KEGG   Xenopus tropicalis (tropical clawed frog): 779577
Entry
779577            CDS       T01011                                 
Symbol
ep400
Name
(RefSeq) E1A-binding protein p400 isoform X1
  KO
K11320  E1A-binding protein p400 [EC:5.6.2.-]
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr03082  ATP-dependent chromatin remodeling
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03082 ATP-dependent chromatin remodeling
    779577 (ep400)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    779577 (ep400)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Histone modification proteins
   HAT complexes
    TIP60 complex
     779577 (ep400)
SSDB
Motif
Pfam: EP400_N SNF2-rel_dom HSA ResIII Helicase_C Myb_DNA-bind_6 Myb_DNA-binding
Other DBs
NCBI-GeneID: 779577
NCBI-ProteinID: XP_012824741
Xenbase: XB-GENE-6258767
UniProt: A0A6I8QGI4
Position
1:complement(156469033..156528139)
AA seq 3058 aa
MHHGNGPTSTPRQLQRSRSFTGNDGEEVTMQTSLPQSPAPSFTPAVSSPAPQSPSYQIQQ
LIMSRNPVAGQNVNITLQNVGPVVAGNQQITLTPLPIPNPASPGFQFSSQPRRFEHGSPS
YIQVTSPMSQQVQTQSPTQPNAMPIQALQSVRTGTAGASLGMCSQSPTRGFVDASVLVRQ
ISLSPSNGGHFVFQEGTGIAQIAQGATAQVQLPAGAAQATMHERRLSQPHSQTGGTIHHL
GPQSPVASGANMQTLTTPSHITTTNLPPQISSIIQGQLIQQQQVLHGQQLGRAISFDRTS
GGMIAGVTGASFGMTSPPTPTSPSRAAGPQGLSNLPLTTTVSTTHKKQCKKLEEIPPATQ
EEARMRKQCLDHHQKNMKVLKENFKEYLIELFFLQHFQGNMMDFLAFKKKPTLGLQGYLR
QNDLDLEEEEEEEQSEVINDEVKIVTGKDGQTGTPVAIATQLPPNVSAAFSSQQQPFQQT
LTGSGAVGAANTIDIEAFKRQQVLTQTDPSKRPRLDVPRHGMVFQHPGVTSGVPLQQLMP
TAQGGMPPTPQTVQLTGQKQNQQQYDPSKGPPVQNAASLHTPPPQLPGRVQASNIPISSL
PTALHLAQQQQQQQQQQQQQQQINETQIQPQIQVQVKSQPPNVQISASPQSQLPLQISQP
LQPGFHTQMQTSQQQAAIQQQTVTLVRPGTDSPQQRLTGNTQTNAFVAPAAISTASPIAS
FSLPTNRALPATNKSMSVSKAPGSAGTVGTKIQGQLQIPSGLTSENPQDKLAEQVKLENH
VHQRIAELRKEGLWSLRRLPKIQEPSRAKSHWDYLLEEMQWMAADFAQERMWKQASAKKL
VRKAARYHDEKKMHFERAKKEEENKLKRIAASIAREIEYFWSNIEQVVEIKLQMEFQEKR
RKALNLNTESMKGPLKAIEEACVKRDTNKASPTSRKRKASSSWSDGAVEDEEETIAEQES
KEGNIDHHAELCELAREADLPLDDLVKQYEGAYDQNFHWPQTLPQSEESNNAKNESDEAT
VESADYQKPTVLIDFLLCADQYRMADVASSGHLGSRKHTRDIGDVARAAELLLPNGNARI
TSTEKKKLPCLLHGSLRDYQQVGLDWLEKQYKKNLNGILADETGLGKNVQVIALMAHLAS
SEGNWGPHLIVVRSCKILKWELEFKRWCPGLKVLLYFGKQRELRKKRQKWDEPNSFNVCI
TSYKHLFKSHQAFMKKRWKYLVLDEVHQIKNMTEKHWDAVFNLPSHNRLLLRDTPLMNTW
RDHWTMVHFLIPGLSQPYLEFPLKISTEENQENCHKLFITLHRTVRPFILRRSKKDVEKQ
