KEGG   Octopus bimaculoides (California two-spot octopus): 106878888
Entry
106878888         CDS       T04127                                 
Name
(RefSeq) bromodomain adjacent to zinc finger domain protein 1A
  KO
K11655  bromodomain adjacent to zinc finger domain protein 1A
Organism
obi  Octopus bimaculoides (California two-spot octopus)
Pathway
obi03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:obi00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    106878888
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:obi03036]
    106878888
Chromosome and associated proteins [BR:obi03036]
 Eukaryotic type
  Chromatin remodeling factors
   CHRAC complex
    106878888
SSDB
Motif
Pfam: WAC_Acf1_DNA_bd Bromodomain PHD WSD DDT zf-HC5HC2H WHIM1 zf-HC5HC2H_2 PHD_2 MC5 Prok-RING_1
Other DBs
NCBI-GeneID: 106878888
NCBI-ProteinID: XP_014783719
EnsemblRapid: LOC106878888
UniProt: A0A0L8G614
Position
25:complement(7256925..7317091)
AA seq 1605 aa
MPLLRRQPFLKQKPPPDLDPDEEVFHCKLTNEIFRDYEEFFERIILCNSLLWSCEITGKW
GLTYQEAVETEERARRHLATFPDYLQRPILYLANLTHRSRLAGMNDDVFVFAKDRYFIGE
IVDVVHEGIRKPYKIVCIIPPTEEQIQKHAINGDVEDGTEDGIGNEKSQNQGLDPTLYTY
VVKDTMSDETLTVKTVQISRKKGLYTRDKSKLFLKQNCYVVDGVWTVKDSIIKSLKLTEL
RFESFFAGPKPLFAVSQAKRKKNSYLNPNLNVMSQSPSDNSMNDYTMRGNDAKKNNNLAD
KNKQLKAIEDEKMAFMRMSPEEREAFKERVKQEKIAERNARREEIKRRLDEEKEKRRLER
ERERDKKREEKRIQAEYLKEWSRPRDDLECEDLKSLPELLPVQTRLPQELFGDALMVLEF
IHTFQSLFDLNEYFPSGMTLEVLEEALLDNDVNGPLTDLLLMLLVAIFYLQESEEEEEDP
DLSKGKTNIPDFSEEMCYSDRSTMANLLKNSAIMAQYPMLTHGTPLRNLQLDSFTLTEIL
RLHLISSAAKANANNVKFRYQQRGGYTAMDDAGIHLCKELPELMKSLSEDNIFDMPPESK
LKTLSTLVHQFLTYAASRDLVEDNFERLRQLKMDLKQLQWSELRREREEATARYKRSVEE
RLRERKQLEMKIANEALRQAGVEVNNGITEEKEKPDKKTSRSRLVQIDKFNKLEDLEKIN
EQELTPEEKDAYWQKREQLDAKKKSENLEKEKDFLNSIAKLQQGNAVYPLGRDRMYRRYW
TFSSLPGLFVEDNDETVPSELLPNSKNDDDDDDDVDDEKDKEEDGGVEKEGDEEKEGGGE
KGGDGEKGGDGEKGGDGEKEVDGEKKGNGEKEGDSKEGGNKATEEGTTKHESETPSPETT
KTEPMETDKQEAPSEKKGSNGVIDLTDMTDDSMDKSEEDDDEEYDDDDDEDEDERPAYLD
SEFVQKIINRERVHWTYIKSPEQFNQLMDSLNSRGFREGLLKQILLENSDRIQESIGNCP
FEDPEDVEQRMKKDKSKNGSKDSEETSSAKEILELNLRDLLLDLEERIYVGGLGSVKVKD
RLQWRAKVEGNLKSEKPAPDQESGGESGDGNIDNVVKSLAKALLQIAHGVESRYMREPFG
DSEELRKSRLKLESIKEQKNKKKDKDEKADKSEDSDENEEKVEVTPKSKSKKSVFERWEE
SLCNCTSFPQIFLHLSSLEKSIIWSKSALHARCRICRRKGDGEHMLLCDGCDRGHHMYCL
KPPVKTVPDGDWFCPNCKPKEARPSPRKGQRHMYVVDSEESEEDDEEEGDSNEEEEEEEE
NEDSENQDSSSDSAEQYQARKKESRTDNACVVCGRRGALVICDKCPNVYHLSCANPPLKK
VPRTKWLCGSCSGLDKKSKRNSSGRGSSHSVSKKDSPRNSPLNARSRKRARSESDEDVAP
KRSRHAAKGKTSSLAETEESDIKHYVSSYRGNSKEYQLKACEDLINDLMKHEDSWPFLRP
VSKKMVPDYYDIIKHPMDFSTIRNRIHKYQYTEPIALLKDTRLIFSNCKEYNKKSAPEFK
AGASLSTYFEKQVKDLQLEDSEHASPSSSSQTDSGKSNTKKKSRN
