Ostrea edulis (European flat oyster): 125652710 Help Entry 125652710         CDS       T09123                                  Name (RefSeq) alpha-actinin-like isoform X1   KO K05699   actinin alpha 1/4 Organism oed  Ostrea edulis (European flat oyster) Pathway oed04517   IgSF CAM signaling oed04518   Integrin signaling oed04519   Cadherin signaling Brite KEGG Orthology (KO) [BR:oed00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04517 IgSF CAM signaling     125652710    04518 Integrin signaling     125652710    04519 Cadherin signaling     125652710  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:oed04131]     125652710   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:oed04812]     125652710    04147 Exosome [BR:oed04147]     125652710 Membrane trafficking [BR:oed04131]  Exocytosis   Small GTPases and associated proteins    Rab associated proteins     125652710 Cytoskeleton proteins [BR:oed04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Cross-linking proteins      125652710 Exosome [BR:oed04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    125652710   Exosomal proteins of colorectal cancer cells    125652710   Exosomal proteins of bladder cancer cells    125652710 SSDB OrthologParalogGFIT Motif Pfam:  CH Spectrin EFhand_Ca_insen EF-hand_1 EF-hand_6 EF-hand_7 EF-hand_8 CAMSAP_CH STB2_C Motif Other DBs NCBI-GeneID:  125652710 NCBI-ProteinID:  XP_048738035 LinkDB All DBs Position 5:complement(50844254..50888179) Genome browser AA seq 888 aa AA seqDB search MSDQDYDGYMEGEEEWDREGLLDPAWEKQQKKTFTAWCNSHLRKAGTQIENIEEDFRNGL KLMLLLEVISGEQLPKPDRGKMRFHKIANVNKALDFIASKGVRLVSIGAEEIVDGNPKMT LGMIWTIILRFAIQDITVEELTAKEGLLLWCQRKTAPYKNVNVQNFHLSWKDGLAFCALI HRHRPELLDYYKLSRDNPLENLNTAFDVAEKHLDIPRMLDPEDMVNSVKPDERSVMAYVS SYYHAFSGAQQAETAANRICKVLKVNQENERLMEEYERLASDLLEWIKKTTPWLENRTTD NTLPGTQRKLEEFRDYRRKHKPPKLEDKARLENSFNTLQTRLRLSNRPAYLPTEGKMVSD IANAWKGLEFAEKGFEEWLLSELQRLERLDHLAQKFRHRCQIHEEWAEGKEDMLQSQDYL RCGLNQLKAMKKKHEAFESDLAAHQDRVEQIAAIAQELNLLEYHDVHTVNTRCQSICDQW DRLGTLTAQRRQGLDEAEKILEKIDTLHLDFAKRAAPFNNWLDGAKEDLLDIFIVHTVEE IQQLLEAHETFKQTLPEADKEFNAIMALASEVQRLANQVGLQLTDNPYTTVDPQDIANKW ADVKQLVPKRDGTLQNEMMKQQNNMRLRKQFAAKANVVGPWIENQLDAVASMGIQTKSSL EEQLKKLRQYEQATAQYKPNIDELERYNQEIQEAMIFENHYTQYTMETLRVGWEQLLTAV ARNINEVENQILTRDSKGISEDQMNEFRVSFNHFDKNRTRRLEPKEFKACLVSLGYNIRD DRQGDADFQRIMSIVDPNNSGYVTFEAFLDFMTRETADTDTAEQVMQSFKILAGDKPFIT AQILRQELPPDQAEYCIQRMAPYSGRDAVPGALDYMSFSTALYGESDL NT seq 2667 nt NT seq  +upstreamnt  +downstreamnt atgtccgatcaggattatgatggatatatggagggagaagaagaatgggacagggagggt ttactggacccggcatgggaaaaacagcaaaagaagacattcacagcatggtgcaattcc