LTKKYEHVLKCRLSNRQKALYEDVILQPGTQDALKGGHFVSVLHVLMQLQRICNHPDLVD
PRPEHSSFVCETLQYRTASLILQVLEKDPWKITDMSLFDLFGLEDKITRYEVQTLPGQKV
TRKQMEEIYASPESAPRPTPVKIKPSRLFQPVQYGQKPEGRTVTFSNVPASRMVTTTTAT
VTQQGQARGRSPVTTASCNQGGDVVKIAQLAASGGTQGRIAQPKTPVTLQFQGNTFTLSQ
SQLRQLTAGQPLQLQGSVLQIVSAPGQPYLRPPGQMIMQTVPQSGAIQNAINALGNQLPA
GMSCVTSAQSGIPGRTLMPHGCGDPGAALKSSSSFTPAQEFAEEKQRLMRECLDRLFSSN
ERNCGRAPVYGADLLSICSLNAAGAEPSISGSQWGWAGSANCLRSSNLLDDTSDPLRHLI
LSPCQDKATQEFLNKRTLCVVPSVIAAPPVLTMPHPPPRYTHSMNLLRDGLKEQVAPHLH
HLLRQTSPHCMQFPDLRLIQWDSGKLDALAVLLRKLRSEGRRVLIFSQMLLMLDILELFL
DFHALTFLRIDEFANYDQCYDLMKSFNQDPRIFCLLISTHSHSLGVPYVEANTAIFYDSD
LNPVMDSRAQAWCERIGRTKDVHIYRLVSANSIEEKLLKNGTKDLIREVAAQGNDFSMAF
LTQQTIHELFELYSPLDDTGFGEKAEEFIMLSQEPSQTETIATKFAKPFIEALKSIENGA
EQEEEFLKGDAKKNFAVDSCCHSIEASELMELAAVVEQLTPIEKYALNYLEEFYTSSAKG
KAEIIEQLKSTKTKWEVQNLKETKDWEDEMVLEESGEDLLTYTREDAYNKEFIYDSPDGQ
TEIMPIWTPPTPPQDENDIYIDSVMCLMYDSNPIPESKLPPVYVRKERKRHKTDPGAAGR
KKKQRHGESVVPPRSLFDRATPGMLKVRREGKEQKKNILLKQQTQFAKPLPTLVKPATES
GPDNPEWLISEDWALLQAVKHLLELPLNLTVVSPAHTPNWDLVSDVVNSCSRIYRSSKQC
RSRYENVIIPREEGKLMFEANPKKKTKSIYKTKNSRPLRTSQIYAQDEGVTHTQLYTNRF
ELMKMTAGKRSPPIKPLLGMNPFQKNPKHASVLAESGINYDKPLPPIQVASLRAERIAKE
KKALVEQHHRAQQQTGSQTAQQPQQNGQQVSSPVVQPAQAQPQQVVPQQVIQQSQPVVPT
ATSAVPATAVLAGAIKTAVTGASIQAAAVSGNVIVNTVAGVPSATFQPINKRLASPVIPG
TLTAPSGSPQVVHTQQRAAAAAAAPAEMVTIATNQGVRAVTPVTGGAVVCSSITPAQTQT
RPIVTQVTTATTAGVQLASKSITPAQLQMLRQQQAAQVQVPQIQAQTQSPGQIKAVGKIS
QEQLLKLQKQKMQLPQQTTQATAQQSQSAPAAPVQGQQQPQQTQAQQQTQQLAAVSAPRA
GAVLTGATVANLQVARLLQAQGQIQAQPGQTAQVTLAKPPVVSAVVSSAGVTTLPVTVAG
ISVAIGQNQKAAGGQAVVAQPLNVQQLLKLKQQQQKALQSQAATGQAAVQQPKITAPQVA
VQTQQQQQPQQQGQQQQQKMTYTAQPAIKTQFLAAPINQAQKSPGAQQVQGQIQVAKLPQ
VVQQQAAVTQAAVANIPQMVPSSQQVQPQTVTLSQATAAGQQQQVQVLPAGSAAAQVVQQ
KMVQQQQQVVSSAGAQQIQASVNQSTTPALGANDTQAQQAKLQVRTPTVRINAPTKPS
NT seq 9177 nt   +upstreamnt  +downstreamnt
atgcatcatggtaatggaccaacgtcaacccctcgccaattacagaggtccagatccttc
acaggaaatgatggggaagaagtaaccatgcagacaagtttaccccagtcacctgctcca
tcatttaccccggctgttagttctcctgcaccccagtcaccgagttaccaaatacaacag
cttataatgagcaggaatccagtggctggtcaaaatgtaaatataaccttacaaaatgta
gggcctgtggttgcaggaaatcaacagattacgcttacaccactgccaattcctaatcct
gcttcacctgggtttcagttcagctcccagccaagaagatttgaacatggttccccatct
tatattcaagtgacctccccaatgtctcaacaggtacagactcaaagccccacacaaccc
