAPAYNVNSVNMNMNTLNAMNGYSMSQPMM
NSGYHSNHGYMNQTPQYPMQMQMGMMGSQPYAQQPMQTPPHANMMYTAPGHHGYMNTGMS
KQSLNGSYMRR
NT seq 6156 nt   +upstreamnt  +downstreamnt
atggtaaaacttgcaaacccactttacacagagtggattcttgaagcggtgcagaaaatc
aagaagcagaagcagcggccctcagaagagagaatctgccatgcagtcagcacatcccat
gggttggataagaaaacagtctcggaacagctggaacttagtgttcaggatggctccgtt
ctcaaagtcaccaacaaaggccttgcttcatataaggacccagacaatcctgggcgtttt
tcatcggttaaaccgggcactttccccaagccaaccaaggggtccaaaggaccgccgtgt
aatgatctacgcaatgtggattggaataaacttttaaagagagccatcgaaggccttgag
gagccaaatggctcctccttgaagaacatcgagaagtatctgagaagccagagtgatctt
acaggcaccaccaaccatccagcctttcagcagaggttgcggctaggggccaagcgtgct
gtgaacaatgggaggttactgaaagaaggaccacagtacagggtcaatagtgggagctca
gatggcaaaggtgcgccccagtaccccagtgcttttccgtcctcactcccgcccgtcagc
cttctaccccatgagaaagaccagccccgtgccgatcccattccaatatgtagcttctgt
ttggggacgaaagagtcaaatcgtgaaaagaaaccagaagagctcctgtcttgtgcagac
tgtggcagtagtggacacccatcctgtctgaagttttgtcctgagttaaccgcaaatgtg
aaggccttgaggtggcagtgcatcgagtgcaagacgtgcagcgcatgtcgagtccagggc
aaaaatgcagataatatgcttttttgtgattcctgtgatagaggattccatatggagtgc
tgtgacccaccactttccagaatgccaaaagggatgtggatttgccaagtctgcagacca
aagaaaaagggaagaaaactacttcatgagaaagctgcacaaataaaacggcgatatgca
aaacccattggacgaccgaaaaataaattaaagcaacgattgttgtctgtaaccagtgat
gaagtatccatgagtgcattcacaggaagggggtcacctggtaggggtcaaaagactaaa
gtctgtaccacaccttcatctggtcatgctgcgtctgggaaggactcaagcagcagattg
gctgttacagaccccacccggcctggtgccaccaccaaaaccaccacctcctccacctac
atttctgcctctacacttaaagttaacaagaaaaccaaagggctcattgatggccttact
aagttttttacaccatcacctgatggtcgcagatcccgaggtgaaataatagacttttca
aagcactatcgtccaaggaaaaaggtctctcagaaacagtcatgcacttctcatgtgttg
gctacaggtaccacacaaaagctaaaacctgcaccttctgcacttccgccccctaccccc
atctctggtcagagccccagttcacaaaagtccagctcttccacctcttctacctctacc
cagagctcttccagccagtccagtgagccctcctttagcagtcttactaacaacagccag
ctgaaggctctctttgatggactttctcatatctataccactcagggacagtctcgaaaa
aagggacacccaagctatgcaccacccaaacgcatgcgtcgtaaaactgaattctcttcc
acggcaaaggctaaagcccgtttctttggaaaacgagattttaggagcaggtttctctct
cgctcctcctgtagctgggggatgactagaggacatatttttaaagccattgctcacttc
aagcgaacaacttttcttaaaaagcacaggatgctaggcagattaaaatataaagtgacc
cctcagatggggaccccgtcaccagggaaggggagcttggcagacggaaggattaaccct
gatcaggataatgatactgatattaaaataagcatcaaacaagaaagtgcagatgtaagt
ctggtgggaaacaaggagctcgtgactgaggaggacctggacgtttttaagcaggcccag
gaactgtcgtgggagaaaatagagtgtgaaagtggagtggaagactgtggtcactacccc
tcagtaatagagttcgggaaatacgagatccaaacctggtactcctcgccttacccacag
gaatatgcaagattaccaaagctttacctgtgtgaattctgtcttaaatatatgaagagt
aaaaatattttgctaagacactcaaagaagtgtggatggtttcatcctccagcaaatgag
atttaccgaaggaaagacctttcagtattcgaggttgatgggaatatgagtaaaatttat
tgccaaaacctttgcttgttagccaagctcttcctggaccacaaaacattgtattatgat
gttgagccattccttttttatgtccttacaaaaaatgatgaaaaaggctgtcatntggtt
ggatacttctccaaggaaaagctctgccagcagaagtataatgtgtcctgcataatgatc
atgccccagcaccaaaggcaaggatttggacgctttctcattgatttcagctatttgctt
tctcgaagagaaggccaagcagggtctcccgaaaagccactctctgacctgggccggctc
tcctacctggcctactggaaaagtgtcatcttggaatacctctaccaccaccacgagagg
cacatcagcatcaaggccattagcagagccacaggcatgtgcccacatgacatcgccacc
actctgcagcacctccacatgattgacaggagagatggcaggtttgtcatcattagaagg
gaaaagttgatattgngccacatggaaaagctgaagaactgtacccgacccaatgaactt
gatccggagagtctaagatggaccccaattttaatttctaatgctgtggtttctgaggaa
gagcgagaagctgagaaggaggctgaacgactaatggaacaagccagctgctgggagaag
