KEGG   Astyanax mexicanus (Mexican tetra): 103041326
Entry
103041326         CDS       T05042                                 
Symbol
baz1a
Name
(RefSeq) bromodomain adjacent to zinc finger domain protein 1A isoform X1
  KO
K11655  bromodomain adjacent to zinc finger domain protein 1A
Organism
amex  Astyanax mexicanus (Mexican tetra)
Pathway
amex03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:amex00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    103041326 (baz1a)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:amex03036]
    103041326 (baz1a)
Chromosome and associated proteins [BR:amex03036]
 Eukaryotic type
  Chromatin remodeling factors
   CHRAC complex
    103041326 (baz1a)
SSDB
Motif
Pfam: WAC_Acf1_DNA_bd WSD Bromodomain DDT WHIM1 PHD
Other DBs
NCBI-GeneID: 103041326
NCBI-ProteinID: XP_007240535
Ensembl: ENSAMXG00000002816
UniProt: A0A8T2LIE3
Position
9:complement(23222035..23236627)
AA seq 1511 aa
MPLLHKKPFVRQRPPADLQPDEEVFLCKVTHEIFRTYDEFFERTILCNSLVWSCAVTGKP
GLTYQEALESEKKARLSLQNFPTTLMLPLLHLTSLTHRARLHELCDDIYTFVKERFFPGE
IVDVVSRSGARNPYKILEVIPPHSNGAVNGDAQHHMEGDSIVISDSDEDFTVTSPKTPKT
TPSGRKKKPINPSMFKYKVQALKSEHCEPILVKAAQMCRKKNVFSRDRLKLLLKQHCEPM
HGTIRVKPSTVAKYKMSELSFSQFFPDEEPVFAFSPPGKGRGRRSHLASPGEMRYSDGPD
VMRAAEEKLRLMQQKEEMMSLAREKSKLKRERDDLLEAKKKEKEDRDRRKEELKKMVEEE
KQKRREEKERMKMEKEREREKLKEEKKKYAERLKLWNKPREDMECDDLKELPKPVPVKTR
LPPELFGDALMVLEFLKAFGELFDLKDEFPDGITLEVLEEALMGCDPEGPLCELLFFFLS
AIFQAQAEEQEEVAKEQVAEADTKDLSEALDDDADPTQSAISAVASLAAAWPQLHQGCSL
KQLDLDSCTLSEILRLHILASGADCSNTNAKFRYQKQGGFASTDDPCVELRLSNPGLLKK
LSCTAVYDMLPSEKLKILHTLCGKLLTLVSTRDFIEDCADEQRAAKMELREIKAEQHRRE
REEAANRIRKRKEEKLREQELKIKEKHEKLKEEEVRNGTHVAGEEMDTSTESQEGHGDQQ
TEDEAEPVEQGKSKKGKSSTSKQKQANTEEEEVKDRLSPEELQQQQLKEKELLERIQKAA
SCTYILSLGRDRLYRRYWLFPSVGALFVEDDFFGLTEDMLEPRPAPEPKTEEPSSEQSPI
KTEIVEEPSPSQNISPPVNRPNQWAFYSTPAELELLIESLNPRGHRESSLKEALMQEKER
IVQLLSNSVAERFNHSDAVLSEMKNTTVKSKSGPISSESTAPAERHMENRLRDLLLDIED
RIFQGTLGSVKTTDRSAWRAALEKGSDELLGSEVKENGVHSSEEEAMEIDESHIRVKDRL
QELRSENQSAGSTSASTPQLVSSNLRYLAQALAQIEQGIERRFLKAPLGDEDNKKDQKSK
KKEKKKDDDQSSEKDDGSDCGRQVKTVLERWRESLLGCSSLSQLFLHLSTLERSVIWAKS
ILNARCKVCRKKGDCENMLLCDGCDRSHHIFCVRPKLKAVPTEDWFCPECRPKQRSHRIN
SRQRSSIDSDEELEEDEESEEEEEEAESEEEEEEEEEEEEESDEEEEEEEEEKESVSKKA
AVKLPLQTTKGGRSSSKSKQSETTHSTSRSQQNTPKQTLSASKGGPKSSGKKATPVSNGK
PPPRAGSRTSARLSLEVLSTNGTSEKTNPQPSPPATQTESKKRPSSAEVSPKAKLVLAPS
SSSSSRRSSGRNLGVHELSACEQLSVDLVRHEDSWPFKKLVSRTQVPDYYDIIKKPIALS
