Xylanibacter ruminicola: PRU_1999 Help Entry PRU_1999          CDS       T01212                                  Symbol serB Name (GenBank) phosphoserine phosphatase SerB   KO K01079   phosphoserine phosphatase [EC:3.1.3.3] Organism pru  Xylanibacter ruminicola Pathway pru00260   Glycine, serine and threonine metabolism pru00680   Methane metabolism pru01100   Metabolic pathways pru01110   Biosynthesis of secondary metabolites pru01120   Microbial metabolism in diverse environments pru01200   Carbon metabolism pru01230   Biosynthesis of amino acids Module pru_M00020   Serine biosynthesis, glycerate-3P => serine Brite KEGG Orthology (KO) [BR:pru00001]  09100 Metabolism   09102 Energy metabolism    00680 Methane metabolism     PRU_1999 (serB)   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     PRU_1999 (serB)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:pru01009]     PRU_1999 (serB) Enzymes [BR:pru01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.3  phosphoserine phosphatase      PRU_1999 (serB) Protein phosphatases and associated proteins [BR:pru01009]  HAD phosphatases   Other HAD phosphatases    PRU_1999 (serB) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ACT_6 Hydrolase HAD Hydrolase_3 ACT_PSP_2 ACT Put_Phosphatase HAD_2 ACT_4 Motif Other DBs NCBI-ProteinID:  ADE81921 UniProt:  D5EUH0 LinkDB All DBs Position 2411618..2412850 Genome browser AA seq 410 aa AA seqDB search MKKEQILVRITGQDRPGLTASVMGILAKYDAQILDIGQADIHSTLSLGILIRMDETNSGQ VMKELLFKATELGVQIGFSPISDNEYEDWVGHQGKNRYILTVMGRQLEARQIEAATSVIA EQGLNIDSIIRLTGRKSIKNPAKHTRACIEFSLRGEPKDRQEMQSKLMKLSSEMEIDFSF QLDDMFRRMRRLICFDMDSTLIQTECIDELAERNGVGAQVRAITESAMRGEIDFKESFTR RVSLLKGLDVSVMQEIAEKLPITEGVDRLMTTLKRYGYKIAILSGGFTYFGEYLQRRYGI DYVYANELEIGPDGKLTGRYVGEIVDGHRKAELLKLIAQVEKVNLAQTIAVGDGANDLPM ISEAGLGIAFHAKPRVVANAEQSINTIGLDGVLYFLGFKDSYLGDQGVMQ NT seq 1233 nt NT seq  +upstreamnt  +downstreamnt atgaagaaagaacagatactagttagaattacaggtcaggatcgcccaggccttaccgcc tcagtaatgggcatcctcgcaaaatacgatgcacagattctcgacatcggccaggccgat atccactctaccctgtcgctgggtatcctcatccgtatggacgagaccaactcaggtcag gtaatgaaggagttgcttttcaaggccaccgagctgggtgtgcagataggtttctcaccc attagcgacaatgagtacgaggactgggtaggccatcagggtaagaaccgttacattctc accgtgatgggtcgccagttagaggcacgccagattgaggccgctacctcggtgattgcc gagcaggggttaaatatcgactctatcatccgtcttaccggtcgtaagagcatcaagaac cccgccaagcacacccgtgcctgcatcgagttctcgctgcgtggcgagcccaaggaccgt caggaaatgcagtcgaaactgatgaaactgtcgagcgagatggagatcgacttctcgttc cagctcgatgacatgttccgtcgcatgcgccgtctgatttgtttcgatatggactctaca ctgattcagaccgagtgtatcgacgagctggccgagcgcaatggcgttggtgcacaggta cgcgccatcaccgagagtgccatgcgtggcgagatcgactttaaggagagtttcacccgt cgtgtcagtctgctcaagggtctcgatgtgagcgtgatgcaggagatagccgagaaacta cctatcaccgagggtgtagatcgtttgatgactaccctgaagcgctatggatataagatt gccattctctcaggaggattcacttactttggcgaatacctgcagcgccgttatggtatt gattatgtatatgctaacgaactggagattggccccgacggcaaactcacaggtcgttat gtgggcgagatagtagatggccatcgcaaggccgaactgctgaagttgattgcccaggtt gagaaggtgaacctggcacagaccattgctgtgggcgatggcgccaacgacctgccaatg atctcagaggccggtctgggtatcgccttccacgccaagccccgtgtggtggccaatgcc gaacagagcattaacaccatcggtcttgatggcgtactctacttcttaggattcaaggac agctacctgggcgatcaaggagtgatgcaataa

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