NT seq 4818 nt   +upstreamnt  +downstreamnt
atgccgctgttgagaaggcagccttttctgaaacaaaagccaccgccagatcttgatccc
gatgaggaagttttccattgtaaattaacaaacgaaatatttcgtgattacgaggagttt
tttgagcgaataatattgtgcaacagtcttctttggtcgtgtgaaataacaggaaaatgg
ggattaacctaccaagaagcagtggaaacggaagagcgagcaagaagacacttagctaca
ttccctgattaccttcagcggccaattctctatttggcaaacctgacccatcgcagtcgg
ttagctggcatgaacgacgatgtgttcgtttttgcaaaagatcgttacttcattggagaa
atagttgatgtggttcacgaaggaatacgcaaaccgtacaaaatagtgtgtatcatacca
ccaacagaagaacaaatccagaaacatgccattaatggcgatgtagaagatggaacagaa
gatgggatagggaacgagaagagtcagaaccagggacttgatccaacattatacacatac
gttgttaaagacacgatgtcagacgaaacactcactgtgaaaactgtacagatcagtcgt
aaaaaaggactctataccagggacaaaagtaaattattcttaaaacagaattgttacgtc
gttgacggcgtatggacagtaaaggatagcataataaaatcattaaagttgacagagtta
cgctttgagagcttttttgctggccccaaacctttgtttgctgtgtcgcaagccaagagg
aagaagaactcctatttgaatccgaatttaaatgtcatgtcccagagtccttcagacaac
agtatgaacgactacacaatgcgaggcaacgacgctaagaagaacaataacttagcagat
aaaaacaaacaattgaaggcgattgaagatgaaaagatggcattcatgcgcatgagtcct
gaggaacgtgaagcttttaaggagagagtgaaacaggaaaagattgctgaacgtaacgca
cgtagggaggagataaagagacgacttgatgaggagaaagagaagagaagattagagaga
gaaagggaaagggataagaaaagagaagagaaacgtatccaggctgaatatttaaaagaa
tggagccgacctcgtgacgatttggaatgtgaagatctcaagtcgttaccagagctctta
cctgtacaaacaagactaccacaagaactgtttggtgatgcattgatggtgctagaattt
atccatacattccaaagtttgtttgatttaaatgaatatttcccttccggaatgacctta
gaggttttggaggaagctttactggataatgatgtgaatgggccactcaccgatctccta
cttatgttgctggttgccattttttatctgcaagagtctgaggaagaggaagaagaccct
gatttaagtaaaggaaagactaacatacctgatttcagtgaagaaatgtgttattcagat
cgttcaacaatggctaatttattaaagaattctgcaattatggcacagtaccctatgtta
acccatggaacccctttgaggaacttgcagttggacagttttactttgactgagattttg
cgcttacatttaatatcgtcagctgccaaagcgaatgcaaacaatgtcaaattccggtac
caacaaagaggtggttacacagcaatggatgatgctggtattcacctttgcaaagaactt
cctgaacttatgaaaagtctcagcgaagacaacatatttgatatgccaccagagagcaag
ttgaagactttgtcgacgcttgtgcaccagtttctcacctatgcagcttcccgggatttg
gttgaggacaactttgagagattacgacagttgaagatggatttaaaacagttacagtgg
tcagagttgaggagagaacgagaagaagctactgcaagatacaagcgtagtgtagaagaa
agacttcgtgaacggaagcaactcgaaatgaagatagcaaacgaagcactaagacaagcc
ggggttgaggtaaacaacggcattactgaggagaaagaaaaacctgataaaaagacgtca
cgcagtcgccttgtacaaatcgacaaattcaataagctcgaagacctcgagaaaatcaat
gaacaggaactaacacctgaagaaaaggatgcttactggcagaaacgggaacagctcgat
gccaagaaaaagagcgaaaacttggagaaggagaaagactttctaaattcaattgctaaa
ctccagcagggcaatgctgtataccctctcggtcgtgaccgcatgtaccggcgttactgg
accttcagctcattaccaggactgttcgtcgaggacaacgacgaaacggtcccatcagaa
ttgctgcccaattctaaaaatgacgacgacgatgatgatgatgtagatgatgagaaagat