TIREKVNNCEYQTASEYIADVELMFSNCLEYNPRNTNEAKAGLRLQAYFHSELEKLGLAD
RMSPPQKRPRV
NT seq 4536 nt   +upstreamnt  +downstreamnt
atgccgcttctgcacaaaaagccgttcgtcagacagagacctcctgctgacctccagcca
gatgaagaagttttcctgtgtaaagtgacccacgagatattcagaacatacgatgagttc
tttgagaggacaatcctttgtaacagtttggtgtggagttgtgcagtgactggcaagcca
ggtctgacctaccaagaagctttggaaagtgagaaaaaggccaggcttagtcttcagaac
tttcctactactttgatgctccccctcctacatctgacttctctcacccatcgcgcacgg
ctgcatgaattatgtgatgacatctacacttttgtcaaagaacgattctttcccggggaa
atagtggatgttgtgagtcgctcgggtgcaagaaatccatacaagatcttagaagtcatt
cctccacattccaatggagcagttaatggcgatgcccaacaccacatggagggagattcc
atagtcatcagtgacagtgatgaagacttcacagtcacttcacccaagacccctaaaaca
acacccagtggcaggaagaagaagcccatcaacccatccatgtttaagtataaggttcaa
gctttaaagtcagaacactgtgagcctatacttgtcaaagctgctcagatgtgtcgtaag
aagaatgtgttttcacgagacagactgaaattactccttaagcaacactgtgaaccaatg
cacgggaccatccgagtcaaaccatctacagttgcgaaatacaagatgtcagaactaagt
ttttcacagttcttcccagatgaagaacctgtatttgcgttcagtcctcctggaaagggc
agaggtcgccgctcccaccttgcttctcctggggagatgcgttattctgacgggccagat
gtgatgcgagctgcagaagaaaaattaaggctgatgcagcaaaaagaagaaatgatgtca
ttggcacgtgagaaatctaaattaaagcgagaaagagatgatttgttggaagccaaaaag
aaagaaaaggaagacagagacagaagaaaagaagaactcaagaaaatggttgaggaggaa
aaacagaagagaagggaagagaaggaacgcatgaagatggagaaagagagggaacgggaa
aagctgaaggaggagaagaagaaatatgctgaacgactaaagctgtggaataaacctcga
gaggacatggagtgtgatgatctaaaggagctaccaaagccggtgccagtgaagacccgt
ctgcctccagagctgttcggagatgccctgatggtgctagaatttctgaaagcatttgga
gagctctttgacctaaaagatgagtttcctgatgggatcacactagaggttctggaagag
gctctgatgggctgtgatccggaggggccgttgtgcgagctgctcttctttttcctgtct
gccattttccaggctcaggctgaggaacaagaggaggtggccaaggagcaggtggctgaa
gctgacaccaaagatctgagtgaggcacttgacgatgatgctgaccctacacagtctgcc
ataagtgctgtagcttcactggctgctgcctggcctcagctccatcaaggctgtagtctg
aaacagctggatctggacagttgtactctgtctgagattctgaggctgcacatcctggca
tctggtgcagattgcagcaacacaaatgccaagttccgctaccagaagcaggggggcttt
gcctcaacagacgacccctgtgtggagttgcggctctctaaccctggactgctcaagaag
ctctcctgcactgctgtatatgatatgcttccaagtgagaaactgaaaatcctgcatact
ttgtgtgggaagctgctgactctggtctctaccagagacttcattgaggactgtgctgat
gagcagagagcagctaaaatggagctccgagagatcaaagctgaacagcaccgcagagag
agagaagaggctgctaacagaatacgtaagagaaaagaggagaagctgagagagcaggaa
ctgaaaataaaagagaagcatgagaaactaaaagaagaggaagtgaggaatggcacccat
gtagccggagaggagatggacactagtactgagagccaggagggtcatggtgaccagcag
acagaagatgaagcagagcctgtagaacaaggcaaatctaagaaaggtaaaagcagcact
tcaaagcagaagcaggcaaacacagaagaagaggaagtaaaggatcgactgagcccagag
