KEGG   Sinocyclocheilus anshuiensis: 107673266
Entry
107673266         CDS       T04917                                 
Name
(RefSeq) bromodomain adjacent to zinc finger domain protein 2A-like
  KO
K15224  bromodomain adjacent to zinc finger domain protein 2A
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    107673266
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:sanh03021]
    107673266
   03036 Chromosome and associated proteins [BR:sanh03036]
    107673266
Transcription machinery [BR:sanh03021]
 Eukaryotic type
  RNA polymerase I system
   Other transcription-related factors
    NoRC (nucleolar remodeling complex)
     107673266
Chromosome and associated proteins [BR:sanh03036]
 Eukaryotic type
  Chromatin remodeling factors
   NORC complex
    107673266
SSDB
Motif
Pfam: MBD Bromodomain WSD PHD DDT WHIM1
Other DBs
NCBI-GeneID: 107673266
NCBI-ProteinID: XP_016322270
UniProt: A0A671NPL4
Position
Unknown
AA seq 2476 aa
MEANNHFNYGPHSSVSANSGLKRSSGDSLYTNGSSMSFPQQGKNLNGQMNVNGITTAGGS
SQPGAHPSSSSYPHMSNHHLPGSMGYDYLWGQSQYSPAMGPVPPHGLHQKPGSQGGIQPQ
QPQHHFQSHGPYQVNGSMGPSQQPPGAGLQYWGRGNPGQQSQGGSSMPMGYNSPSMYGTY
PNQGIPVSQHHQQPPALQHQSATAHHLQHHSHHQQQQQQHYGVMPNGMPFYQHPSHQAQT
QSQPQTPMIPPAAQSFTPPRGSPQHHHMGSGEGRSSPHHVQVPMRSPSTVPDSGSPKSRE
MQVSMNESFKEMDKGFNGVEKSSVPQRLPKTESFPVKPPGSVSSTDYNQAAQHPAVDLEK
PVKQRQEMGAAAKELSSSPVSGPPPPLASPPRKTLTLQDSHSPSSPGFALSTALGVDANA
SVSPPSPLTPPLQMVQGQRPGFSGPSSAEGTPAGLGTAPSMSSLKSSRAPTAGSHNQSLV
LSFKTLMHPPTVPVPPQTVPEAQGSKSPQVSPTPLSLAASPSVVSAPPALAPLKGPQEAS
PLTGQSPKHPAASSTPTSVADNVSLPTVSALPSVVTGSPQVAALASSAPPPAVSYSPQAS
SAPLSVSPNVSRSLIGLVTQPLETVANADVSSHSPGQMGSHGVVRHNFGESHSRPEACGS
KSKVGIIMGTSKKESNNETQAEMHKVQIHGRNLELAFIVPKEPERDTMAVGRKDSNSIRD
QTTPRKGESETLNDTFGTDTSLDYPSLAESTYLESSRAEDGSSMMDTFDNSYSLSQTGDQ
SKFTEGSMIDVSRDLQDTSCEEENLNSSMTSTSSTEAASLKDNTSLLDDSLNDTSQNSSS
LLSASINASTHSIKGDHILGKENGPDTSGGDRRSALSVMTVKALQAVVSGSVEGATTHMC
ETHIAMPTKKPRKPRTPKTTVATAEIGSPDSKIKKQKLTPDGPKQEKVRRRKKTEDNSLS
AVKKRKISKEAKEQEGVPTDTSTPSNALPLLPSDPMTFVHDSSLTNSEKPIVQPKKIWKR
KMKGVNEAKPPKPAKGLSEGKTEDDDDNSSTAGDTPRRRIATEAQVQFPLQHGWRREIRV
RRLEDRLKGETWYYSPCGRRMKQFPEVIKYLNRHQDALQGVSREHFSFSPRMPVGDFYEE
RESPEGMQWFLLANEEVPSMIMAITGRRGRPPNPDKEPRSRGCRARGAPGRRPGRPPKPK
MEDLLSKVDARLLKRLEAKEDLTEQEKEKLIKIKKKMKRKARMKRMEDAKNKKIRQEKRK
