Coprothermobacter proteolyticus: COPRO5265_0564 Help Entry COPRO5265_0564    CDS       T00773                                  Name (GenBank) 5'-3' exonuclease   KO K03787   5'/3'-nucleotidase [EC:3.1.3.5 3.1.3.6] Organism cpo  Coprothermobacter proteolyticus Pathway cpo00230   Purine metabolism cpo00240   Pyrimidine metabolism cpo00760   Nicotinate and nicotinamide metabolism cpo01100   Metabolic pathways cpo01110   Biosynthesis of secondary metabolites cpo01232   Nucleotide metabolism Brite KEGG Orthology (KO) [BR:cpo00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     COPRO5265_0564    00240 Pyrimidine metabolism     COPRO5265_0564   09108 Metabolism of cofactors and vitamins    00760 Nicotinate and nicotinamide metabolism     COPRO5265_0564 Enzymes [BR:cpo01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.5  5'-nucleotidase      COPRO5265_0564     3.1.3.6  3'-nucleotidase      COPRO5265_0564 SSDB OrthologParalogGFIT Motif Pfam:  SurE PI-TkoII_IV Glucodextran_B Motif Other DBs NCBI-ProteinID:  ACI17560 UniProt:  B5Y821 LinkDB All DBs Position 507154..507924 Genome browser AA seq 256 aa AA seqDB search MRKILVANDDGIFAEGINILVTHLLKWGKAEITVVAPDRTKNATSHSLTLDSILRLRKVF MPNGYEGYTVVDGSPADCVLVALNDLVPDTDLVIAGINHGTNCGIDVLYSGTVGAASEGV VNGKPSIAISSESPEREHLEITAQVLISLLDQGLLNATSSDWVLNINVPALKLEEIKGVA WATMSRHGWTNRVQRREDPRGQIYYWVTGERSKPEQSNNGDYQLLSQGFVTLTPVGLDLT DHESLKELSSRFVFQL NT seq 771 nt NT seq  +upstreamnt  +downstreamnt gtgcggaaaatactggttgcaaacgatgatggcatttttgcagaaggtataaatattttg gtgacacatcttcttaaatggggaaaggcagaaataactgtggtagctcctgataggaca aagaacgctaccagtcactctctcaccttggattccatcctgcgactcagaaaagtgttt atgcccaacggttacgagggttatactgtggtagatggttcgcctgctgactgtgtgctg gtggcactgaacgatttggttcccgatacagacttagtcattgctggcatcaaccatggt acgaactgtggtattgatgtgctttactcaggaacagtgggcgctgcttcggaaggtgtg gttaacggtaaaccttctattgctatttcctcagaaagcccagaaagggaacaccttgaa atcaccgctcaagtgctgatcagcttattggatcaaggattgttaaatgctaccagcagt gattgggttttgaacattaacgtgcctgcacttaagctggaggaaattaaaggggttgcc tgggcaaccatgagtcgtcatggctggactaatagggttcaaagacgtgaagatccccga ggccagatttactactgggttactggggaacggtcaaaaccagagcaaagcaacaatggg gattatcagttgctaagccagggtttcgtaacgttaacgccagttggtctcgatcttaca gatcatgaatcgctaaaggagctgtcaagcaggttcgtattccagctttga

Coprothermobacter proteolyticus: COPRO5265_0800 Help Entry COPRO5265_0800    CDS       T00773                                  Name (GenBank) 5'-nucleotidase   KO K08693   2',3'-cyclic-nucleotide 2'-phosphodiesterase / 3'-nucleotidase / 5'-nucleotidase [EC:3.1.4.16 3.1.3.6 3.1.3.5] Organism cpo  Coprothermobacter proteolyticus Pathway cpo00230   Purine metabolism cpo00240   Pyrimidine metabolism cpo00760   Nicotinate and nicotinamide metabolism cpo01100   Metabolic pathways cpo01110   Biosynthesis of secondary metabolites cpo01232   Nucleotide metabolism Brite KEGG Orthology (KO) [BR:cpo00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     