KEGG   Musa acuminata (wild Malaysian banana): 103983978
Entry
103983978         CDS       T03447                                 
Name
(RefSeq) probable histone acetyltransferase HAC-like 1 isoform X1
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
mus  Musa acuminata (wild Malaysian banana)
Pathway
mus03083  Polycomb repressive complex
mus03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:mus00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    103983978
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    103983978
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:mus03000]
    103983978
   03036 Chromosome and associated proteins [BR:mus03036]
    103983978
   03029 Mitochondrial biogenesis [BR:mus03029]
    103983978
Enzymes [BR:mus01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     103983978
Transcription factors [BR:mus03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    103983978
Chromosome and associated proteins [BR:mus03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    103983978
Mitochondrial biogenesis [BR:mus03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    103983978
SSDB
Motif
Pfam: HAT_KAT11 zf-TAZ ZZ PHD VRP3 KIX_2
Other DBs
NCBI-GeneID: 103983978
NCBI-ProteinID: XP_009399627
UniProt: A0A804J100
Position
5:complement(3739180..3765676)
AA seq 1711 aa
MNANTHISGQMSSQASTQMSGLPQQISNSVTSQMQNLDPRTMDPELIQVRRTMRQKIYNI
LQRRNHSGSSDWLHKIQEIVMRLEQRMFRDGVTRDEYLNLVSEPDENRFFSVIKNIISNR
QHTSHQIRSSSTLGTMIPTPGIPHSGSTHSIISHLVENPTASGSSMGCLAATNMRSLQPT
ANGQADVNASFNAADVCNGYQQQATNFSLGSGGSIMMPSISSASIPGQSSQMIPTPGFIN
PHSVSVNTESSNATAFSSCESTIPSQTQQPKKFVGNQNSHVAHSFRGQIDAGFRSNIQQK
AASHGLSNGIMNGGLGSIGSNMQLNRLAVSEGLLKTVPCSGLSKPTQQANQPRMPMSSSE
QVLPVGGGGYAMKAVDVSGSDIFCGPSASVLSAMNNLNAGNSHSNLRTNSSLQYAQIRSH
TIDSSLASQLTNEHLPQSQPPVQQSQQQPNQPYSQFIQNQCPLQHQQQHQQNQLMLKHDS
LRQTSVNSFDEQLMAGPALVTQSESQASQRIQLPELQSQCHEGQAKIAQFLNHLSGSQAL
HVPVSQGSHQVMHPNQLANEFANEVNYLFSGSQGEEHLRVQHQIQPLQKAQMTDKLSNEE
QPLELCQKTIGQDEVQQSHVSLERCITGSFAIAPQFSRGLTCGPEQPINKQNYVRQIRWL
LFLHHARWCPAPKGQCQEINCTIVQELVIHMRSCNSEPCGYARCSASKGLLRHFRNCRAV
DCPVCVSVRNYMAASRKSAHALSNAGSGSQTEANTSKSKTDIVLVETSNKQSVPKRMKIE
HLPLLVPKNETSPVSLISRDQPYDSHEAQLQNCKQTDMNMSAKCETVDAKDDQCVISGQE
NLPIVGTGFSGNVNTKIDMDYGASDCIDCHVKQENMKQENMMAKEEMDQVRIEIKHGKSD
QPTDQATGSKSGKPKIKGVSLMELFTPEQIREHIVSLRQWVGQSKAKAEKNQAREHSMSE
NSCQLCAVEKLTFDPPPIYCSICGARIKRNATYYTLGSGETRHYFCVPCYNEARGETIEV
EGSTFQKTKLEKKKNDEETEEWWVQCDKCEVWQHQICALFNGRRNEGGQAEYTCPNCCVK
EIDRGEWKPLPQSAVLGAKDMPRTILSDHIEQRLFKRLKLERMERARQLGKNLEEVPGAE
GLVVRVVSSVDKKLEVKQRFLEIFQEENYPKEFPYKSKAVLLFQKIEGVEVCLFGMYVQE
FGSECSFPNQRRVYLSYLDSVKYFRPDTRSVTGEALRTFVYHEILIGYLEYCKKRGFTSC
YIWACPPLKGEDYILYCHPEIQKTPKSDKLREWYLSMIRKAAKENIVVEVTNFYDHFFVN
TGECKAKITAARLPYFDGDYWPGAAEDMINQLRLEEDDRKQQKKGKTKKTITKRALKAAG
HADLSGNASKDALLMHKLGETICPMKEDFIMVHLQYACTHCCILMVSGTRWVCNQCKNFQ