AKLEKAKEQDDEDQSQSQTQTQSSESPLSAAEGPKKPGRRKKVAVPPAAEAEALDLETAS
PIKKVARARSKAKALAKAQAQAEAEAQAALAAKRQAERRAQAQRRMEERKRQQMILEEMK
KPAEDMCLPDHTPLLQLSRIPGLVLSGLAFSNCLRLVEFLHGYGKILGLQVPKDIPSLST
LQEGLLGMEKSQGELLDLLIKLVEAALHDPGLPSYYQSVKILGEKLVDLELSHSTVSEVL
RIFLEAHGFELEVCNSLRTKSFQTLKPDVKASILAFLVEELNASNIITREIDNTLENMTT
YRKNKWIIEGKLRKLKAALMRKTGRPEEELCFEERRRSARVGVTEEESIEESCVLERGSR
RKAKEEPKHTEIESPNSCSVAELERQIDKLTKRQVFFRKKLQQTSHSMRAVSLGQDRYRR
RYLLLPYMGCVLVEGAEDILASGEVTVSDEPVTYVKVITPVKTEVKAEPPLSPAFGVHLP
SSPRASQLTPTEADPLPGEASLMSSPRGRGRPRKIRPEVELHLRTAKNRRRRRSSRSAAE
DSALNSPVQDPAQPAFQMPLEQPQHAEADGSAPITASGAGQGEDNSQPEDSMREQAEKRG
QWFNLLPKEPCDETSISQPCENTPASASSPTEDTLAPLDSDPLAPPPPQPPTTQMQTETP
PLPLPQVCSTPAPRAGRRRRRSSGTSRALSRSSAAKRRGRPPSNLFQEVELKYFTQLVVK
PIPLEMVKGWWWIREPEELTAIVSALHPRGIREKVLHKHLTKHREYLSEVCTRLVTDPIF
QMTVEDGDALLEASKQAWSEQERVLHLDISVLQWVEDLEQRVVGADLQLKVSIPNAESDN
EASQESSCSQFQMYTPPEADSTRDDLQYYEHEIDPKDDWMVKTKKEWSDLLRAPSNPLDL
AVLRLTNLERNIERRYLKEPLWNLSEVVRLAPLTPPPGGEEVPLDAVSLESEITPRLKTW
RQALDRCRSASQLSLCLLQLEKAIAWERSVIKVTCQICRKGDDDEYLLLCDGCDCGCHMF
CLRPKVMQVPEGDWFCPTCVAKENGEAPRSQRSSRKRSNVRKRRFAEDSSDEDDGYRRGM
TTRQKDAAASSSGTSISPSKRRRMATRNQPDLTYCEIILMEMEAHSDAWPFLEPVNPRLV
PGYRRMIKTPMDFLTMRERLLQGGYCSCEEFAADAQLVFNNCELFNEDTSEVGKAGHSMR
RFFESRWAEFYENNDK
NT seq 7431 nt   +upstreamnt  +downstreamnt
atggaagcaaataaccattttaactatgggcctcactcttctgtgtcagcaaactcagga
ctgaagcgttcctcaggagattctctctatactaacgggtcctccatgagcttcccccag
caagggaaaaatctgaatggccaaatgaatgtgaatggcatcactactgcaggtgggagc
agccagccaggcgcccacccttcctcttcctcttatcctcatatgagcaaccatcacctc
ccaggcagcatgggatatgactatctgtggggccagtctcagtacagcccggcgatgggg
cccgtccctccccacgggttgcaccagaagccaggctcccagggtgggatacaaccacag
cagcctcagcaccacttccagagccatggaccgtaccaagtcaatggcagtatgggaccg
tcccagcaacctccaggtgctgggctgcagtactggggaaggggaaatcctgggcagcag
tcgcaggggggatcttcgatgccaatgggatataactctcccagtatgtatgggacatat
cccaaccagggcatcccagtgtcccagcatcaccagcagcctccagccttgcagcaccag
tctgcaacggcacatcatctccaacaccattcacaccaccagcagcaacagcagcagcat
tatggtgtgatgcctaatggaatgccgttttaccagcatccatcgcaccaggcccaaact
cagtctcaaccacagactccgatgataccacccgccgcgcagagctttacacctccacga
ggaagccctcagcaccatcacatgggcagtggagaaggaagaagcagcccccatcacgtc
caggtcccaatgaggtctccttctactgtgcctgatagcggttcgcctaagagcagagag
atgcaagtttctatgaatgagtcctttaaagaaatggataaaggcttcaatggagtcgag