COPRO5265_0800    00240 Pyrimidine metabolism     COPRO5265_0800   09108 Metabolism of cofactors and vitamins    00760 Nicotinate and nicotinamide metabolism     COPRO5265_0800 Enzymes [BR:cpo01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.5  5'-nucleotidase      COPRO5265_0800     3.1.3.6  3'-nucleotidase      COPRO5265_0800    3.1.4  Phosphoric-diester hydrolases     3.1.4.16  2',3'-cyclic-nucleotide 2'-phosphodiesterase      COPRO5265_0800 SSDB OrthologParalogGFIT Motif Pfam:  5_nucleotid_C Metallophos PGA_cap NadN_nucleosid_C Motif Other DBs NCBI-ProteinID:  ACI17582 UniProt:  B5Y8Q0 LinkDB All DBs Position 726488..730174 Genome browser AA seq 1228 aa AA seqDB search MDGKLLKRYLSLVLVLAMVVGFALPVNVGAQETVKITVLETSDVHGHILAYDYGKDKEDQ SFGLSKVATYVNKVRTENPNTILVDNGDYLQGTPLVENYLTATLNPMAAAMNYLKYDAVV LGNHEFNFGMEALKKFVESLSVPVISANVVKAGTEEPYFKPYVVIERSGVKIGILGLTSL VVKKVEKPANLEGVDLIDPVETAKKYVNILKNEEKVDVVILAGHSGLEYDPETKTYSTRE YPENFIFNVVDKVPGIDAVLSGHDHNEFAKVITTSSGAKIPVVQPSSWAKAVGRIDLTLV KENGAWKVSEAVPTTVKMKDYEEDKELVALMQKEHEEVLQFIRTPIGEFSEDFPVLDPLT ARMSDNAYFDIQLKAMEWAAGTDIAVQAILPTTPPTFTKGPITIKDVNALYIYANTLYKV KVTGQMIKDLLENSAKYFVYGYDPLNGATLSSDPNFRAYNFDGVSGVSYQIDVTKPVGER VVNLTYKGEPLKMDDWYVIAINNHRFESLRDTVFKGAEKLWESDIDIAEYIVNYIKEQKT IAPETDHNWSITPTYLLYNAPALVNDYATLDETKTLYAGYQGPSVSLTRGSAACFFTPVY ITATPSGEIPEFKDLDPNANSCVKPLLQTGLYVGYGDDTVRLEEGLTREQSVVVALRGMK AAETLPNADEANSILANYPDAEEVSSWARPYVAAALKYGWLKTRDGKIAPKDRITESELV YMLHWSRFPNVRMLSINDFHGNISTFYNDSNLKATVGGYETIAWYVNKYRAENPLYTYFF DAGDLMQGTPTSTILHGEPLIALHNAIGADAMTIGNHEFDWGLDVLKERIEQAKFPIVSG NIFDKETGEPVDFAKPYAVLEKGFLSVGVVGFTTPESSITAHPSIVGGLEFKSASSIQPY ITELKDKTDLVVVLAHDSAYQDSKTGSITGPSVVDIASYKPDALITGHSHTQVAGFIDGV PTVQAWYNGRRIGGIGLLYDALEGETLMKTATLIAPKVTSETTVPAVAEIIATYDEKVGP VFSTEIGYTEKGLTRNYYGESNLGDFTSDIILQAASKAIDAVVDAAFQNAGGIRIDIPTG TITVGTIWQLMPFDNTVVVMDLKGADIKALLERSCLKEGESDANGASKGQLQPSGIRWTC DMSKPIGERVTAVSFENGKEFSLDATYKVATNDFLATGGDGFAAFKNGTNVTNTFVLVRD AIIEAIKQMTEEGKTIDYEVVGRITIIP NT seq 3687 nt NT seq  +upstreamnt  +downstreamnt ttggatggaaagcttctaaaaaggtatttgtccctagttttagtcctcgctatggtagtt ggttttgctcttccagtaaatgtcggtgcacaggagacagtaaaaatcacagtactagag acttcagatgtccacggtcatattctggcttatgactacggtaaggacaaagaggatcaa agttttggtctatctaaggttgccacttatgttaataaagtgcgcacggaaaaccccaac acgattcttgtagacaacggtgattatttacagggcacaccgctagttgaaaactatctt acagctactctaaatcccatggctgcagctatgaattacctgaagtacgacgcagtggtt ttaggaaatcacgagtttaattttggtatggaggctctaaagaagtttgtagaatctctt tccgtaccagtcatttctgcgaacgtggtaaaagctggaactgaggagccatatttcaaa ccgtatgtggtcattgaacgttccggtgtaaagatcggaattcttggtcttaccagctta gtggttaagaaggtggaaaaaccagcgaacttggaaggtgtggatctaattgatcccgtt gagacggctaagaagtacgtaaacatcctcaaaaatgaagaaaaggtagatgtagtgatt ttagccggtcactccggactggaatacgatccagagaccaagacctacagcactcgcgag taccctgagaacttcattttcaacgttgtagacaaggttccaggtattgatgctgttctt tcaggacacgatcacaatgaatttgcgaaagtaattaccacatcttctggagcaaaaatc cctgttgttcagccaagctcttgggcgaaagctgttggtcgaattgaccttaccttagtt