Thalassovita mediterranea: KUV46_02660 Help Entry KUV46_02660       CDS       T07443                                  Symbol serB Name (GenBank) phosphoserine phosphatase SerB   KO K01079   phosphoserine phosphatase [EC:3.1.3.3] Organism tmd  Thalassovita mediterranea Pathway tmd00260   Glycine, serine and threonine metabolism tmd00680   Methane metabolism tmd01100   Metabolic pathways tmd01110   Biosynthesis of secondary metabolites tmd01120   Microbial metabolism in diverse environments tmd01200   Carbon metabolism tmd01230   Biosynthesis of amino acids Module tmd_M00020   Serine biosynthesis, glycerate-3P => serine Brite KEGG Orthology (KO) [BR:tmd00001]  09100 Metabolism   09102 Energy metabolism    00680 Methane metabolism     KUV46_02660 (serB)   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     KUV46_02660 (serB)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:tmd01009]     KUV46_02660 (serB) Enzymes [BR:tmd01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.3  phosphoserine phosphatase      KUV46_02660 (serB) Protein phosphatases and associated proteins [BR:tmd01009]  HAD phosphatases   Other HAD phosphatases    KUV46_02660 (serB) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  HAD Hydrolase Hydrolase_3 Put_Phosphatase GGDEF_2 Motif Other DBs NCBI-ProteinID:  QYJ01305 LinkDB All DBs Position 550928..551857 Genome browser AA seq 309 aa AA seqDB search MDRKTTDFSHVAVVVARADKSLQQIGDRLEKALAAADQGEKAPVRMLSGEREFTAVEQAG NFADARKVREALEAAFKDDADICVTSTKDRRKKLLICDMDSTIIQQECLDELADFAGLKA EISAITERAMRGELEFEGALRERVGKLAGLDLSKLDQCYRERITLMPGAKTLVATMKAKG AHAMLVSGGFTYFTSRIGEAAGFDTHRGNTLLDDGNALTGKVAEPILGREAKLATLNEQA AALGISASETLAMGDGANDLAMIEAAGLGIAYRAKPVVAAASDCSIAVTDLTAALYFQGY TDSEIVWKH NT seq 930 nt NT seq  +upstreamnt  +downstreamnt atggacagaaaaaccacggattttagtcatgtcgcggttgttgtcgcccgcgccgacaag agcttgcagcagattggcgacaggctggaaaaggcgttggcagcggccgatcagggcgaa aaggcacccgtccgcatgctgagcggcgagcgtgagtttacggcggtcgaacaggcggga aattttgcagatgcccggaaggtgcgcgaggcgctcgaagcagccttcaaagacgacgcc gatatctgtgtgaccagtacaaaagaccggcgcaagaagctgcttatctgcgatatggac tcgaccatcatccagcaggagtgcctcgacgagctggctgactttgcgggcctgaaggca gagatctcagcgatcaccgagcgggcgatgcgcggcgagcttgagtttgaaggcgcactg cgtgagcgcgtcggcaaactggccgggctcgacctgtcaaagctggaccaatgctaccgt gagcgtatcacgctgatgccgggcgcgaagacgctggtcgcgaccatgaaggctaagggc gcgcatgccatgctcgtctctggtgggttcacctacttcacctcgcgcatcggcgaggcg gcaggcttcgacacccatcgcggcaatacgctgctcgatgatggcaatgcgctaacaggc aaggtggccgagccgatcctcgggcgtgaggcaaagctcgccacgctgaatgagcaggcc gccgcgcttggcatttcagcatcagaaacgcttgccatgggcgacggcgcgaatgacctc gccatgattgaagccgcaggcctcggcatagcctatcgcgcaaagccggtggtcgctgcc gcctcagattgcagcattgccgtcacggatctgaccgctgccctctattttcagggctac accgacagcgaaatcgtctggaagcactag

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