aatgcaatgccaattcaagcattacagagcgtaagaaccgggactgcaggggctagtttg
ggtatgtgcagccagagtcctacacgtggctttgttgatgccagtgtgctggtgagacag
ataagtttaagcccatctaatggaggtcattttgtttttcaagaaggaactggtattgca
caaattgcacagggggccacagcacaagtacagcttcctgctggagcagcacaggctacc
atgcacgaacgtagactttcccagccccattctcaaacaggtggcaccattcatcatctt
ggacctcaaagtcctgttgcaagtggtgcaaatatgcagactttaactactcctagccac
ataacaactaccaacttaccaccacagataagtagcattattcagggtcagctcatccag
cagcagcaggtgcttcatggacagcaactgggcagggccatcagctttgacagaacttct
ggggggatgatagctggagtgactggtgcttcatttggaatgacctcaccccctacgcca
acaagtccatcccgtgctgctggtccccagggactctctaatcttcccctcaccacaaca
gtgagcaccactcacaaaaaacagtgtaagaagctggaagaaatcccccctgctactcaa
gaggaagctcgaatgaggaagcagtgcttggatcatcaccaaaaaaatatgaaggttcta
aaggaaaactttaaggagtatttgatagagcttttcttcctgcaacactttcagggcaac
atgatggatttcctggcatttaagaaaaaacccactttgggtcttcaaggttaccttcga
cagaatgacttagatctagaagaggaagaagaggaagagcagtcagaggttatcaatgat
gaggtaaagattgtgacaggaaaagatgggcagactggtactcctgttgctatagcaacc
cagcttcctcctaatgtttctgctgctttttcatctcagcagcagccattccagcaaaca
cttacagggagtggtgcagtaggagcagcaaatacaatagatattgaagcctttaagagg
cagcaagtgcttacacaaacagatcccagtaagaggccacgacttgatgtgcctaggcat
ggaatggtgttccagcatccaggggtgacatcaggggtgccacttcagcaactcatgcct
actgcacaaggaggaatgccaccaactcctcagactgtacagctgacggggcagaagcaa
aaccagcagcaatatgatccctcaaagggtccaccagtgcagaatgcagctagcctgcac
acaccacctcctcagctacctggccgggtacaggcctctaacatccctatttcctctctc
cctactgctctgcacctggcacagcaacaacaacagcagcagcagcagcagcagcagcag
cagcaaatcaatgaaactcaaattcagccacaaattcaggtgcaagttaaatcccagcct
cccaatgtacagatttcggcttctccacagagtcaactgcctttgcagatatcacagcca
ctgcaacctgggttccacactcaaatgcaaacatctcagcaacaagcagcaattcagcag
cagactgtaactttggtgagaccaggtactgactctccacagcaacgcctcacaggcaac
acacaaaccaatgcatttgtggctcctgcagctatctccactgccagtccgattgcatcc
ttctcactgccaacaaacagagctttgccagctacaaacaagtctatgtctgtctccaaa
gcaccgggctctgctggaactgttggcactaaaattcagggtcagttacagattccatct
ggattaacatctgaaaaccctcaggacaagttggctgagcaggtaaaactggaaaaccat
gtccatcagcgcattgcagagctgcggaaggaaggtttgtggtccttaaggaggttacct
aagattcaggagccttctagagcaaaatcacactgggattacctgctggaagaaatgcag
tggatggctgcagactttgcccaagagaggatgtggaaacaggccagtgctaagaagctg
gtcagaaaagcagctcgttatcatgacgaaaagaagatgcattttgaaagggcgaagaaa
gaggaagagaacaaactaaaacgtattgctgcttcaatcgccagggaaattgagtatttt