aaaagctctgtaccccaacggttgcccaaaactgagagttttcctgtaaagccccctggc
tctgtttcctctaccgactataaccaggctgcgcagcatccagccgtggacctggagaaa
cctgtaaaacaacgtcaggagatgggagctgctgcaaaggagcttagttcttcccccgtc
tctggacctcctccacccctagctagtccgcctcggaaaactttgaccctgcaggattca
cattctccttcgtctccagggtttgctttatctacagctttgggtgtcgacgcaaatgca
tctgtgtctccaccctctcctctcacaccaccgcttcagatggtccaaggccaaagacct
ggattctctggaccttcatcagctgaaggaacacctgcaggacttggtacagctccttca
atgtcttctcttaagagctccagagctcctactgctggttcccacaaccagtctctggtg
ctttcttttaagaccttgatgcatcctccaacggtgcctgtgcctcctcaaacagtaccg
gaggcccagggatcaaaaagtccacaggtctctccaacacctttatctttggctgcgtca
ccatctgttgtctccgctcctcctgcgctggcaccacttaaaggaccccaagaggcatca
cctctaacaggccagagtcctaaacatcctgctgcttcctcgactccaacatctgttgca
gataacgtctctctcccgacagtctctgcacttccatcagtggtcactggttctcctcaa
gttgccgctctggcttcatctgcaccacctcccgctgttagctattctcctcaggcatct
tcagcacctctcagtgtttctccaaatgtatctcgctccctcattggccttgttactcag
cctttagagactgtggcaaatgcggacgtttcttctcacagtccagggcagatgggttct
catggtgtagtacggcacaactttggggaatcgcactctagacctgaggcctgtggttcc
aagagtaaagttggaatcataatgggcacatccaaaaaggagtccaacaatgagactcaa
gctgagatgcataaggtgcaaattcatggtagaaaccttgaactggctttcattgttcca
aaggaacctgaaagagacactatggcagttggcagaaaggactctaatagtatcagagat
cagactaccccaaggaaaggagaaagtgagactttaaatgatacttttggcactgacacg
tcactggactatccgtccttggccgagtcaacctaccttgaaagctcaagagctgaggat
gggagttcaatgatggacacttttgataattcttatagtctttcccagactggagaccaa
tcaaagtttacagaaggatccatgattgatgtctccagggacttgcaggacacttcttgt
gaagaagaaaacttgaacagctccatgacctctaccagttccaccgaggcggcgtccctc
aaagataacacgtctctactggatgactctttaaacgacacctcacaaaacagctcctcc
ctgctgtctgcatctattaatgcctctacacactctatcaaaggtgatcatattcttggc
aaagagaatggacctgatacttcaggaggtgacagaagatctgcgctctctgtaatgaca
gttaaagcgctgcaagcggttgtcagcggttctgttgaaggggcgaccacacatatgtgt
gaaacccacatcgccatgccaacaaagaagccacggaagcctagaaccccaaagacgaca
gttgctactgctgaaattggctctcctgattccaagatcaagaaacaaaagttaacacct
gatggcccaaaacaagaaaaggttaggaggagaaagaaaaccgaggataattcactgagt
gcagtgaagaagaggaaaatctctaaagaggcaaaggaacaggagggcgtcccaactgat
acctcaactccttcaaatgctctgcctctccttccaagtgatccaatgacgtttgtccat
gactcaagcctgaccaatagtgagaagcccatagtccagcccaagaagatctggaagcgc
aagatgaaaggtgtgaatgaggcaaagcctcccaaaccagccaaagggttgtcagaaggg
