Ruditapes philippinarum (Manila clam): 132729993 Help Entry 132729993         CDS       T09557                                  Name (RefSeq) filamin-A-like isoform X1   KO K04437   filamin-A Organism rphi  Ruditapes philippinarum (Manila clam) Pathway rphi04518   Integrin signaling Brite KEGG Orthology (KO) [BR:rphi00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04518 Integrin signaling     132729993  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:rphi04812]     132729993    04147 Exosome [BR:rphi04147]     132729993 Cytoskeleton proteins [BR:rphi04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      132729993   Intermediate filaments    Intermediate filament-binding proteins     132729993 Exosome [BR:rphi04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    132729993 SSDB OrthologParalogGFIT Motif Pfam:  Filamin CH Ig_GEX2_N DUF5060 Ig_CMFA_2nd Big_3_5 DUF5745 Motif Other DBs NCBI-GeneID:  132729993 NCBI-ProteinID:  XP_060571816 LinkDB All DBs Position Unknown AA seq 1669 aa AA seqDB search MESHNIARSREGHAAQAGVDKWVLIQENTFRNWVNEQLRSGGLEVENLENDFDDGVRLVA LVSSLQGKRIRVIKNARNHHQQLANVAEALTAIANDNIKLVNIGPEDVVDGNLKLILGLI WHLILRYQIGKSRFPTKKLMICWLQAVIPECNITNFTSDWNDGIALHALIEFCQPGLCPE WRNLSRSDGLDNCRNAMMLAKEHFDIPLVVRPEDLSSTDLDELSGMTYLSYFMKVDSPGY HATLSLVRRLLRGGTVNNFTSDWSNGQLLCRLVHAVGGNVPGWPSLSDNPVECMQMGIDG AKGVGIEPILPAKDMADPEVDHIGIMAYAAYFLRFKPVRSASEKVVFSSLPQNSPVDQEA SFAISLEDDDVSPGDIRAEIIGPDSVHNVHFNWVGRTGHGYFTPTETGLHRLNVYCEGQV INGCPASFKVLADRSKVTLSAVDSCSLGTLTELQVNSATAGDGDVQIEVRAPSGRSMKIS AVPRHGGNYISNFNPTEVGEWEVSVLYDNEHISGSPYTVNVFDPSQVKVYGLEGGSMESG VVFNADATKAGKGNTRVEIIKDGVDVTRHCIINEEYSNFYKLHFNPPSPGHYNVHVLFNE TEVRGSPYDIDIVDSSNVTVSGDGLSLVCVNRTASFEVHGGSSGKLDVEITAPTGARVPA HVNKLSNGSSNVQFIPNCVGDHKVNIYCSGQLIKGCPYTVRVWDASRVIVSNMPTSSVFG QPVVFDIDASKAGSGNIEIMINGGEIACSVQNHGNYKFTASFLPANLDDHKIEMKFNSEQ VPGSPWRVMMLDAGKMSATGSGLDFVHIHRTTSFSVNMLGMDSKKLSVKIIAPSGSSVPY RIEQGTNEFRVEYIPTEVGDHTIDVKYADSELSGSPFCAKAYNTAAIEVTDLPDGVVGQP IEFGIDVRKAGEGQLEIMVNNGNLPNTVESDATGVYRMSFVPEEPGIQNVEIIFNKESHP RSPFTCNAVNLNQASVRSLDLQLPVEKTSSFYVHSENISQDLNVNVDISSPTGDRVHADI YNQGNGEYKVEWMPRMPGRHTIDVQFSGVQIDGSPFYVDVFDLSTIRIDNFRHGTVGDEA GFSVDFSNAGTLDQEIQIVGPSGIDVVYDSRELGYLWKDYLYEPEEPGKYQIYIKYGGFQ IPGCPFTQDIADGGLPSASGSGLFFAEEDKPAVFNVEVGRRKGDLRVSVSGPNSIAKCSV DPQADGSYTVTYIPVETGIFDISVTWNNTDIPGSPYHPKVIDARKVRIIGGWQHFMDSNE RVNLVVGERKQLPFDISEAGPGTLRAEVKAPSKTLDVDIDTHTMGRAVIEFVPEEEGPHY IHIFWSDIPLVNSPFLGFAIQHTPDASKLILTGRGLKEAVVREEAEFIIDGSQAGRGNPD VVLSGVRAEVNVKINPIGNGKFRCTYIPILPGAYLLHITWNGRQLRGSPYKVNVIGAFYP NRVVVNGVGGAILGREMNVGIDTRKAGPGELTAYCMGPHQVAYCELEDNHDGTFRLGVKA QESGRHVLQIKYGGEHVQGSPFVYKVTAQPDASKVRVHGPGVEHGILATYISRFIVETRG