Xiphias gladius (swordfish): 120802697 Help Entry 120802697         CDS       T07311                                  Symbol rsf1b.1 Name (RefSeq) remodeling and spacing factor 1   KO K11657   remodeling and spacing factor 1 Organism xgl  Xiphias gladius (swordfish) Pathway xgl03082   ATP-dependent chromatin remodeling Brite KEGG Orthology (KO) [BR:xgl00001]  09120 Genetic Information Processing   09126 Chromosome    03082 ATP-dependent chromatin remodeling     120802697 (rsf1b.1)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:xgl03036]     120802697 (rsf1b.1) Chromosome and associated proteins [BR:xgl03036]  Eukaryotic type   Chromatin remodeling factors    RSF complex     120802697 (rsf1b.1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PHD WHIM1 WSD DDT Motif Other DBs NCBI-GeneID:  120802697 NCBI-ProteinID:  XP_040006714 LinkDB All DBs Position LG17:5119980..5140663 Genome browser AA seq 1738 aa AA seqDB search MAASAATASSSPGLCPNYAVICSFLERYGALLDLPELTFPQLERYLQDTSSVPKLLVDLH VKLLRKIGKSVSADRWEKYLVKVCQEFNTTWAWELEQKGYKEMTMDCKTGILKYLCECQF DENVKFKTAINEEDPDKMRLQPVGRDKDGQMYWFQLDQDNNVRVYVEEQDDLDGSSWKCI VRDRNDLAEVVALLKTQIDPELLKKEAQKQETKLNSEEDEKKADEGKVKMTDDTSDEDSK DSDKAACPVSPKTENNEKVTQKDNLKPEASEAKSSLNGVIEAKTVSELRSENISAKAQNI KEEPMEVSGSKSSTATSEPASETPCLPVKAEKGEEAKRNSAEEIQQALKNDQQAKIPLKK RGMKFSEDFEKNSGIVVQNPTVSQVKEASKADTTQSIKDHVNGEIKPASEKDLQSHLSKS LKETAVDKEQATEPAASKSVEVRENDSPSTDKEGTKDKKDDAAGAKKISEAVASHHADLA KKNLALQVEKESTAATEKKEAHESPPPPKAESPPLPKDVKNALEQSPNHEKSEKTQEKPA VTGESCAVDKTTKLKETYKTLTTDESQNLNLNHEVRSKEAETRKEIPACVDMDTPESSQT EETKSTERTENVSDMKQTEVRDRNAEELATSETNVEDLSDSALKEKPGVIKTTDTQTADR EPPNKSDDSENTVSPRVIKKKEVVKDGDDTGTQEVTQSSTVIKKAEKPPVREKSEDTSNI KESVESSVIKKVDKSESCKPTEKHDNTKDTEATPEKSSTASEKPEDLKTIVNCEDNTIRD VTKISDSLSGPMEVEGVASKLELTKPQEDDKTEMNSVVHKTTEETSEGKDEPSSPAERSN VSEETGKNPNKEEEKVSDEQPERIETERPSSESKEDADKGSEKDTGDEKLTTDSEKQLPQ DKESKEDSTIGELSKTEKAKEEKHGLKESKTSPKMEKSGHENASREADVEPSTETEKPGH PSKEPSTDKPTDEKSKSEEEDSATKKEVANGGEAPTDVKEEGVRRKIKPPAHRRKAELQR EERQGDSESDMNTGRSLRRSPRISRPTPKAVEIHDRKMEKSQAPPAAEKREDNKAEKEKD DEEEDEVEEVKAVRKKPREKKADQEGQPKPKGRKRRKIRWSNTRTRRKKKGSEDDDDNSD EESSEEEESEEDDSDEDYKVERSRKRRNRNRERRSSDSSTSSDDDLPPNDDPCKHCGLPN HPELILLCDSCDSGYHTACLRPPLMIIPDGEWFCPPCQHKRLCDKLEEQLQNLDAALKKK ERAERRKERLIYVGISVENIITPSVEVEEAKPEIIIKEKKEAKRSKSWGRRSTRTKKNIS YRFDEFDEAIEEAIEEDIKEAEGGGAGRGKDMANITGHRGKDMSVILHAEEGKENGRPPR TSAGQRRKKRRRLNDLDSDSTVDEEESEEEFRLSESSEEEFVVSDNDSEAETEADSNDSD FGSNGSGRHHAPSRSRKPPKRRRSSRKRRRPRGYSDDEEDETDDDDEEDEIVTEGSSEYS DSDLDVSRRRSRRSQKKQVNYCETSESEGSQAETNRAKMKPRRRRDSSESEASFSRDSEE ESRDRRVKRRADSSEEDSRQRRRRLALKRRRASEEDDSDDSSDDTSSSSSEEDRPVRKRV NRIDSDDDDEEQEEKPKEKKAEEESKGTNPLDCNLVELQPTNGQSPIKSIEGFISRPAAA APGLIPHLEPPKNISAPPAAAIAPNGLAGQEMAAQEDDEDDLLGVTDLVDYVCNNEQL