Amphiura filiformis: 140146773 Help Entry 140146773         CDS       T10871                                  Name (RefSeq) uncharacterized protein   KO K01081   5'-nucleotidase [EC:3.1.3.5] Organism afil  Amphiura filiformis Pathway afil00230   Purine metabolism afil00240   Pyrimidine metabolism afil00760   Nicotinate and nicotinamide metabolism afil01100   Metabolic pathways afil01232   Nucleotide metabolism Module afil_M00958   Adenine ribonucleotide degradation, AMP => Urate afil_M00959   Guanine ribonucleotide degradation, GMP => Urate Brite KEGG Orthology (KO) [BR:afil00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     140146773    00240 Pyrimidine metabolism     140146773   09108 Metabolism of cofactors and vitamins    00760 Nicotinate and nicotinamide metabolism     140146773 Enzymes [BR:afil01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.5  5'-nucleotidase      140146773 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  5_nucleotid_C Metallophos KPP10_Orf10 Metallophos_2 Motif Other DBs NCBI-GeneID:  140146773 NCBI-ProteinID:  XP_072024750 LinkDB All DBs Position 2:87349197..87376103 Genome browser AA seq 1176 aa AA seqDB search MGSTCSMCRVNKIEHGTVVEKDGVARWLGHTLYGNGLDDSDSSIDEASPTRLRISEEVRA QYTNYQPTVITILHFNDVYNIEERKQEPVGGAARFATVIKRFQNENPLVFFSGDALNPSI MSSVTRGQQMLPVLNAMKINTAVFGNHDFDFGVDELQDFTRESNYPWMLSNVIDNFTGEP LADGLVTRMITYKGKKIGLIGLVEEEWLVTLTTIDRENLTYIDYVEQGRKLAKELKQQGA DFVIALTHMRMPNDVRLAENVEDIDLILGGHDHDYDIQQVNGHYIVKSGTDFRTLSKLNI EVGCYGNHVEIDKLEVTSEVDEDPHVRDIVEQFKEKVSKEMEGTLGYIEVDLEARFSIIR TQETNLGNFVTDIMLSTTKADVALLNSGTFRTDAIISAGEFKRRDLMTMLPFIDSLMVLQ ITGEQLLECLENGMSQHPKKEGRFPQVSGIQFGYHPSAIPGHRVDPFTVLVDSQHILPRK LYRICTKQYLAEGKDGYEVFRRCPILVDQEEGPILSTIVQNHFTAVEMVKGLKPCRSGHR QSLISLTKRHSFMDQAEISQAEQAQSNIAPSVEGRIFHLDDKDVCDLQRHKERFLSATDE ELIEEMQCWEENNNYVEKRVIKKQKDGHYHHDICTIPEATVSSPDLKLNKTLIAVPSAST GFITGASERTTFSPNEMTSEISCHEMYERSANVTPLASVDFVRDQKRSVSPDDVPSKSND QLSDSDVTTFRSSSMTQYRSSFPGDAIDLACHEQRSEGEVTLTQDRTSSLDNEILKTTQD RTSCPREGTSLSCQGQRSEGEVTLTQGKASTNTEIMKTIQDRTSCPHDATSFACQEQRSE GEVTLTADRTSSPDNEIMKTIQDRTSCRYDAISLACQEQGSEGEVTLNADRTSSLNNKIM KTTQDRTSCHYDATSLLCQEQRSEGEVTLTADRTSFLDNKIMKTTQDRTSCHYDAICQEQ RSEGDVTLTEDNALSPDNELLNTTSSDLDENDAMFSRCDDHGTVPVQTCSHAATLIHICS KSSVVHSTLSSAIPEGSVNEIQTDNISKESTNAAAKSCQLSCCSPSLERNHTQDLNQKSN ININNQTDIKSGEMISCDIEGNQNSSRRPLFQQDATLDKAHAAGTYTEEHNAIHTEMKGT THDKCETGNERSILDSGIDPVCVSIHGLQQDGDKEI NT seq 3531 nt NT seq  +upstreamnt  +downstreamnt atgggatccacatgttccatgtgtagggtaaataaaatagaacatggcactgttgtggag aaggatggcgtggctagatggctgggtcatacactctatggaaacggattagatgactct gattcaagcattgatgaagcatcaccgactcgcttacgcatctcggaagaagtgagggcg cagtatactaactaccagcccacagttatcacaatacttcatttcaatgatgtctacaat attgaggagaggaaacaggagcctgttgggggcgctgcacgttttgcgacagttatcaaa cgtttccagaatgagaatccattggtgttttttagtggagatgcgcttaatccatcaata atgagcagtgttacaagaggacaacaaatgctaccagtactgaatgctatgaaaatcaac acagctgtgtttggcaatcatgactttgattttggtgttgatgaactgcaagatttcact cgtgagagtaactatccatggatgttgagcaatgtaatagataactttactggagaaccg ctggctgatggcttagtgactaggatgataacatacaaaggcaaaaagataggtctgatt