Amphimedon queenslandica (sponge): 105316667 Help Entry 105316667         CDS       T02284                                  Name (RefSeq) protein polybromo-1-like   KO K11757   protein polybromo-1 Organism aqu  Amphimedon queenslandica (sponge) Pathway aqu03082   ATP-dependent chromatin remodeling Brite KEGG Orthology (KO) [BR:aqu00001]  09120 Genetic Information Processing   09126 Chromosome    03082 ATP-dependent chromatin remodeling     105316667  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03021 Transcription machinery [BR:aqu03021]     105316667    03036 Chromosome and associated proteins [BR:aqu03036]     105316667 Transcription machinery [BR:aqu03021]  Eukaryotic type   RNA polymerase II system    Coactivators     BAF/PBAF complex      105316667 Chromosome and associated proteins [BR:aqu03036]  Eukaryotic type   Chromatin remodeling factors    PBAF complex     105316667 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Bromodomain BAH Zap1_zf1 Baculo_p24 Motif Other DBs NCBI-GeneID:  105316667 NCBI-ProteinID:  XP_019864490 UniProt:  A0A1X7VK56 LinkDB All DBs Position Unknown AA seq 1539 aa AA seqDB search MKRRRQSSVESEDQQPGVLKKQKRRKESLISDPWGVPPELYSKTELCSKLYDALRSFKGP DNQPLCDFVVRLPNRRSIPEYYKVVTYPIDLLKIQQKLKTDEYDTVPLFISDIQLLIENA KLFYTPSSAEYKRACSLEKEFLKALQDISVYESDITSPLSPKTVSLKLSSLGKTPPASSA CKSSSAKPSSGSAPTSSKRLSNAGKTTRSKAWLDDYLSSDDPIKIYFADIYSYHDSNGDY ISQPFIDLPSAKEYPEYYRIITEPIGLAMIKSNIESGHYRNLKEIQEDLLLMIKNAQYFN EPLSDIHKMATTLRKVIINRCIELERKYKTVERTTKLQSPKIIKSMDDSESEDSSCSDSD APESEDSKKRLLLHIKRDSLQLSEDPFSKILKSKSPPSLKKVLLALYRKITRATDKEGRV MSELFMKRPSAKLYPEYYIVIKTPIDFKEIYRKIKKDIYKTFSEMMDDVDLLVNNAITFN EEYSQIHTDALALKAIAKTAADQLQANWPLHFATGDKKVEAGLTNRVGTLFAVVKNCIDS TGRKLWLSLKDPPQFSKGEGEGHSGSRKVIGLGTVSERVDNNSYGSVHEVFGDLCLVYDS YCESVPSHSTLFKDALSLHRITVTKYNELTDEQRNKYQYPNAPELLKKLLKDLMAALMEA QDTEGHTISEVLQSVTATLDYSDDGKSKRILSLEKVNHWISLGRYTRLDQLQKDLLLLFQ QARQIEAEMDNEVDKIIISLEKEYVKTRDRICSSFLWSPAYEERTIKHIDDEEQEEDCRY DCKQDDQMDSSAQTTLIPPLNERTIQKFLLLGEITYFPGDFVYLPPREQHLPPQIALIES LWTDSQGIPWFDGCWFFRPHETYHIASRKFFKQEVFKSDFYSSGLLSSVMGKCYVLFVKE YVKFFPQGFSEEDVYVCESRYMHKAKSIKRIKFWNVQENSYIKLLPRSSQCSLIKVPSVF ASDGESLLKQSDKDKVQSHADETLDETKGSASMEGDSEANSSGDSLETSFFRELKDVKAS VTNPEENCTYYEQYCIDEKVFKLGDFVYVRSDQDLPFIARIDQMWTDSNDDPWFRGPWFL RVEEVQHLPSRMFYERELFMSNIQDSNPMRSIIRKCGVLYPSDYTKWRPAEIPEADVYIC ESRYNEEEKLVKKMRMLKHFDLSSSVLHDEKYYLSEDVFLWKCHSPKLYPTIPAVIPVAT PPAPPPPAPTPPVSSTPPVVPIPQIKTPVIAVPTPGGHVTLSLQQLQSLLAVNQAKALHQ QPATTTLAYPCMWNGCQESFDDTAELGSHIIRSNHISPEPDGNYYCYWSNCPRNKSQAKP