tggtcaaatattgaacaggttgtggaaataaaattacaaatggagtttcaagaaaaaagg
aggaaagcactaaatttaaacactgaatccatgaaaggtccactaaaggcaattgaagag
gcatgtgtgaaacgggacaccaataaggcttcacctacctcgagaaagagaaaagcaagt
tcatcatggagtgatggggcagttgaagatgaagaggaaacaattgcagagcaagagagt
aaagaagggaatattgatcatcatgctgaactgtgtgaattagctcgggaagcggatctt
cccctcgatgatttagtgaagcagtatgaaggggcatatgatcagaattttcactggcct
cagactttgccacaaagcgaggaaagcaataatgcaaaaaatgaatctgatgaggccaca
gttgagtcagctgactatcagaaacccacagttctcattgactttctgctctgcgctgat
caataccgaatggcagatgtagcaagttctgggcacttaggctccaggaaacacacaaga
gacattggcgacgtggctagagcagcagaactgcttcttcctaatggcaatgcccgaatc
acttctactgaaaagaagaaacttccttgccttcttcatggcagtctccgggattaccag
caggttggattggactggctggaaaagcagtacaaaaagaaccttaatgggattttggct
gatgagacaggacttggaaaaaacgtccaagtgatagctctaatggcacatctggccagt
agtgaaggtaattggggccctcacctcattgtggtacgaagctgtaagattttgaagtgg
gagttggagtttaagcgatggtgtccaggattgaaagttcttttatacttcggcaagcaa
agagagctcagaaaaaagagacagaaatgggatgagccaaacagcttcaatgtgtgcatc
acctcatataaacacttattcaagagccatcaggccttcatgaagaagaggtggaagtat
ttggttctggatgaagtacatcagatcaaaaacatgacagaaaaacactgggatgctgtc
ttcaatttaccaagccataatcggctgctattaagggacaccccccttatgaacacatgg
agggatcattggaccatggtgcatttcctaattcctggcctatcgcaaccatacttggaa
ttcccactcaaaattagtactgaagaaaaccaagaaaattgccacaagcttttcataact
ttgcacaggacagttcgaccatttatcctaagaaggtcaaagaaagatgtggagaaacag
ctgaccaaaaaatatgagcatgtcttaaaatgccgcctttctaatcgtcagaaggctctg
tatgaggatgtcattttacagccaggaacacaggatgctttgaagggagggcattttgtg
agtgttcttcatgtcctaatgcagctacaaagaatttgcaaccacccggatctagttgat
cctcgtcctgagcattcttcatttgtatgtgaaacactccagtacaggacggcctctctt
atactgcaagttctggaaaaagatccatggaagattacagatatgtctttgtttgatctg
tttggtttggaggataaaattactcgctatgaagttcagactctccctggacaaaaagta
accagaaaacaaatggaagaaatttatgcctcacctgagtctgcacctcgaccaactcca
gtgaaaattaaacccagcaggttatttcagccagttcagtatgggcagaagccagagggt
cgaactgtcacattctcaaatgttccagcatctcgcatggtgactacaactacagccaca
gttacccagcaggggcaagctcgagggcgttctccagttaccactgcctcctgcaatcag
ggtggtgacgtggtaaaaattgctcagctagcagcaagtggtggaacccaaggcagaatt
gcacaaccgaagaccccagtgacccttcagtttcaaggcaacacatttaccctgtcccaa
agccaactccgtcagcttactgcaggccagcctcttcagctacaaggcagtgtacttcag
attgtgtcagccccgggacagccatacctgcggcctccaggccaaatgataatgcagact
gtgcctcagagtggtgccatacaaaatgcgataaatgccctgggaaaccagcttcctgca