gagcttcagcaacaacagctgaaggagaaggaacttctggagcgcatccaaaaggctgcg
tcttgcacttacatcctttcacttggccgtgaccgcctctatcgccgttactggctgttc
ccttctgttggagcactttttgtagaggatgacttttttggactgaccgaagacatgcta
gagccccgtcctgctcctgaacccaaaactgaagagccttcgtctgaacagagccccata
aagactgaaatcgttgaagagccgagtccctcccagaacatctctccccctgtgaaccgc
ccaaatcagtgggctttctacagcacacctgcagagttggagctcctgattgaatctctg
aacccacgtggacatagagagagctcgctcaaagaggctctgatgcaggagaaggagcgc
attgttcagctgctcagcaatagtgttgcagaacgcttcaaccactcagatgcagttctg
agtgaaatgaaaaacaccactgtgaagtcaaagagtggacccatttcctctgaaagcact
gcacctgctgaacgccacatggagaatcgcctcagggatctgctgctggacattgaagac
cgcatttttcagggaactttgggttctgttaagacaacagatagaagtgcctggagagca
gcactggagaaaggtagtgatgaactattgggttctgaggtcaaggagaacggagtacac
agcagtgaagaggaggccatggagatagacgagagccacatccgagtcaaggacaggctg
caggagttaaggagtgagaaccagagtgcaggctccacgagtgccagcacaccccagcta
gtgagcagcaatttgcgctaccttgctcaagccttggctcagatagagcagggcattgaa
cgcagattcctcaaagctccactcggtgacgaggacaacaaaaaagaccaaaagtctaag
aaaaaggagaagaagaaagatgatgaccagtccagtgagaaggatgatggcagcgactgt
gggcgccaggtgaagactgtgctagagcgctggagggaatctctgcttggttgttctagc
ctttcccagcttttcctgcatttatccactttggaacgaagtgtgatttgggccaagtcc
atcctgaatgcccgctgcaaggtgtgccgcaagaagggagattgtgagaacatgctgttg
tgtgacggctgtgaccgaagccatcacatcttctgtgtgcgcccgaaactaaaggctgtt
cccactgaagactggttctgcccagagtgccgccccaaacagcgctctcaccgcataaat
tctcgccagcggtcctccatcgactctgatgaggaactggaagaagatgaggaatctgag
gaggaagaggaggaagcagaatctgaagaggaggaggaggaagaggaagaagaagaagag
gaatctgatgaggaggaggaggaggaggaagaagagaaagaaagtgtttctaagaaggct
gctgtgaagctcccactgcagaccactaaaggtggtcgttcaagctctaaatccaaacaa
agtgaaacaactcattccacatctcgcagtcagcagaacacacccaaacagactctctct
gcaagtaaaggaggccccaagagctccgggaagaaggccaccccagtatccaatggcaaa
ccacctcctcgggctggcagtcgcaccagtgcccgtcttagcttggaggtgctaagcact
aacggtacttcagaaaaaacaaatcctcagcccagccctcctgcaacccaaacggagtcc
aagaaaagacccagctcagcagaggtctctccaaaagccaagttggtcttggcccctagc
agctcctcatcaagtcggcgcagctctggcagaaaccttggtgttcatgaactgtcggca
tgtgaacaactttctgtggacctagtcaggcatgaggatagctggcccttcaagaaactg
gtttccaggactcaggtacctgattactacgatatcatcaagaagcccattgcattgagt
acaatcagggaaaaggtcaacaactgtgaataccagactgcatccgagtacatagcagat
gtggagctgatgttttccaactgccttgagtacaaccctcgtaacaccaatgaggccaag
gctggtctaaggcttcaggcctacttccactctgaacttgagaagcttggcctggctgac
cgcatgagccctcctcaaaaacggcccagggtgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (6)   
   Pfam (6)   
All databases (88)   

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