FDSLQKITRHVKEVHLLRIHTQQAPVLKSLPRSTISTPLLKDSVTTSTQALQPSIPITPV NVTPINAATQITPFHESVSSTPQNNIITTPVPVTPTLMITPQQTTTVTSTGTTDAVVQAD PQSDSPPSIFVAPPTKKKPIYHSKLYLNHIERMRNNESTISPMPPARPLPLSTSQEIISQ WIDPSAIPQGLTPTEALHKLYYHMISDSININNWLDNVQ NT seq 4620 nt NT seq  +upstreamnt  +downstreamnt atgaaaagaaggcggcaaagtagtgtggagtcagaggatcagcaaccgggtgtcttaaag aaacagaaaagaagaaaagagtctcttatttcagatccatggggtgtaccacctgaatta tacagtaaaactgaactctgcagcaagttgtatgatgctcttcgctctttcaaaggacca gataatcaaccgttgtgtgactttgttgttcgattgcctaatcgtcggtcaattcctgag tattacaaagttgtcacatacccaatagatctactcaaaattcaacaaaaattgaaaact gatgaatatgacactgttccactttttatttctgatattcaacttctcattgaaaatgca aagctcttttatacgccctcttctgctgagtacaagagagcttgctctttagagaaagag ttcctgaaggcattgcaagatatatctgtttatgaaagtgatataacttcaccattatct cctaaaacagtctctctgaagctgtcatctttaggcaagactcctcctgcatcttctgca tgtaaatctagttctgcaaagccttcatctggctctgctccaaccagtagcaaacgatta agtaatgctggaaaaacaactcgttcaaaggcgtggcttgatgattatttatcttcagat gatcctattaaaatatactttgcagatatttatagttatcatgatagtaatggtgattat atttcccagcctttcatagatcttccatctgcaaaggagtatcctgaatattatcgcatc attactgaacctattgggctagctatgattaaaagcaatattgagtctggccattatagg aatttaaaagagatacaagaagatttgcttcttatgataaagaatgcacaatattttaat gagcctctctctgacattcataaaatggctaccacacttcgtaaagttataattaatcgt tgtatagaactagaaaggaagtataaaactgtggaaagaacaacaaaattacaatcacct aaaattataaaatcaatggatgatagtgaaagtgaggactccagttgcagtgacagtgat gctccagaaagtgaagattcaaagaagagacttttgctacacattaaaagagattccctc cagttgtcagaggatcctttttctaaaatacttaagtcaaaatctcctccttcattgaag aaagttttacttgccctttatcggaaaataactcgagctacagataaagaaggacgcgtt atgtctgagttattcatgaagcgtccatcagcaaagctctatccagaatattacattgta atcaagacaccaattgatttcaaagaaatttatcgaaaaataaagaaagatatttataag acattctctgaaatgatggatgatgttgacctactggttaacaatgctatcacatttaat gaagaatattcacagatccatacagatgctttagctttaaaggcaattgcaaaaactgct gctgaccagcttcaagctaattggccacttcactttgctactggtgataaaaaagtagaa gcaggtctaactaatagggttggaacattgtttgctgttgtgaagaattgtattgacagt actggacggaagttatggttatcattgaaggatccgcctcaattttctaaaggtgaagga gaaggacacagtggcagtaggaaagtaattggtcttggcacagtgtctgaaagagttgac aacaacagttatggatcagttcatgaagtatttggtgatctttgtttggtttatgatagt tattgtgagtcagttccatctcatagtactttattcaaagatgcattatctttacatcgt ataactgttaccaagtacaatgaactgactgatgaacaacggaataagtatcagtatcca aatgctccggaactgttaaagaaactgctgaaagatctaatggcagctttaatggaagct caagatactgaaggacatactatatctgaagtacttcagagtgtaacagctactctagat tacagcgatgatggcaagtcgaagcgcatattatcacttgagaaagtgaatcattggata tcactaggacgctatacgcgtcttgaccaacttcagaaagatttgttgttgctttttcaa caagcacgtcagatagaagctgaaatggacaatgaagtagataaaattatcatttcatta