AGAGQLTVRIRGPKGAFQVEMYRDSQRDRTILCRFDPTECGLYIISVKWSGVDVPGSPFH VHILDTQEELEQVLNEVSYSFGTSQSHGGSLHSSNPPPRLVYGQWREKI NT seq 5010 nt NT seq  +upstreamnt  +downstreamnt atggaatcacataatattgcgcggagtcgcgaggggcacgccgcacaggctggagtagac aaatgggtactaattcaagaaaacacatttagaaattgggtaaacgaacaactaaggtct ggaggactggaagtagaaaatttagaaaatgattttgacgatggtgtccgcctggttgct ttggtatcttcgctgcaagggaagcggatcagagtcattaaaaatgccagaaaccatcac caacagcttgctaacgtcgccgaggctttgacagctattgcaaacgacaacatcaaacta gtaaacataggaccagaagatgttgttgatggcaaccttaagcttatcctcggtctaata tggcatcttatcttgcggtaccagatcggaaaaagtagattcccgacaaagaagttgatg atatgctggttacaggctgtcatcccagaatgcaacattacaaactttacgtcagattgg aacgacggcattgctctacatgcattgatagagttttgtcaacccggattgtgtccagag tggagaaatttaagtaggtcagatggacttgataattgtcgtaatgccatgatgctcgcg aaggagcattttgatattcccctggtcgtacggcccgaggatttatcaagtactgatctg gacgagttatctggcatgacgtatctgtcctactttatgaaggtcgactcccctggttac cacgcgaccttgagcttggtgcgccgattattacgtggaggaactgtcaataattttaca agtgattggagcaacggtcagctgttgtgtagattggttcatgctgttggtgggaatgtt cctgggtggccatctctgtctgataatcctgtagaatgtatgcaaatgggtattgatggt gctaagggagtaggcattgagcccatcctgccagctaaagacatggcagacccagaggtg gaccatattggtatcatggcctatgcagcttatttcctgagattcaaacctgtgcgatca gcatcagagaaagtggtcttctcatctctaccacaaaattcaccagttgatcaagaggca agttttgccatcagtttggaggatgatgatgtatcacctggagatatccgtgctgaaatc atcggtcccgactccgtgcacaatgttcactttaactgggtcggacgaaccggacatggt tacttcacaccaaccgaaacaggactgcacaggttgaatgtatattgtgaaggtcaggtg attaatggctgccctgcctcatttaaagttctagctgaccgctctaaagttacactttct gctgttgacagttgctctctgggaacactcaccgaactgcaggtgaacagtgccactgca ggtgacggtgatgtacagattgaggtacgcgcaccaagcggtcgctcgatgaaaatcagt gcagtcccccgccatggcggaaactacatttctaactttaacccaacagaagtcggagaa tgggaggtttccgtgctgtatgacaatgaacatatatctggtagcccctatactgtcaac gtgtttgacccatcacaggtgaaagtttacggactagaaggagggtctatggaatctggt gtcgtttttaatgctgatgccaccaaagcagggaaaggtaacacacgtgtggagattatc aaagatggagtagatgtgacaagacattgtatcatcaatgaggaatacagtaacttctac aagcttcactttaacccaccctcacctggacattacaatgtacatgttttgtttaacgag acagaagtaagaggatcaccatatgatattgacattgttgactccagcaacgttacagtg agtggagatggtctgagcctcgtgtgcgtgaacaggacagcatcatttgaggtgcatggt gggagctccggcaagctcgatgtggaaatcacagctccaacaggtgcccgagtaccagct catgtgaataaactgtctaatggttcctcaaatgtgcagttcattccaaattgtgttggg gaccataaagtgaacatatattgttcaggccagcttataaagggttgtccatatacagtg agagtatgggatgccagtagagttattgtgtcaaatatgccaacatcaagtgtgtttgga caacctgttgtgtttgacattgatgcatctaaagctggcagtggtaatatagagataatg atcaatggaggagaaattgcatgtagtgtacaaaaccatggcaactataaattcactgct tccttcctgccagccaacttggacgatcataaaattgagatgaaatttaactctgaacaa gtgccagggtctccatggagggtgatgatgcttgatgctggtaaaatgtccgcaacagga agtggactggactttgttcatatacatagaactacatctttctccgttaatatgctcgga