ICDKCHEAEQRLEERERHPVTGREKHVLCAIEINDVVLDTKDEDEILESEFFDTRQAFLS
LCQGNHYQYDTLRRAKHSSMMVLYHLHNPTAPAFVTTCNICQHDIETGQGWRCESCPDFD
VCNACYQKEGGIDHPHKLTNHPSLADRDAQNKEARQKRVLQLRKMLDLLVHASQCRYPHC
QYPNCRKVKGLFRHGIQCRIRASGGCVLCKKMWYLLQIHARACKESECNVPRCRDLREHL
RRLQQQSESRRRAAVMEMMRQRAAEVAGSSG
NT seq 5136 nt   +upstreamnt  +downstreamnt
atgaatgcaaatactcatatatctggacagatgtcttctcaagctagcacgcaaatgtct
ggtctgccccagcagatcagcaattcagtgacgtcccagatgcagaatcttgatcctcga
actatggatcctgaacttattcaagtccggagaactatgcgccagaagatttacaatata
cttcaaagaagaaatcatagtggttccagtgactggctgcataagatacaggaaatagta
atgcgtttggagcaacgaatgttcagagatggtgtgacaagggatgaatatttgaatttg
gtctcggagccagatgaaaatcgctttttctcagtaataaagaatatcattagcaacaga
caacacacatcacatcaaattagatcttcttctacccttggaacaatgataccgacgcct
ggtataccacacagtggcagcactcattctataatatctcatttggtggaaaacccaacg
gccagtggttctagtatggggtgtctagccgcaacaaacatgcgaagtttacaaccaact
gccaatggtcaagctgatgtcaatgcttcatttaatgctgcagatgtttgcaatggttat
cagcagcaagctaccaatttttctcttggttcaggtggaagtattatgatgccctcaata
agttctgccagcataccaggacaatccagtcagatgattccaaccccaggattcattaat
ccacattcagtatcagtcaacactgaatcttctaatgcaactgctttttcaagctgtgag
tctaccataccttcacagacacagcaaccaaaaaagtttgttggaaaccagaacagccat
gtagcacatagtttcagaggacaaattgatgctggatttaggtccaatattcagcagaag
gctgcctcccatggattgtccaatggaatcatgaatggtggtttggggtcaattggaagt
aacatgcagctaaataggctggcagtgtcagaggggttactgaagacggtgccttgcagt
ggtctttctaagcctacacagcaggctaaccaaccaagaatgccaatgtcatcatctgag
caagtgttgcctgtgggagggggtggatatgcaatgaaggcagttgatgtatcaggttcg
gatatcttttgtggccctagtgcatctgttttatctgccatgaataacctcaatgctgga
aactcgcactcaaatttgagaacaaattcaagcctgcagtatgcacaaataaggtcccat
acaattgattcctcacttgcgtcacagttaacaaatgagcatttaccacaatctcaacca
ccagtgcagcaatcacaacaacaacctaatcagccttattcacagttcattcaaaatcaa
tgtccgttacagcatcagcaacaacatcagcagaaccaacttatgttaaaacatgattca
ttgagacagacttcagtaaattcttttgatgagcagctaatggcagggcctgcgcttgta
acccaatccgagtcacaagcttcacagcggatccaacttccagaattacaatctcagtgt
catgaaggtcaagctaaaatcgctcaatttctcaaccatttatctggttctcaagctctt
catgtcccagtttcacagggttcacatcaggtgatgcatccaaatcaactggctaatgag
tttgcaaatgaggtcaactacctcttcagtggatcacaaggggaggaacaccttcgggtt
cagcaccaaattcaaccactccaaaaagcacaaatgacagataagctttcaaatgaagaa
caacctctggaactttgtcagaaaacaatagggcaagatgaagttcaacaatctcacgtc
tcccttgagagatgtatcactggttcttttgctattgcaccacagttttctagaggactg
acttgtggacctgagcaacctataaataaacaaaactatgtgaggcaaattaggtggttg
ttgtttctgcaccatgctcgttggtgtcctgcaccaaagggtcaatgtcaagaaattaat
tgcacaatagttcaagagttggtaattcatatgcgcagctgcaatagtgagccttgtgga
tatgcacgatgttcagcttctaaggggcttcttcgccatttccgtaattgccgagcagtt
gattgccctgtctgtgtttctgttcgtaattatatggcagcatctcgtaaaagtgctcat
gctttgtctaatgctggttcagggagccagacagaggcgaacactagtaaatccaagact
gacatagtgcttgttgaaacctcaaataaacaatctgtgcctaagcgcatgaagattgaa
catttacctcttcttgttcccaaaaacgaaacatctccagtctcacttatttctagagac
cagccctatgactcccatgaagcacaacttcagaactgtaaacaaactgacatgaacatg
tctgctaaatgtgagacagttgatgcaaaggatgatcaatgtgtcatctctggacaagaa
