Ostrea edulis (European flat oyster): 125645651 Help Entry 125645651         CDS       T09123                                  Name (RefSeq) synaptojanin-1-like isoform X1   KO K20279   synaptojanin [EC:3.1.3.36] Organism oed  Ostrea edulis (European flat oyster) Pathway oed00562   Inositol phosphate metabolism oed01100   Metabolic pathways oed04070   Phosphatidylinositol signaling system Brite KEGG Orthology (KO) [BR:oed00001]  09100 Metabolism   09101 Carbohydrate metabolism    00562 Inositol phosphate metabolism     125645651  09130 Environmental Information Processing   09132 Signal transduction    04070 Phosphatidylinositol signaling system     125645651  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:oed04131]     125645651 Enzymes [BR:oed01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.36  phosphoinositide 5-phosphatase      125645651 Membrane trafficking [BR:oed04131]  Endocytosis   Clathrin-mediated endocytosis    Inositol 5-phosphatases     125645651 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Exo_endo_phos2 Syja_N DUF1866 Exo_endo_phos SOGP_N Motif Other DBs NCBI-GeneID:  125645651 NCBI-ProteinID:  XP_048727255 LinkDB All DBs Position 6:complement(22219898..22250522) Genome browser AA seq 1573 aa AA seqDB search MAMIKNFRIFHKLEPPYSVIIENKNYEESLMFESNALAVLHSSEAELLKKQYTKILDAYG CLGVLNYAVGEDNVLFLVLVTGCLSVGKICDSEIFRITATQFLSLRNGQGDEERISEVKK LLNSGTFYFAWSAAGTTWDLTLCAQRKIQEHDTDNRFFWNRMLHVHFQRFAIDCDRWLFK MICGGVEIRTIYAAHRQAKACLISRLSCERAGTRFNVRGTNDDGHVANFVETEQVIFLDE KISSFIQTRGSVPLFWEQPGIQVGSHRVKMSRGHEASAPAFDRHLNMIKDLYGDQVLINL LGQKEGEHMLSQAYLKHHQASTFHQRIPLINFDYHSEVRGNAKNLDRLKHKVLKQLVDFG YFYSVDNLGDRFQSGTMRSNCLDCLDRTNAVQSMLGMEMLPRQLESLGLAEKQQMVSRFL DIYRQIWSANGDHVSRIYAGTGALGGGRSKYSDAARSATRTIQNNFLDNSKQEAIDILLL GNTLRGELADKARALLTTRILHAPPAILQSMVNGYPEFTDVESLRIFIGTWNVNGGKHFR SIAHKHESISDWLLDAASITKEKNPDMLEKAANWEKPVDIFAIGFEEIVDLNASNIMKAS TTNAREWQKELLKIISRDHKYVVLNSVQLVGVILYIFIRPHLAPFVRDVATDSAKTGLGG AAGNKGGVAIRFLYQSTSLCFVCAHLSAGQSQVNDRNSDYHEISRKICFPMITPTVRKGR TIGSHDYVFWCGDFNYRIDLPREEVLSLIEAQNWGALQACDQLKVQKEAGNVFKGYTEGP TDFAPTYKYDLFCNDYDSSEKCRCPAWTDRILMRRKPLIHHSPQLLEDGPVWNPGKLLLY NRVELKTSDHRPVLSLYDIDTLKVEDNKKEQKLQEIVSQQGPPDGTVIISVETEEMEQEL VEAIVHFFSDVGEIVLVRFVEADLWLIFKTGQFALKALNYDGTEINGTTIRTRLKTEEWR AQIQQELKICIVNSTPLYNQFSNSLLGEDFSTPALEFESEEEDDAEIQDSLLGIPMDQIR PSSPNGSGRNSPYSDDGYLDQPSGPPPRPVNKPPVPSIGPNRESPDPFTIQTKSPGPEPG SRPAPPQRPSGPPVKPPPPQRPKAPPVKPTHGAEKSSETDVKRPPPIVRKPISSQSIKKI KTKQQTKTQAISIGRPTNVTHHGHASTIEDAQSLIEKLMVGGGSTLPPPLLPDSDNKIVR SLTSEDVASDKAEVEAPKPVPRNKTSGNISSMTEAPQRPRDSPPSVQARTEARPVPAPRR EIQSMVINEGVQSKPSRGPPPLPPTRPQSWMPSTQKVSDDQTYAVVNKLTDSCNSASQNI