Cupriavidus metallidurans: Rmet_2613 Help Entry Rmet_2613         CDS       T00351                                  Name (GenBank) Alkaline phosphatase   KO K01113   alkaline phosphatase D [EC:3.1.3.1] Organism rme  Cupriavidus metallidurans Pathway rme00790   Folate biosynthesis rme01100   Metabolic pathways rme01240   Biosynthesis of cofactors rme02020   Two-component system Module rme_M00126   Tetrahydrofolate biosynthesis, GTP => THF Brite KEGG Orthology (KO) [BR:rme00001]  09100 Metabolism   09108 Metabolism of cofactors and vitamins    00790 Folate biosynthesis     Rmet_2613  09130 Environmental Information Processing   09132 Signal transduction    02020 Two-component system     Rmet_2613 Enzymes [BR:rme01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.1  alkaline phosphatase      Rmet_2613 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PhoD PhoD_N Pur_ac_phosph_N Motif Other DBs NCBI-ProteinID:  ABF09490 UniProt:  Q1LK36 LinkDB All DBs Position 2842060..2844099 Genome browser AA seq 679 aa AA seqDB search MDRRKFLQWGSFVTVTVATTGLAGCGGDDNASPATPSTNPPTTPPASEPGNTFTFQQGVA SGDPKPDSVVLWTRVDGNNGSKPVNVQLQVSTQADFSTLIVNSTLAASPDWDYTLRNKVT GLSAGTTYYYRFQVGNQTSPVGRTKTAPAAGTPLSQLKFAFITCQDWSVNHWAGMEELVN EDLDFVVHMGDYIYETVGAAFQTGKVETRHAQLTLPNGTLRDDGAHYATTIDDYRYLYKS YRSDPRLQALHARFPVIAIWDDHEFSDDCWQDHQTYTAADDATPRTARRRAANQAWFEFM PADVSFDQADTSFHNIQIYRSFTFGNLATLVMTDERLYRADHVIPEQAAGSEIGSRYFVP KTTLAALEGSKLAAAGGALTPVSILGDTQRGWWQQQIGNATTTWKLWGNEVSLLRMQIDG ALAVGSLLADAVIAQIPALGSQKRPLTGAIAQDLKDAKAANSYQAPAFTQLRGLLAGLTV PALQINAIVAALTSGLPPAMLIDQFILNADQWDGYNAERKAMMAFLKMQRISNVVALTGD IHAFFAGPVMDDYDAATPVPVMVDLVTAGLSSNSFQSYFKSVVDSDAAFADAKPLVYTTD GNGAMVNTFNTTLTSFNPWLTYVNSDAQGYAVVTLAASKLSCSFHKLKPIADGVAPAMPA TASVQVVEVAAGTPAVTLA NT seq 2040 nt NT seq  +upstreamnt  +downstreamnt gtggatcgccgcaaatttctgcaatggggaagtttcgtcaccgtgacggtggccaccacc ggcctggccggctgcggtggtgacgacaacgcctcgcccgccaccccctcgaccaatccg cccacgacgccgcccgccagcgagccgggcaacacgttcacgttccagcaaggcgtggca tccggcgacccgaaacccgatagcgtcgtgctctggacgcgcgtggacggcaacaacggc agcaagcccgtcaacgtgcaactgcaggtgtcgacacaggcggacttcagcacgctgatc gtcaacagcacactggctgcctcgcctgactgggactacacgctgcgcaacaaggtgacg ggcctgtccgccggcaccacgtactactaccgtttccaggttggcaatcagaccagtccc gtgggccgcaccaagaccgcgcccgccgccggcacgccactgtcgcaactgaagttcgcc ttcatcacctgccaggactggagcgtgaatcactgggccggcatggaggagcttgtcaac gaagacctcgatttcgtggtccacatgggcgactacatctacgagaccgtcggcgcggcg ttccagaccggcaaggtggaaacgcgccacgcacaattgacgctgcccaatggcacgctg cgcgacgatggcgcccactacgcgaccacgatcgacgactatcgctacctctacaagtca tatcgcagcgatccgcgtctgcaggcgctgcacgcgcgctttcccgtgatcgcaatctgg gacgaccacgaattctccgacgactgttggcaggaccatcagacctataccgccgctgac gatgccacgccgcgcaccgcgcgccggcgcgcggcgaaccaggcgtggttcgagttcatg ccagccgacgtcagcttcgaccaggcggatacgtcgttccacaacatccagatctaccgt tcgttcacgttcggcaacctggccacgctggtgatgacggacgagcggctctatcgcgcc gatcatgtgattccggaacaggcggcgggcagcgaaatcggcagccgctacttcgtgccg aagaccacgctggccgcgctggagggcagcaagctggccgccgctggtggcgcgctgacg ccggtgtcgatacttggcgacacccaacgcggctggtggcaacagcagataggcaatgcc acgaccacgtggaagctgtggggcaacgaggtctcgttgctacgcatgcagattgacggg gcgctggcggtcggatcgttgctggccgacgccgtgatcgcgcaaattcccgcgctggga tcgcagaagcggcccctgaccggcgccattgcgcaggatctgaaggacgcaaaggccgcc aacagctaccaggcaccggcctttacccagttgcgcggcctgctggcgggactgaccgtg cccgcgctccagatcaacgccatcgtggccgcgctgaccagtggtctgccgcctgcgatg ctgatcgaccagttcattctcaacgccgaccagtgggatggctacaacgccgagcgcaag gccatgatggccttcctgaagatgcagcgcatcagcaatgtggtggcgctgaccggcgac atccacgcgttcttcgcgggcccggtcatggacgactacgacgccgcgacgccagtcccg gtcatggtggatctggtcacggcgggtctgtcgagcaactcgttccagagctacttcaag agcgtggtagacagcgacgcagcattcgcggacgcaaaaccgctggtctacacgaccgat ggcaacggggcgatggtgaacacgttcaacacgacgctgacgtcgtttaatccgtggctg acgtatgtgaactccgacgcgcagggttacgcggtggtgacgctggcggcttcgaagctg agttgcagctttcacaagctcaagccaatcgcggacggcgtggccccggcgatgccggcg acagccagtgtgcaggtggtggaggttgcggcgggaacgcctgcggtgacgctggcctga

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