aaaactgaagatgatgatgataacagctccacagcaggtgataccccaaggcgtcggatt
gcaactgaagcgcaagtccaatttcctttgcagcatggctggaggcgagagattcgagtc
cggaggcttgaggaccgcctgaaaggagagacgtggtactatagcccctgcggccggagg
atgaagcagttccccgaggtcatcaagtatctgaacaggcatcaggatgctctccagggc
gtttcgagagagcacttcagcttcagtccacgcatgccagtgggggatttctatgaggag
cgtgaaagccctgagggtatgcaatggttcctcctcgccaatgaggaagtgccctccatg
atcatggcaataacaggcagacgcggtcgtccaccaaatccagacaaagagcctcgttcc
cgtggctgccgagccagaggagccccagggagacggccaggccgacctcctaagcccaag
atggaggatctgctcagcaaagtggacgccaggctgctgaagagactggaggcaaaggag
gacctcacagagcaagaaaaagaaaaactgatcaagatcaagaagaaaatgaagagaaag
gcaagaatgaaaagaatggaggatgcaaagaataaaaagatccggcaggagaaacggaaa
gccaaattggagaaagccaaagagcaggatgatgaagaccagtctcagtctcagactcag
acccagtcatctgaaagcccgctctcagccgcagaggggcccaagaagcctggccgcagg
aagaaggtcgcagtaccaccagcagcagaagcagaagcgttggacctggagacggccagt
cccatcaagaaagtggcccgggcccgcagcaaagccaaggctctggccaaagcccaggct
caagcggaggccgaagcgcaggctgcactggcagcaaagaggcaggcggagcggagggcg
caggctcagagacgaatggaggagaggaagagacagcagatgatcttagaggagatgaag
aagcctgcagaggacatgtgtctccccgaccacacgcccctcctacaattgtcacggata
ccaggactggtgctttcgggtttggccttctccaattgtttaaggttggttgagttcctg
catggttacggaaagattctggggctccaggtgcccaaggatattcccagcctgagcacc
ctgcaggaagggctcctcggcatggagaagagccaaggcgagctcctggatctgctcatt
aaactggtggaggccgctctgcatgatcctggactgccctcatattaccagtctgtgaag
atcctgggggagaagctggtggatctggagctgagccacagtactgtgtccgaggtgctg
cggatctttctggaagcccatggctttgagttggaggtgtgtaacagtctgcgtacaaag
agcttccagaccctcaaacccgacgtcaaagcctccatactggccttcctggtggaggaa
ctcaacgccagcaacataatcaccagagagattgataacacactagagaatatgacaacc
tacaggaaaaacaagtggattatagaaggcaaactacgcaaactgaaggctgcgcttatg
cgtaagacgggccgtccggaggaggagctgtgcttcgaggagcgccggcgcagtgctcgt
gtgggagtgactgaggaggagagcatcgaggagagctgcgtgctggagagagggagccgc
cgcaaagccaaagaggaacccaaacacacggagattgagagtcccaattcttgcagtgtt
gctgagctggagcgtcagattgataaactgaccaagcgtcaagtgtttttccgcaagaag
ctgcagcagacgtctcattccatgcgagcggtgtctctggggcaggatcggtaccgccgc
aggtacttgctgctgccttatatgggatgtgtcctcgtggagggagcggaggacatcctg
gcctcgggtgaagtgacggtcagtgatgaacctgtgacttatgtgaaggtcataacccca
gtgaagacagaggttaaagctgagcctcccctttctccggctttcggcgtgcatctcccc
tcttctcctcgagcgtcccagcttacccccacagaggcggatcctctacccggcgaggcc
tctctgatgagcagccctcgaggccggggacgcccgcgcaagatcagacccgaagtggag