IDAPLPLDRDSMVERDPFDTSSVPSQFLNQASQTKSRPPVSRPPPPVPIRHMLNNQDLAT SASSDIQNDQTQWDDFHSNSENSQSIPSFSSPEVQSLDDSSDKNSSSMGPPSESPPPVPL EFSEGHSPDPSPTPPSDSPPSEPPPPLPSEGPPLEPPPPLPSEGPPSEAPPPPPVDKEDQ FAEFKANFDSFQNSATPLDHLPPDPPNHSPQEPRSRGPVPSRVLPPVPTRGPAAGNPPVP KRPMNHPPVPPRS NT seq 4722 nt NT seq  +upstreamnt  +downstreamnt atggcgatgataaaaaatttccgtatttttcataaattggaaccgccgtacagtgttata atcgaaaacaagaactacgaagaatctctgatgtttgagtcgaatgcactcgcagtttta cattcaagtgaagcagagttgctaaagaaacaatacacaaaaatactggatgcctatggc tgtcttggagtattaaattatgcagttggagaggataatgtgctgttccttgtattggtc accggctgtttatcggtgggtaaaatatgtgattcggaaatatttcggataacagccacc caatttctgtctctgcggaatggacagggcgatgaagagagaatatcggaggttaagaag ctgttgaattcagggactttctactttgcttggtcagctgccgggacaacttgggacctt actttatgtgctcagaggaaaatccaggaacatgacacggataacagatttttctggaac agaatgcttcacgtccatttccagaggtttgctatagactgtgacaggtggttgtttaag atgatctgtggaggtgtggaaataaggacaatctatgctgcccataggcaagccaaggct tgtttgatatcacggctcagctgtgagagggctggaaccagattcaacgtcagaggaact aacgatgatggtcatgtggccaactttgtggagactgaacaggtcatattcctggatgaa aagatatcatcatttattcagacaagaggttcggttccgttattttgggaacagcctgga atccaggttggctctcatcgagtgaaaatgtcgcgaggacatgaagcttcggccccagcc ttcgacagacatctgaacatgataaaggacctgtatggggatcaagtgctaataaactta ctcggacagaaggagggggagcacatgctgagtcaggcatatctgaaacatcaccaagct tccacatttcatcaaagaattcccctgattaactttgactaccattctgaagttcgaggg aatgctaaaaacctggatagactgaagcacaaggtcctcaaacaactggtggattttggt tacttttacagtgtggataatctgggagacagatttcagtccggtaccatgagatcaaac tgtctagactgcttggatagaaccaatgctgtacagtccatgctgggaatggagatgctg cctcgtcagctggagagtttgggactcgctgagaaacaacagatggtgtccaggtttcta gacatctaccgccaaatatggagtgctaatggggatcatgtcagcagaatttatgctgga acaggggctcttggagggggtagatcaaagtactctgatgctgcccgctcagccacacga accatacagaataacttccttgacaacagtaaacaggaagcaatagatatcttgttgcta ggcaacacattaaggggagaacttgcagacaaggcccgggcattactaactaccagaata ttacatgcccctccagctattcttcagtctatggtcaatggctatcctgagttcacagat gtggagagtctgaggattttcatcggaacctggaatgtgaatggtggaaaacattttagg agtattgcgcacaaacacgaatctatatcagactggctgttagacgctgcctccataact aaagagaaaaacccagatatgcttgagaaagcagctaactgggagaagccagtggatatt tttgccattggttttgaggagatcgttgaccttaatgccagtaacatcatgaaagcaagt accacaaatgccagggagtggcagaaggagttactgaaaataatatcaagagaccacaag tatgtggtgttgaacagtgtccagttggtgggggtcattctgtacatattcatacgccct catctggcgccatttgtcagggatgttgccacagattctgctaagacaggattaggaggt gcagccggtaacaaagggggcgtggccatacgttttctctaccaaagcacgtcgctttgt tttgtctgtgctcatttgtcagctggacagtctcaagtcaatgaccgcaatagtgactac catgaaatctctagaaaaatctgcttcccaatgattacaccaaccgttcgaaagggaagg accattggttcccatgactacgtgttctggtgtggggactttaactataggattgacctt