NT seq 5217 nt NT seq  +upstreamnt  +downstreamnt atggctgcttcggcggcaacggcgagttcttcccccggtttgtgtccgaattacgccgtg atttgctccttcctcgagcggtacggagcgttgctggatttaccggagctcacttttcct cagctggagagatatctgcaggacacatcctcagtgccgaagctgctggttgaccttcac gtcaagttgctgaggaagatcggcaagtcggtgtcagcagacagatgggagaaatatcta gtcaaggtatgccaagagttcaacacaacatgggcatgggaactcgaacaaaagggatac aaggagatgacgatggactgcaagacggggatacttaaatatctgtgcgagtgtcagttt gatgaaaacgtgaagttcaaaactgccatcaatgaggaggacccggataaaatgcggctg cagccagttggccgggacaaagacggccagatgtactggtttcaactggaccaagacaac aacgtgcgcgtttatgtggaggagcaggacgacctagacgggtcatcttggaagtgcatt gtcagagatagaaacgacttagctgaggtcgtggctctgctgaagacacaaattgaccct gagctgttgaaaaaggaagcgcaaaaacaggagaccaaacttaacagtgaagaggatgag aaaaaagcagacgaaggtaaagttaaaatgaccgacgacacatcagatgaagacagcaaa gactcagacaaggctgcctgcccagtctcaccaaagacagagaacaatgagaaagtaaca cagaaagataacttgaaaccagaagcttctgaggccaaatcatcccttaatggcgtcatc gaagccaaaaccgtatcagaactccgctcagaaaacatcagtgcgaaagcccagaacatc aaagaagagccaatggaggtgtcaggctctaaatcaagcacggcaacgagtgaacccgcc tctgaaacaccatgtttacccgtaaaggcagaaaaaggagaggaggccaagaggaacagc gctgaggagatccaacaggctctgaagaatgaccagcaggccaaaatccctttgaaaaaa agaggaatgaagtttagtgaagactttgaaaaaaacagtggtattgtagtgcaaaatcca actgtttctcaggtcaaggaagcttctaaagctgacacgactcagagcataaaggatcat gttaatggtgaaattaagcctgcgtcagagaaagatctccagagtcatttgagcaaatca ttaaaagaaaccgccgtcgacaaagagcaggcgactgaaccagccgcgagtaaatctgta gaagtgagggaaaatgactcgccatccacagacaaggaggggactaaagataaaaaggac gacgccgccggtgcaaaaaagatctcggaggcggtcgcatcacaccacgcagacttggct aagaaaaatcttgccctgcaggtagaaaaggaaagcaccgcagcaacagaaaagaaagaa gcacacgagtctcccccaccaccaaaagcggagtcaccacctttacctaaagatgtaaag aatgcactcgagcagtcacctaatcatgaaaagtctgaaaagacgcaagagaaaccagcc gttacaggagagtcttgtgctgttgacaagacgaccaaattaaaggaaacttataaaaca ttaacaactgatgagtcacagaacctaaatttaaatcatgaagtcagatccaaagaagct gaaacaaggaaggaaataccagcctgtgtagacatggatacaccagagtcaagtcagact gaagaaactaagtcgacagagaggacagaaaatgtatcagacatgaagcaaacagaagtg agggatagaaatgctgaagaactggcaacttctgagactaatgtagaggacttgagtgac tcggcactgaaagagaagccaggagtcatcaaaacaacagacacgcagactgctgacaga gagcctccaaacaaatctgatgactctgaaaacactgtatcaccacgtgtcattaaaaag aaagaagttgtaaaagacggtgatgatacagggacccaagaagtcacacaaagttctact gtcattaaaaaagcagaaaaaccgccagtcagggagaaatcagaggacacatccaacatt aaggagagtgtagagtcctctgtcattaaaaaggtagataaatcggaatcatgtaaacct accgagaagcacgataacactaaagacacagaggcgactccggagaaatccagtacagcc tcagaaaagcctgaggatttaaagacaattgtcaactgtgaagacaatacgatacgtgat gttaccaagataagcgactctttgtcaggacctatggaggtagagggcgtggcaagtaaa ctggaactgacaaagccacaagaggatgacaaaactgagatgaactctgttgtgcataag acgacagaggaaacatctgaagggaaagatgaaccatccagtccagctgagaggtctaac gtctctgaagaaactggtaaaaaccctaacaaagaggaggaaaaggtgtctgacgaacag