gagaaagagtatgtcaaaactcgagacagaatctgtagctcattcttatggagtccagca tatgaagaaagaactataaagcatattgatgatgaggaacaggaagaagattgtagatat gactgcaagcaagacgatcaaatggattctagtgctcaaactactttgattcctcctcta aatgagcgcactatacaaaagtttctcttgttgggtgaaattacatattttcctggagac tttgtttaccttcctcctcgggaacagcatttacccccacagattgcattaattgaatcc ttatggactgatagtcaaggaattccatggtttgatggttgttggttttttcgacctcat gaaacttatcacattgcatctcgtaaatttttcaagcaagaggtttttaaaagtgacttt tatagttctggactgttgagctcagttatgggtaaatgctatgtcctttttgtcaaggaa tatgtaaagttttttccacaaggattttctgaggaagatgtgtatgtttgtgaatcacga tatatgcacaaagctaaaagtatcaaaaggatcaaattttggaatgtacaagaaaattct tatattaaactgctaccacgatcatcacaatgttcactgatcaaagtaccatcagttttt gcaagtgatggagagagtttattaaagcaaagtgacaaggataaggtgcagagccatgcc gatgaaacacttgatgagactaagggtagtgctagtatggagggtgacagtgaagctaat tctagtggagattctcttgaaacttcattttttcgagaactaaaggatgttaaagcttct gtcactaatccggaagaaaactgtacctattatgaacagtattgcattgacgaaaaagta tttaaactcggtgactttgtatatgttcgttctgaccaagatttaccatttattgctcgt attgatcaaatgtggactgattcaaatgatgacccatggtttcgtgggccttggttttta agagtggaagaagtacagcacttaccttcccgcatgttttatgaaagagagctctttatg agtaatatacaggattctaacccaatgagaagtattataaggaaatgtggtgtcttgtat cctagtgactacaccaaatggaggccagctgagattcctgaagctgatgtttacatttgt gaatcaaggtataatgaagaagagaagctagtgaaaaaaatgagaatgcttaaacatttt gatcttagcagttcagtattacatgatgaaaaatactatctttcagaagatgtgtttctt tggaagtgtcattctccaaagttgtatcctacgattcctgctgtcattcctgttgctact cctcctgctcctcctcctcctgctcctactcctccagttagttcaacaccacctgttgta ccaatccctcagattaaaactcctgttattgccgtccctacacctggtggtcatgtaaca ctttctttgcagcaactgcaatcacttcttgcagttaatcaggcaaaagctttgcatcag caaccagcaacaactactctagcttatccatgcatgtggaatggctgtcaagaatcattt gatgacactgctgaacttggttcacatatcattcgatctaaccacatctctcctgaacct gatggaaattactactgctattggtctaattgccctcgaaacaaatcccaagctaaacct tttgattcactgcaaaagattactcgtcatgtcaaagaagtgcatttgttgcgaattcac acacaacaagcccctgtgttaaagtctctcccacgatctactatttctactccattacta aaagattctgttactacaagcacgcaagcattgcaaccatcaatacctattacaccagtt aatgtaactccaattaatgctgccactcaaattactccttttcatgagtctgttagctct actcctcagaataacatcattacaacacctgttcctgttactcctactctcatgatcact cctcagcaaaccactaccgttacaagcactggcactactgatgctgttgttcaagctgac ccacagagtgactcacctccctctatatttgtggcaccacccaccaaaaagaagccgata tatcattctaaactgtatcttaatcacattgaacgcatgagaaataatgaaagcactatc agtcctatgcctccagcaagaccacttccattatcaactagtcaagaaataatatcccaa tggattgatccaagtgccataccacaaggattaacaccaactgaagcattgcacaaactg tattatcatatgattagtgactctataaacatcaataattggcttgacaatgttcaataa

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