cctcgggaagaggtcctcagtttgatagaggctcaaaactggggagcactccaagcatgt gaccagctgaaggtccagaaagaggctggaaatgtctttaaaggttatactgagggaccg acagacttcgcccctacctacaagtatgacttattttgtaatgactatgactcgagtgag aagtgtcgttgtccagcctggacggacagaattctgatgagaagaaaacctctcattcac cattcaccacaattattagaggatggaccagtgtggaaccctgggaaattgttgttatat aacagggtagaactgaagacatccgatcacagacctgtcctatcactgtatgacatcgac acattgaaagtggaagacaacaagaaggagcagaagttacaggagattgtcagccagcaa ggaccaccagatggcactgtcatcatttctgtggagactgaagaaatggagcaagagctg gtggaggccattgttcacttcttttctgatgttggagaaatagtccttgttagattcgtg gaagcggatttatggctgatctttaagacgggacagtttgcactgaaggcattgaactat gacggcacagagataaatggaacgaccataaggactcgtctgaagacagaggaatggcgg gctcagatacagcaagagttaaaaatctgtattgtaaactccaccccactctataaccag ttctccaacagcctgctgggggaggacttcagcacaccagccttggagtttgaatcagaa gaagaggatgatgctgagatacaggattctttgttaggaatccccatggatcaaattagg ccaagttcaccaaacgggtcaggacggaatagtccatactcagatgatgggtatctagat caaccctctggcccccctccaaggccagtgaataaacctcctgtcccttccattggtcca aacagagagtcacctgacccatttaccattcagaccaaatcaccaggaccagagcctgga tcgagaccagcacccccacagcgaccctcagggccaccggttaaacctccaccccctcag cgacccaaagctcctcctgtcaaaccaacacatggtgcagagaaatctagtgaaacagat gtcaaaagaccacctccaatagtaagaaaaccaatcagttcccaaagtatcaagaaaatc aagaccaaacagcaaacaaagacacaggcaataagtattggtcgtccaacgaacgtgacc caccacggacatgcgtccactatagaggatgcccagtcattgattgagaaactgatggtc gggggagggagcacattacctccacctctgctgccagactcagacaataagattgttaga agtctaaccagtgaagatgtggcaagtgacaaagctgaagtcgaagcacctaaacctgta ccaagaaacaagacttctggaaatatctcttccatgaccgaggccccgcagcggccaaga gacagcccacctagtgtacaggcacgtactgaagctcgccctgttcctgctccaaggagg gaaattcagagtatggtcattaatgaaggggtacaatccaaaccctcgagaggaccacct ccccttccacccacacgaccacaaagttggatgccctcaacccagaaagtgtcagatgat cagacttacgcagtcgtaaataaattgactgattcttgtaatagtgctagtcaaaacatt attgatgctcctttaccactggacagagacagtatggtggagagagatccgtttgacact tctagtgttcccagtcagtttttaaatcaggcatcacaaactaagagtagacctccagtc agtcgaccccctccccctgtacctatccgacacatgttaaacaaccaggatctcgcaact agtgcttcctcagacatacaaaatgaccaaacccagtgggacgactttcacagcaattct gagaattctcaatcaattccatcttttagctctcctgaggttcagtcgttagatgatagt tctgataaaaattcatcaagtatgggtccaccttctgaatctccaccccctgttccgtta gaattttcagaaggacattctcctgatccctcacccactcctccatcagacagcccccca tcagaacctccaccccctcttccttcagagggtccccctttggaacccccacctcctcta ccttcagagggtcccccatctgaggcccctccacctccaccagtggacaaagaagaccaa tttgcagagtttaaagccaattttgatagttttcaaaattctgcaacacccctggatcat ttaccaccagatccccctaatcattctccccaggaacccagaagtaggggaccagtacca tctagagttcttcctcccgttcccacaaggggaccagctgcagggaatccccctgttcca aagaggccaatgaatcatcctccagtaccacctaggtcttaa

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