cctgaacgaatcgagacagagcgtccatcatcagagagtaaagaggatgccgacaaggga agtgaaaaagacacaggcgatgaaaaacttacaactgacagtgagaaacagctgcctcaa gacaaagaaagtaaagaggattctacgataggtgaactctcaaaaactgagaaagcaaag gaggagaaacacggtcttaaagaaagcaaaacctcacccaaaatggagaaatctggtcac gaaaatgcgagcagagaagctgatgtcgaaccctcaactgaaactgaaaaaccgggccac ccgagcaaagaaccgtccaccgataaacccactgacgagaaaagcaaaagcgaagaagag gactccgcaacaaaaaaagaggtggcaaacggcggtgaagctccgacagacgttaaggag gagggtgttcgtcggaaaatcaagcccccagcccatcgacggaaagctgaacttcagagg gaggagagacagggggattcagagtccgatatgaacacggggagatctcttcgaagatca ccaaggatctctaggccgacgccgaaggcggtagagatccacgacaggaagatggagaag tcgcaggcccctccagcggctgagaaacgtgaggacaacaaggccgagaaagaaaaagac gacgaggaggaggacgaagtggaggaggtgaaggctgttcggaagaaaccaagggagaaa aaggcagatcaggagggtcagcccaaacccaaggggagaaagagacggaagattcggtgg tccaacacccgaacacggcgtaaaaagaaaggctctgaggatgacgacgacaacagcgac gaggagtccagcgaggaggaggagagcgaggaggacgacagcgacgaagactacaaggtc gagcggagcagaaagaggcggaaccgcaaccgagaaagacggagctcggactcctcgaca tcctcagacgacgacctacctccaaatgacgacccctgcaaacattgtggtcttccaaat caccctgagctgatattactgtgcgattcgtgtgacagcggctaccacacagcctgcctg aggcctcccctcatgatcatcccggatggagaatggttctgtccaccctgtcaacataag cggctctgtgacaaactagaagagcagctccagaacctcgacgcagctttgaaaaagaag gaacgggcggagagaaggaaagagcgtcttatttatgttggaatcagtgttgaaaacatc atcacgccctcagtggaggtcgaggaggcaaagcccgagatcataatcaaagagaagaaa gaagcaaagcgaagtaagagctggggccgaaggtcaacaaggacaaagaaaaacatcagc tacagatttgatgaatttgacgaggccatcgaggaggcaattgaggaggacatcaaagaa gcggagggcggaggagctggtcggggcaaagacatggccaacatcacaggccacagggga aaggacatgtccgtcatccttcacgcggaggagggtaaggagaacggccgcccgccacga accagcgccggtcagcgcaggaagaaacgccggcggctcaatgacctggacagcgacagc accgtggacgaagaggaaagcgaggaagagtttcgcctcagcgaaagctcagaggaagag tttgtcgtatcagacaatgactcggaggccgaaacggaggcggactcgaacgacagcgac tttggcagcaacggcagcgggaggcatcatgctccttcgcggagcaggaagccaccgaaa cgacgacgaagctcccgaaagcggcggagaccaagagggtactcggatgatgaagaagat gagacggatgatgacgatgaagaagatgaaatagtgaccgaaggctccagtgagtacagc gacagcgatctcgatgtgagtcgacggcggtcccggcggagtcagaaaaagcaggtgaac tactgtgagacgtcggagtctgaaggctctcaggcagaaaccaaccgggcaaaaatgaag cccagacgtcgccgggacagctcggaaagtgaagcgagtttctccagagactccgaggag gagtcgagggaccggagggtgaagaggagagccgactcctcagaggaagactcgcggcag cgacgcagacgtctcgcactaaaacgcaggagagcatccgaagaggacgattcggacgac tcgtcggacgacacgtcctcgtcgtcgtcggaggaggatcgtcccgtgcgcaaacgggtg aaccgcatcgactcggacgatgacgacgaggagcaggaggagaagccaaaggagaagaaa gcagaggaggagtcaaagggaacaaatccattggactgcaatctggtggagctgcaaccc accaacggacagagcccgataaagagcatcgagggcttcatcagccggcctgctgccgct gctccgggcctcatcccacatctggagccgcccaaaaacatcagcgccccaccagccgcc gccatcgcacccaacggtctggcaggccaggagatggcagcgcaggaggatgacgaagac gacctgttaggagtcacagacctagtcgactacgtctgcaataacgaacaattgtaa

DBGET integrated database retrieval system