ctgcacctgcgaaccgccaagaaccggcggcgccgccgtagcagcagatcagcagctgag
gattcggccctcaactcccctgtgcaggatcctgctcagcccgctttccagatgcctctc
gagcagccgcagcacgcagaggccgacggcagcgcgccgatcacagcatctggagccggt
cagggcgaggataacagccagccggaggacagcatgagggagcaggcagagaaacgaggc
cagtggttcaatctgttgcctaaggagccgtgcgacgagacgtcgatctcccagccgtgc
gagaacacacctgcgtctgcttcatcccccactgaagacactctagcacccctcgatagt
gacccgctcgctcctcctcctcctcagcctccgacaacacagatgcagacggagactcct
cctcttcctcttcctcaggtgtgctccactccagctcccagggccggtaggaggcgcagg
agaagcagcgggacgtcccgggctctctctcgatccagtgcggcgaagaggcgtggcaga
cctccctccaatctcttccaagaggtggaactgaaatacttcactcagcttgtggtgaag
cctattccattagaaatggtgaagggctggtggtggatcagagaaccggaggagctgaca
gccattgtgagtgccctccatccacgaggcattcgcgagaaagtgctccacaaacacctc
accaaacacagggagtatctgtctgaggtctgcacgcggctcgtcaccgatcccatcttc
cagatgacagtggaggatggcgatgccctgctggaggcgtctaaacaggcgtggagtgag
caggagagagtcctgcatttagacatcagtgttctccagtgggtggaagatctggagcag
agagtagtcggtgcagaccttcagctcaaggtctccattcccaatgcagagagtgacaat
gaggctagtcaggaatcatcatgctctcaattccagatgtatacccctcccgaggcggac
tccacgcgggatgacctgcagtattacgagcacgagattgaccccaaggatgactggatg
gtcaagaccaagaaggaatggtccgacctcctgcgagctcccagcaaccccctggacctg
gccgttctccgcttgactaatctggagcggaacatcgagcggcgctatctgaaggagccg
ctgtggaatctgtccgaggtggtgcgcttagcgcctctcacccctccgcccggcggggag
gaggtcccactagatgctgtgagcttggaaagtgagatcacacccaggttgaagacgtgg
cggcaggccctggaccgctgccgcagtgcgtctcaactctctctctgtctgctgcagctg
gagaaagccatcgcctgggaaagatccgtcatcaaagtgacatgtcagatctgccgtaag
ggcgatgatgatgagtacctgctcttgtgtgacggctgtgattgtggctgtcacatgttc
tgtctgaggccaaaggtcatgcaggtgccagaaggcgactggttctgtcccacctgcgtt
gccaaggaaaatggtgaagctccaagatcacagcgttcatcacggaagagatcgaatgtg
cggaaacggcgatttgcagaggatagttcagacgaggatgatgggtacagacgaggcatg
accacacgacaaaaagacgctgcagcttcctcgagcgggacgagcatctcgccctccaaa
cgcagacggatggccacacgaaaccagcctgacctcacctactgcgagatcattctgatg
gaaatggaggctcactcagacgcctggccttttctggagccggtcaatccccgcctggtg
cctggctaccggcgcatgatcaaaacccccatggacttcctcactatgagggaaagactt
ctgcagggagggtactgcagctgtgaggagtttgctgccgacgctcagctggtcttcaac
aactgcgagctcttcaacgaggacacgtcggaggtgggcaaggccggacactccatgcgg
cgcttcttcgagagccgctgggcggagttttatgagaacaacgacaagtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (20)   

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