aacttgccaattgttggcacgggcttcagtggaaatgtaaatacaaaaattgatatggat
tatggtgcctctgactgcattgattgtcatgtcaagcaagaaaatatgaagcaagaaaat
atgatggctaaagaagagatggatcaggtaagaattgagattaaacacggaaaaagtgac
cagccaactgatcaagcaactggaagtaaatcagggaaaccaaaaattaaaggtgtttca
ttaatggagctgttcactccggagcaaatcagggagcatattgttagtttgaggcaatgg
gttggtcagagtaaggccaaagctgaaaagaatcaagcaagggaacattcaatgagtgag
aactcatgccagctttgtgcagtagaaaaacttaccttcgatccacccccaatatattgt
tccatatgtggtgcaaggataaagcggaatgctacatactatacacttggaagtggtgag
acccgacactacttctgtgttccatgctataatgaggctcgtggtgagactatagaagtt
gaaggttctacatttcagaagacaaagcttgaaaagaagaaaaatgatgaggaaacagaa
gaatggtgggtgcaatgtgataaatgtgaagtttggcaacatcaaatatgcgctctcttt
aatggtcgaagaaatgagggtgggcaggctgaatacacttgccctaattgctgtgtaaaa
gagatagacagaggtgagtggaagcccttacctcaaagtgctgttttaggtgcaaaagat
atgccaagaacaatcctcagtgatcacatagaacagaggctctttaagcggctcaagcta
gagagaatggagagagctcgacagcttggcaaaaacttagaggaggtgccaggggcagaa
ggacttgtagtcagagttgtatcatctgttgacaaaaagctggaagtgaagcagcgtttt
ttagagatatttcaggaggaaaattacccaaaggaatttccatataaatccaaggctgta
ctgttatttcagaagattgaaggtgtagaagtatgcctctttggaatgtacgttcaagaa
tttggttcagaatgttcttttcctaaccagcggagagtatatctttcatatctggactct
gtcaaatacttcaggcctgatacgagatcagtcacgggagaagcattacgtacttttgtt
tatcacgaaatcttgataggatatcttgagtattgcaagaaacgtgggttcactagctgt
tatatatgggcttgtccccctcttaagggtgaagactatatcctttattgccatcctgag
attcagaaaaccccaaagtctgacaaacttcgggaatggtacctatctatgattcggaaa
gctgccaaggaaaatatagttgttgaggtcactaatttctacgatcatttctttgtgaat
actggggaatgcaaggctaagataactgcagcacgtctgccgtattttgacggagactac
tggcctggtgcagcagaggatatgatcaaccaacttcgtcttgaagaagatgatcgaaag
caacaaaagaaagggaaaaccaaaaaaactattacaaaaagggctctaaaagctgctggt
catgctgatctttctgggaacgcctccaaggatgctttgctgatgcataaacttggtgaa
accatatgtccgatgaaggaagattttatcatggtccatttgcagtatgcttgcacacat
tgctgtatactaatggtatctgggacacgatgggtttgcaaccaatgtaaaaatttccaa
atttgtgataagtgccatgaagcagaacagagactcgaggaaagggagagacatccagtt
actggtagagagaagcatgtcctttgtgcaattgaaataaatgatgtggtcctggataca
aaggatgaggatgagatcctagaaagtgagttttttgataccaggcaagcatttttgagc
ctttgtcaaggaaaccattatcagtatgacactctgcgccgtgccaagcattcctctatg
atggtcttatatcaccttcataatccaactgcacctgcctttgtaacaacatgtaacatc
tgccaacatgacattgaaaccggacaaggctggcgttgcgaaagttgtccagattttgat
gtatgcaatgcttgttatcagaaagaaggtggtattgatcatccacataagttaacaaat
catccatcactggctgatcgtgatgcacaaaacaaagaagctcgacaaaaacgagtttta
cagcttaggaagatgctagatcttttagtccatgcctcacagtgccgatatccccattgc
cagtatcccaactgccgtaaagttaagggtcttttccgtcatggtatacaatgcagaata
cgtgcttcaggaggttgtgttttatgtaagaagatgtggtatcttcttcaaatccatgcc
cgagcttgtaaagaatcagaatgcaatgtaccacgctgcagagatctgagagaacacttg
agaaggttgcagcagcagtctgaatccagacgaagagctgcggtaatggagatgatgagg
caacgagctgccgaagttgctggaagctctggataa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (6)   
   Pfam (6)   
All databases (108)   

Download RDF
DBGET integrated database retrieval system