aaggaggaagatggtggtgtggagaaggaaggtgacgaggagaaggaaggtggtggggag
aaaggaggtgatggagagaaagggggtgatggggagaaaggaggtgatggggagaaagag
gttgatggtgagaaaaagggtaacggagagaaggagggcgatagcaaagaaggaggaaac
aaggcaacagaagaggggacgactaagcatgagtctgagactcccagtcctgaaactact
aaaactgaaccgatggaaacagacaaacaggaagccccttcagagaaaaagggtagcaac
ggggtgatagatttgactgacatgactgatgacagcatggacaaatctgaggaggacgat
gacgaagagtatgatgacgatgacgacgaggacgaagatgaaagacccgcgtatttggac
agtgagtttgtacaaaaaattataaacagagaacgtgttcattggacgtacataaagtcg
cccgaacagttcaaccaacttatggattctttaaattctcgtggcttccgagagggactc
ctgaaacagatcctgctggaaaacagcgatcggattcaggaatcgattggcaattgtcct
tttgaagatccggaggatgtagagcagaggatgaaaaaagataaaagcaaaaatggcagt
aaggactctgaggagacgagcagcgccaaagaaatcctggagttgaacttgcgggattta
cttttggatttagaggagagaatatatgttggcggtcttggatccgtgaaggtaaaagat
cgtctccagtggcgtgctaaggtggaaggtaacttaaagagcgagaaacctgcgccggat
caggaaagtggtggagaaagtggtgatggaaacattgataatgtcgttaaaagtctcgcg
aaggctttgctgcagatagctcatggtgttgagtcgcgttacatgcgagagccgtttggt
gactctgaggaacttcggaaatctcgactgaaattggagagtatcaaagagcagaagaat
aagaagaaagacaaagacgagaaagcagataagagtgaagacagtgacgagaatgaggaa
aaagttgaagtcactccaaagtcgaagagtaaaaagagtgtgtttgaacgatgggaagaa
tctttatgtaattgcaccagttttcctcaaatcttcctgcatttgtcttccttggagaaa
agtatcatttggtcgaaatcagcattgcatgctcgttgtcgaatctgtcggcgcaaaggt
gatggcgaacacatgcttctatgtgatggttgtgacagaggacatcatatgtactgtctg
aagcctccagttaagactgttcccgacggtgactggttttgtcccaattgtaaacctaaa
gaagctcgcccatcgcctcgcaaaggtcagcgacacatgtacgtggtggattctgaggaa
tctgaagaggacgacgaggaagaaggtgattccaatgaagaagaggaggaggaagaggaa
aacgaagacagtgaaaatcaagacagcagctctgacagtgctgagcaatatcaagcacgt
aaaaaggaatcgaggacagataatgcttgcgttgtttgtggacgtcgtggtgccttggtt
atctgtgataagtgcccgaatgtataccatttatcatgtgctaatccacctctcaagaaa
gttccaagaaccaaatggttgtgtggaagttgttcaggattagacaaaaagagtaaaaga
aattccagtgggagaggttctagtcattctgtatccaagaaggacagtccgaggaacagt
ccactaaatgctcgttcaaggaagagggcgagatcagaatctgacgaggacgttgcaccg
aaacgctctcgacatgcagcaaagggaaagacgtcttcacttgcagaaacagaagagtct
gacataaaacattacgtcagtagttaccgaggcaacagtaaggagtaccaattgaaggcc
tgtgaggatcttataaacgatttgatgaaacacgaagattcttggccatttttgcggcca
gtcagtaaaaaaatggtacctgattactatgacattatcaaacatcctatggatttctcc
accattcgcaaccggattcacaaatatcaatacacagaacccatagctctcctcaaagac
actcgcttaatattcagtaattgcaaagagtacaacaaaaagtctgccccagagttcaaa
gctggtgccagtttgtcgacctattttgagaagcaagtgaaagatttacagctggaggat
agcgaacatgcttcgccgagcagcagttcgcagacagactctgggaaatccaacacaaag
aaaaagagcagaaattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (136)   
   KEGG ORTHOLOGY (1)   
   RefGene (131)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (154)   

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