ggcatgtcctgtgtcacttcagcccaatcaggaataccgggacgaaccttaatgccccat
ggatgtggggatccaggcgctgcactaaaatcatcatcatcctttactccagctcaggag
tttgcagaagaaaagcagcgtttgatgcgagagtgtctagaccgcctcttctcctctaat
gagcgaaactgtgggcgagccccagtgtatggagcagatttgttgtctatctgctcttta
aatgctgcaggagctgaaccttccatatctggatcacagtggggctgggcaggttcggca
aactgtttacggtcttccaatttacttgatgataccagtgatcctttgcgccatcttatc
ctgtctccttgtcaagataaggcaacccaagaatttctcaataaaaggacactttgtgtg
gtcccatctgtgattgctgctccaccagttctgaccatgccacatccaccccctcgttat
actcacagtatgaatcttctgcgggatggtttgaaggagcaagtagctccacatttacat
catcttctgaggcaaacttcccctcattgcatgcagtttcccgatttaaggctcattcag
tgggactctggaaagctggatgcacttgccgtacttctcaggaagctgagatctgaaggt
cgcagggttcttatcttctcccagatgcttttgatgttggacatcttggagcttttcctg
gacttccatgctctgacctttctgaggattgatgaatttgcaaattatgaccagtgctat
gacctgatgaaaagctttaaccaggacccccgaatcttctgcctactgatatccacacac
agccactctcttggggttccctatgtagaagcgaatacagcaatattttatgacagtgat
ttaaatcctgtcatggattcaagagcccaggcctggtgtgagcgcattggtagaacaaaa
gatgttcacatttacaggctagtaagtgcaaattccattgaagagaagctgttgaagaat
ggtactaaggatttgatcagagaggttgctgctcagggaaatgatttttctatggctttt
ttaacacagcaaacaattcatgagttatttgagctctattcacctctggatgacacggga
tttggtgagaaagcagaggagttcataatgctctctcaagaaccatctcaaacagagaca
atagctacaaagtttgccaaaccatttatagaggctcttaaaagcatagagaatggagcg
gagcaagaggaagagtttttgaaaggagatgccaaaaagaactttgcagtagatagctgc
tgccattctatagaagcatccgaactgatggaattggctgctgttgtggagcagcttact
cccattgaaaaatatgctttgaactatcttgaggaattctacacatccagtgccaaggga
aaggcagaaataatagagcagctaaaatccacaaagacaaagtgggaggtccagaattta
aaagagacaaaggattgggaagatgaaatggttttagaagaatcaggggaagatctcctg
acttatacaagagaagatgcatataataaggagtttatttatgacagtccagatggacaa
actgaaatcatgccaatttggactcctcctacccctcctcaagatgagaatgatatctat
attgattccgttatgtgcctgatgtatgatagcaaccctatcccagagtctaaactaccc
ccagtctatgtgaggaaggagcgtaaaagacacaaaacagatccaggagctgcaggtcga
aaaaaaaagcagagacatggagaatctgttgttcctccccgctcactctttgatagagcc
acaccaggcatgctgaaggtccgaagggagggcaaagaacagaaaaagaacatccttctg
aagcagcaaacccagtttgctaaacctcttccaacacttgttaaaccagcaacagaatct
gggccagacaacccagagtggctgatcagtgaggactgggctctgttacaggctgtgaag
catctcttggaactccctctcaaccttacagtagtttcaccagcacatactcccaactgg
gatctagtgagtgatgtggttaactcctgcagcaggatatacagatcatccaaacaatgc
cgcagccggtacgaaaacgtcatcattccaagagaagaaggaaagctcatgtttgaagcc