catttaagaaaggctggtactcaaatagaaaacatcgaggaggattttcgaaatggttta aaattgatgttattattggaagtgatctctggagaacagctccccaagccagacagggga aagatgaggttccacaaaattgcaaatgtcaacaaagctttggacttcattgcatctaaa ggtgtcagactggtttccattggtgctgaagaaattgtggatgggaatcccaagatgact ctgggtatgatctggaccattatccttcgttttgccattcaagatattacagtggaggaa ctgactgctaaagagggactcctcctttggtgccaacgtaaaacagccccatacaaaaat gtcaatgtgcagaactttcatctcagttggaaagacggtctggcattctgtgcgttgatt caccggcatcgtccagaattattagactattacaagttatccagggacaacccattagag aatttgaatactgcattcgatgttgcagaaaaacatcttgatattccacgcatgttagat ccagaagatatggtgaactcagtaaaaccagatgagcgttctgtgatggcctacgtttct tcatactatcacgcattttcaggggcacagcaagctgaaacagcagcaaacagaatttgc aaagtgttgaaggtcaaccaggaaaatgagcgtctaatggaagaatacgaaaggctagcc agtgatcttttggaatggatcaagaaaaccacaccatggctagaaaacagaacaaccgac aatactttacctggaacccagagaaagcttgaggaattccgggactacagacgtaaacac aaacctcccaaattggaagataaagcacggcttgagaacagctttaacaccctgcagaca aggcttcgactcagtaacaggccagcctacctccccactgagggtaaaatggtgtcggat attgctaatgcttggaaaggtttggaatttgctgagaaaggtttcgaagagtggttactc tcagagctgcaaagactagagcgtcttgatcatttagctcagaagtttaggcaccgttgt caaattcatgaagaatgggctgagggcaaagaagacatgcttcagagccaggactatctt agatgtgggcttaatcaattaaaggctatgaagaagaaacatgaggcttttgagagtgat ttagcagctcaccaagacagagttgagcaaattgcagcaatagctcaggagctgaatctt ttagaataccatgatgttcacacagtcaatactagatgtcagagtatctgtgatcagtgg gatagactaggaactttaactgctcagagacgacaaggtcttgatgaagcagaaaaaata ctagaaaaaatagatacccttcatctcgactttgcaaaacgggcagctcctttcaacaac tggttagatggtgcaaaagaagatttattagatatatttattgttcacactgtagaggaa attcagcaacttttagaagcacatgaaacatttaagcagaccctgccagaagcagataag gaatttaatgccattatggctttggcctctgaagtccagaggctggctaatcaagtgggc ttacagctgacagataatccctacaccacggtggatcctcaggacatagctaataaatgg gctgatgtgaagcaattagtgccaaaacgagacggcactctgcagaatgaaatgatgaag caacagaacaacatgagactgaggaaacagtttgctgctaaggctaatgtggtgggtccg tggattgagaaccagctggacgctgtggcttccatgggaattcaaaccaagagctcactg gaagaacagctgaaaaaactaaggcaatatgagcaggctactgcccagtacaagccaaac attgacgagctggaacgatataaccaggaaattcaggaggctatgatctttgaaaaccac tatacacaatacaccatggagacattgcgagttggatgggaacaacttctcacagcagtt gccaggaatatcaatgaagtggaaaatcagatcctaacaagggattctaagggtatcagt gaagaccaaatgaatgagttccgtgtttctttcaatcatttcgataagaacagaacacgt cgtcttgaacctaaagaatttaaggcctgccttgtcagtttaggatacaatattcgtgat gacagacagggagatgctgacttccagcgtatcatgtccattgtggaccccaataactcc ggctacgtgacctttgaggccttccttgacttcatgacccgtgagactgctgacactgac acagctgaacaggtcatgcaatcgttcaaaattctggctggagacaagccatttatcaca gcacagattcttcgacaagaactgcctccagatcaggcagaatactgtattcagagaatg gcgccatattcaggacgtgatgctgtcccgggtgctttagattacatgtcattctccact gctctgtatggtgaaagtgacctttga

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