gaagagcaagagatcctgtcgtccagagttagcagtaggcaatcgtctgcaaaagtacaa
tcaaagaataaatacctgcactccccagagaggcggccagtggccggggagcgaggacag
ttgttagagctgtccaaagagagcagtgaggaagaggaggaggaggaagatgacgaggaa
gaggaggaagaggaggaagaggaggagagcattcagacatctccccctcggttgactaag
ccacagtcagtttccattaaaagaaagaggccttttgtagtaaagaagaaaaggggtcgt
aaacgcaggaggatcaacagcagtgtaaccaccgagaccatttccgagacgacagaagtg
ctgaatgagccctttgacaactcggatgaggagagaccaatgccgcagctggagcctccc
tgtgagatcccagtggaggagggcggcaggaagccagttctgagaaaagcattccaacat
cagccagggaggaaaaggcagacggaggaagaggaaggggaagacaatcatttcgtcaag
agcgctgccctctgtagaaaagatgtagatgatgatgcagaacacttgaaagaaggcagc
aaagacaatcctgagcctctaaagtgcagacaagtgtggccaaaaggagcaaagcgaggg
ctctccaagtggaagcaaagcaaggagaggaagacggggttcaagctgaatctgtacacc
ccaccagagacacccatggagccagaggaccaggtgacgatcgaagagcagaaggagctt
tcagaggacaagggcagccccatggggatggaacgggaggtgacagagaccgtggatgcc
ttgctgcctcaggaggggaacagaagggaagagacaggcatacccgtgagtccacataaa
tcaccaggtgaaaaggtagatgaggaggacctcatcagaggtgaggaggagggagaggag
gagggagaacgagaagaacaggaagaggaagaggaagaagaagtaactgcagaaaaagac
caagatggtgctaaaagtaatgaaaacacagaacctgagatctccatggaaaaggaagac
cctgtgcatttggatgaccatgaagaggatgaggatgaggaagaagagccatctcacaat
gaagaccatgatgcagatgatgaagatgatggccacatggaggctgccaacatggagagg
ggagacctcccaagagaaaccttcaaagacacactagagggccaggaggcttttttagac
ctgagcattcagccaagtcactcgaaccctgaagtcttgatgaactgcggtgttgatctc
gcagtgtcgtgtaacagtgagccaaaggagcttgctggggacactggaactgcacctgag
tctgacgcggagcccccagaagaacagacacagaagcaggaccaaaagaacagtgatggt
atggatgctgatctcaaagagggaggcccagccgctgtggaaattgactccgagactgcc
caggctgttcagtctttgacccaagaaaacagggaacacgatgacacctttccagattgt
gctgagactcaagaggcctgtagaagcctgcagaactatacacacacagaccaaagtcct
caaattgccaccacgctggacgagtgccaacagtcagaccacagtagcccagtttcatct
gtccattcccatcctggccagtcagttcgttctgtcaatagccccagtgtccctnngcta
gagaatagctttatccaaattagccctgatcagactgccatcacagtgccacctctgcag
aacatggagaccagtccaatgatggacgtcccgtcagtgtcagatcactcacagcaggtc
attgacagcaggttcagtgacctgggcagtattgagagcacaacagagaactatgagaac
ccaagcagctatgactcaaccatgggaggcagcatctgtggaaatagctcttcccagaat
agttgctcctatagcagtctcacctctagcaatctgacacagaacagctgtgctgtcacc
cagcagatgtccaacatcagtgggagctgcagcatgctgcagcagaccagcatcagctcc
cctccaacctgcagcgtcaagtctccccaaggctgtgtggtggagaggcctcccagtagc
agccagcagctagctcagtgcagcatggccgccaatttcaccccacccatgnagctggct
gacatccccgagaccagcaatgccaacattggcttatatgagcgaatgggtcaaagtgat
tttggggctgggcactacccacagccatctgccaccttcagccttgccaaactgcagcag
ttaactaatacacttattgatcattcattgccttacagccattccgctgctgtgacctcc
tatgcaaacagtgcctctttgtccacaccattaagtaacacagggcttgttcagctttca
cagtctccacactccgtccctggagggccccaagcacaagctactatgaccccaccccct
aacctgactcctcctcccatgaatctgccaccatctctcctgcagcagaacaaggcagca
tcgaatattggcatctcccacagccaaagactgcaaactcagattgccagcaagggccac
gtctccatgagaaccaaggcggcatctctgtcaccagctgccgccacccatcagtcacaa
atcgatgggcgttcccaaactgtagccatgcagggtcctgcacggactttaacgatgcaa
agaggcatgaacatgagtgtgaacttgatgccagcgccagcctacaatgtcaactcggtg
aacatgaacatgaacactctgaatgccatgaatgggtatagcatgtcccagccgatgatg
aacagtggttaccacagcaaccacggctacatgaatcaaaccccccagtaccctatgcag
atgcagatgggcatgatgggaagccagccatacgcccagcagccaatgcagaccccaccc
cacgctaacatgatgtacacggcccccggacaccacggctacatgaacacgggcatgtcc
aaacagtctctcaatgggtcctacatgagaaggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (20)   

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