aatcctaagaagaaaacaaaaagtatttacaagacaaagaacagccgtccccttcgcact
agtcagatttatgcccaggatgaaggcgtgacacatacacaactttacaccaatcgcttt
gagttgatgaaaatgactgcaggaaaaagaagccctccaatcaaaccactattagggatg
aaccctttccagaaaaatccaaagcatgcatctgtccttgcagaaagtggaattaattat
gacaagccccttcctccaatccaagtggcatccctccgagctgagcgcattgccaaagaa
aagaaggcgttagtagagcagcatcacagagcccaacaacaaacgggctcgcagactgca
caacagcctcagcaaaacggacagcaggtatcttctccagttgtccaacctgcccaagca
cagcctcagcaagtggtaccgcagcaggtgattcagcagtcacagccagtcgtcccaaca
gccacatcagctgtaccagccacagcagttctggctggagctattaaaacagcagtgact
ggagcaagtatacaagcagctgctgtcagtgggaatgttattgtgaacactgttgcaggt
gtcccttctgccactttccaacctattaacaagagactggcatcacccgtcatacctgga
acccttacggctcctagtggatctccacaggtggttcatacacaacagagggctgcagca
gccgcagctgctcctgcagagatggtcactattgcaacaaatcagggtgtacgagccgtg
acacctgtgacaggaggtgctgtagtttgcagcagcattacccctgcccagacccagact
agacccatagtgacacaggtgacaacagccactacagcaggggttcagctggccagtaaa
agcatcactccagctcagcttcagatgcttagacaacagcaggcagcccaggttcaggtc
ccacagatccaggctcaaacacagtcgccagggcagataaaagctgttggaaaaatatcc
caagaacagctgcttaagctgcaaaaacagaagatgcagctccctcagcaaacaactcaa
gcaacagctcagcagtcccagtcagctccagcagcacctgtccaggggcaacagcagcca
cagcagacacaagcacagcagcaaactcagcagcttgccgcagtcagtgcaccaagagct
ggagctgtactaacaggggccactgttgcaaacctgcaagtggctcgtctgcttcaggct
caagggcaaatacaggcccagccagggcaaacagcacaggtcactctggcaaagcctcct
gtggtatctgctgtagtgtcatctgctggagtcaccacccttccggttacagtagctgga
atcagtgttgctattgggcaaaatcaaaaagctgcaggtgggcaggcagtggtcgctcag
cctctgaatgtccagcagcttctaaagctaaagcaacaacagcaaaaagctctacaatcc
caggcagctacaggacaagctgcagtgcagcaaccaaagattacagcaccgcaagtagcc
gtacaaacccagcagcaacagcagccacagcaacaggggcagcaacagcagcagaaaatg
acatataccgcccagccagccattaaaactcagttccttgctgcccctatcaaccaggcc
caaaagtcaccaggggcccagcaggtgcaggggcagattcaggttgcaaagcttcctcag
gtggttcagcagcaggcagcagtgacgcaggcagcagtggcaaatatcccgcagatggta
ccatcttcccaacaggttcagcctcaaactgtgacgctaagccaggcaacagcagcaggg
cagcagcagcaagtgcaagtattgcctgcaggttcagcagcagcccaagtagtgcaacaa
aagatggtccagcagcagcaacaggtggtgtcctcagcaggtgcacaacagatccaggct
tccgtgaaccagagcacaaccccagcactaggtgccaatgatacacaagcccagcaggcc
aagctgcaagtacgaactccaactgtcaggataaatgctcccacaaagcccagctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (27)   

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