atggactcgaagaaactttcagtaaagataatagctccaagtggatcctcagtaccatac agaattgagcagggaacaaatgaattcagagtggaatatatcccaactgaagttggtgat catacaatagatgtgaagtatgcagactcagaacttagtggaagtccattttgtgccaag gcctacaatactgctgccattgaagttactgatctccctgatggagtcgttggacaacct attgaatttggaattgatgtcaggaaggctggagaaggtcagcttgaaatcatggtgaac aatggtaacctaccgaacactgtcgagtctgatgcaacaggggtgtatcgtatgagcttt gtaccggaggaacctggcatacagaacgtggagatcatctttaacaaagagagccatcca agatcaccgtttacatgcaacgctgtgaaccttaaccaagcatctgtgcgcagtttggac ttacagctcccggttgagaaaacatcatcattttacgttcattcagagaatatcagccaa gatttaaatgtcaacgtagacatatcatctccgacaggtgatagggtacatgctgatatt tataaccagggtaatggtgaatacaaggtggaatggatgcccagaatgccaggacgccat acaattgatgtacagttttctggtgtacaaattgacggtagtccattctacgtggatgtg tttgacttatcaaccatcaggatagataacttcaggcacggaacggttggtgacgaggct ggattcagtgttgacttcagtaatgctggcacattagatcaggagatacaaatagtagga ccatcaggaatagatgtggtctatgactcaagagaactcggctatctctggaaagattac ctgtacgagcctgaagaaccgggaaaatatcagatatacattaaatatggcggattccaa ataccaggatgcccgttcactcaagatattgctgatggaggtttaccatccgccagtgga agtggtctcttctttgcggaggaagataaacctgctgtgtttaatgtggaggtgggacgt aggaaaggagatttacgagtgtcagtcagtggtccaaactctattgccaaatgtagcgtt gaccctcaggccgatgggtcgtacactgtgacctacattccagttgaaacaggaattttc gatatcagtgtcacatggaacaacacggacattccaggtagtccatatcacccgaaggtc attgatgccagaaaggttcgaataattggaggatggcagcattttatggacagtaacgag agagtaaatcttgttgtcggggaacgtaaacaacttccatttgatatctcagaagctgga ccaggtacattgcgagcggaggtaaaggctccatctaagacactagatgtggatattgac acgcacacaatgggtagagcagttattgaatttgttccagaagaagaaggtccacattac atacatatcttctggtcagacattccattagtgaactctccattcttgggtttcgctatt caacacacaccagatgccagtaaacttattcttactgggcgtggtctgaaggaggcggtg gttagagaggaggcggagtttattattgatggttctcaggctggcagaggcaacccagat gttgtactgagtggggtcagagctgaggtcaatgtcaaaataaacccgattgggaacgga aaattccgctgcacctacattcctatactccctggtgcctatctcttacatatcacatgg aatggccgccagctgagagggtcgccatataaggtgaacgtaatcggagctttctatcct aacagagtggtcgtgaatggtgtaggcggagctatcttaggacgtgaaatgaatgttggt attgatacaaggaaagccggaccaggtgagctgacagcgtactgtatgggtccccaccag gtggcgtattgtgaacttgaggacaatcatgatggtacatttagactaggagttaaagct caggagtcaggaagacatgtgctacaaattaaatatggaggagaacatgtgcaaggaagt cctttcgtctacaaggtcacagcacagccagatgctagcaaggtgagagttcacggtcca ggtgtagagcatggtatcctagcaacatatatcagcaggtttattgtagagacacgaggt gccggagctggtcaacttacagttcgtattagaggaccaaaaggagccttccaggtggag atgtaccgagacagccagcgtgatcgaaccatcttgtgtaggtttgatcctacagaatgc ggcctgtacatcatcagtgtaaaatggtccggagttgacgtgccaggctcaccgttccac gtacacatcctggatacccaggaggagctagagcaagtgttgaacgaggtttcatactcg tttggtaccagtcaaagtcatggcgggtcactacactcatcaaacccaccacctcgactc gtgtatggacagtggcgagagaaaatctaa

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