aaggaaaacggtgcatggaaagtttccgaggcagttcccacaacagttaagatgaaggat tatgaagaagacaaagaacttgttgctctgatgcaaaaggagcacgaagaagttctccaa ttcattcggactcccatcggagaatttagtgaagatttccctgtcttagatccgttgaca gctcgtatgtctgataatgcatactttgatatccagctaaaagccatggaatgggctgcc ggtactgacattgccgtacaggccatactccctacaacgccgcctacatttactaagggc cccatcacaatcaaagatgtaaacgcattgtacatttatgccaacacgctttacaaggta aaagtaacaggtcaaatgattaaagatttattggagaattcagcaaagtattttgtttat ggctatgatccgttaaacggtgcaaccttaagctctgatccgaatttccgtgcctacaat tttgatggtgtatcgggcgtcagttaccaaatagatgtaacgaaacctgtgggagaaaga gtggttaacctgacttacaagggagaaccactgaaaatggacgattggtatgtgatcgcc attaacaaccacaggtttgaatcgctacgcgacactgtattcaaaggtgccgaaaagctt tgggaaagtgacattgatattgctgagtacatcgtaaactatataaaagaacagaagacc attgcccctgagaccgatcacaactggtctataaccccaacttatctcttatacaatgct cctgctttggtaaacgattatgctaccttggacgaaactaagactctgtatgcaggatat caagggccttctgttagcctgaccagaggaagcgctgcttgcttcttcacacccgtttac attaccgcaacccctagcggggagataccagagtttaaggatcttgaccctaatgcaaac agctgcgtgaagcctttgttgcagacgggactttacgttggatatggtgatgacactgta agattagaagaaggtttgaccagagaacagtccgttgtggttgcattaagaggaatgaaa gcagcagaaacactgccaaatgctgatgaggccaacagcattctagccaactatccagac gctgaggaggtctcctcttgggcacgaccctatgtagcggctgcgttgaagtacggttgg ctcaagacaagggatggcaaaattgctcccaaggacagaattactgaaagcgaacttgtt tacatgcttcactggagccgcttccccaatgtgcgcatgctcagtatcaacgatttccac ggcaacataagcactttctataatgacagcaacctgaaagctacggtgggcggatacgag accattgcttggtatgtgaacaagtacagggcagagaaccctctttatacatacttcttt gatgctggagatttgatgcagggtactcctacgtcaaccatacttcacggtgagccattg attgcactgcacaacgctattggcgccgatgctatgaccattggaaaccacgagtttgac tggggtctggatgtgctaaaggaacgcatagaacaggctaagttccccatagtttctgga aacatttttgataaagagacaggagaaccggtggactttgcaaaaccctatgcagtgctt gaaaaaggctttcttagtgtgggcgttgttggcttcactacaccggaatcttccataaca gctcatccgtctattgtgggcgggttggaatttaagagcgccagctccatacagccctac ataaccgagctgaaagataaaactgatcttgttgttgttctcgctcacgatagtgcctat caagattccaagacaggttccataacaggcccatctgttgtggatattgcaagctataaa ccagatgcactgattacgggacacagccatacccaggttgctggattcattgatggagta cccacggtgcaagcttggtacaatgggcgtcgaatcggcggtatagggcttctttacgat gcgctggaaggcgaaactctgatgaagacagcaactttgattgctcctaaggttacttca gaaacaaccgttccagccgtggcagaaatcattgcaacatatgacgaaaaagtaggtcca gtattcagcactgagattgggtacactgagaagggattaacaaggaactactacggcgaa tccaatttaggtgacttcacttccgacatcatactgcaggctgcaagcaaagccatcgat gctgttgtggatgcagctttccagaatgcaggtggtattcgcatcgacattccaacaggc acaataactgtgggcaccatttggcagctgatgccatttgacaacacggttgttgtgatg gatcttaaaggcgcagacattaaagctctgctcgagagatcttgcctgaaggaaggcgaa tctgatgcaaatggagctagcaagggtcaactacaaccttccgggatcaggtggacttgt gacatgagcaagcccataggcgaaagagttactgcggtctcctttgaaaatggtaaagag tttagcttggatgcaacttacaaagtcgcaacgaatgatttcttggcaactggtggagac gggttcgcggcgtttaagaacggtacaaacgttaccaacacctttgttctagtgcgtgat gcaatcattgaagccataaagcagatgactgaagaaggaaagactattgactacgaagta gtcggcagaataacaataattccgtaa

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