ggtttggtagaggaggagtggcttgttaccttgacgaccattgacagggaaaacctaacg tatatagattatgttgagcaaggaagaaaattggctaaagaacttaaacagcaaggagca gactttgtgatagctttaacacacatgagaatgccaaatgacgtgagattggcagagaat gtagaagatatagacttgattcttggaggtcatgatcatgattacgatatacaacaggtc aacggtcattatatagtgaaaagcggcaccgatttcaggactctgtccaagctaaatata gaagttggttgttatggtaaccatgtagaaattgacaagctggaagtcacaagtgaagtt gatgaagatcctcatgtcagagacattgtggaacaatttaaagagaaagtgagcaaggaa atggagggaacattgggatatattgaagtagacctggaggctagattttctatcataagg acacaagaaactaacttaggaaattttgtaaccgatatcatgctgtcaacaactaaagct gatgtggcgcttctcaactccgggacatttcgtacagacgcaatcatttctgctggagag ttcaagagacgtgatttaatgactatgctaccatttattgattcacttatggtactgcaa ataaccggtgaacagttgttggagtgtcttgagaatggcatgagtcaacatcctaagaaa gaaggacgatttcctcaagtgtctggtattcaatttggatatcacccatctgctatacca ggccatagggtggacccttttaccgtattagtagattctcaacatatactaccaagaaag ctttatagaatatgcaccaaacagtaccttgcagaaggaaaggatggctatgaagtcttc agacgttgtcccatcttagttgatcaagaagagggcccaatcctgtcaactattgtacag aatcatttcacagctgttgagatggtgaaaggactcaagccttgcagatctgggcataga caaagcttgattagtttgacaaaacgtcatagcttcatggatcaagcggagatatcgcaa gcagaacaagcgcagagcaatatagcgccctcagtagaaggacgtatcttccatttagac gacaaagatgtgtgcgatctacagagacataaggaaagatttctttctgctacagacgag gaacttattgaagaaatgcaatgttgggaggaaaataataattatgtggagaaaagggtt ataaagaaacagaaagatggccattatcaccatgacatctgcacaataccagaagctact gtgtcatcgcctgacttaaagctcaataaaacattgattgctgtaccatcagcctccact ggcttcatcacaggagcctcagaaaggacaaccttctcacctaatgaaatgacatcagaa atcagttgtcatgagatgtatgagagatcagctaatgtcactcctttagcttctgtagat tttgttagagaccaaaaaagaagtgtttcgccagatgacgtgccatccaaaagcaatgat caactatcagatagtgatgtgactacgtttagatcttccagtatgactcaatataggagt tcatttccaggtgatgccatagatcttgcgtgtcatgaacagaggtctgaaggtgaggtc actttgactcaagacaggacttcttctctagacaatgaaatattaaaaacaactcaagac agaacttcttgtcctcgtgaaggtacatctctctcatgtcagggacagagatcagaaggt gaggtcactttgactcaaggcaaggcttctacaaacactgaaataatgaaaacaattcaa gacagaacttcttgccctcatgatgctacatcttttgcatgtcaagaacagaggtcagaa ggtgaggtcactttgactgcagacaggacttcttctccagacaatgaaataatgaaaaca attcaagacagaacttcttgccgttatgatgctatatctcttgcatgtcaggaacagggg tcagaaggtgaggtcactctgaatgcagacaggacttcttctttaaacaataaaataatg aaaacaactcaagacagaacctcttgccattatgatgctacatctcttttgtgtcaggag cagaggtcagaaggtgaggtcactttgactgcagacaggacttcttttctagacaataaa ataatgaaaacaactcaagacagaacctcttgccattatgatgctatatgtcaggaacag aggtcagaaggtgatgtcactctgaccgaagacaatgctctctctccagataatgaacta ctcaatacaacttccagtgatctcgatgagaatgatgccatgttttcaaggtgtgatgat catggtacagtaccagttcaaacctgctcccatgcagctactctgatacacatctgtagc aagagtagtgttgtacactcaactttgtccagtgcaataccagaaggcagcgtaaatgaa atccagacagacaacatttccaaagagagcacaaatgcagctgccaaatcttgccaatta tcttgttgttcaccatctcttgaaaggaatcacacccaagacctaaatcaaaagtcaaac attaacattaacaatcaaactgatatcaaatcaggtgaaatgatatcttgcgatattgaa ggaaatcaaaattcatcaagaagacctcttttccagcaagatgcaactctggacaaagct catgcagcaggtacttacacagaagaacacaatgccatacatacagaaatgaaagggacc acacatgataaatgtgagactggaaatgaaaggagcattttagactctgggatagaccct gtgtgtgtttctattcatggattacaacaagatggcgacaaagaaatatga

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