Mycolicibacterium parafortuitum: MPNTM1_01248 Help Entry MPNTM1_01248      CDS       T11082                                  Symbol glsA_1 Name (GenBank) glutaminase   KO K01425   glutaminase [EC:3.5.1.2] Organism mpat  Mycolicibacterium parafortuitum Pathway mpat00220   Arginine biosynthesis mpat00250   Alanine, aspartate and glutamate metabolism mpat00470   D-Amino acid metabolism mpat01100   Metabolic pathways mpat01110   Biosynthesis of secondary metabolites mpat02020   Two-component system Brite KEGG Orthology (KO) [BR:mpat00001]  09100 Metabolism   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     MPNTM1_01248 (glsA_1)    00220 Arginine biosynthesis     MPNTM1_01248 (glsA_1)   09106 Metabolism of other amino acids    00470 D-Amino acid metabolism     MPNTM1_01248 (glsA_1)  09130 Environmental Information Processing   09132 Signal transduction    02020 Two-component system     MPNTM1_01248 (glsA_1) Enzymes [BR:mpat01000]  3. Hydrolases   3.5  Acting on carbon-nitrogen bonds, other than peptide bonds    3.5.1  In linear amides     3.5.1.2  glutaminase      MPNTM1_01248 (glsA_1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Other DBs NCBI-ProteinID:  XCI60128 LinkDB All DBs Position complement(1331462..1333168) Genome browser AA seq 568 aa AA seqDB search MFVAEGSAVPQSAPADGAVVPGSSEGRDSHGVSALARTFKLSSQQRISLMELRTRIQVAG IAPDDLRVRQGISQLLAADGDDGAGLTLEQFGSICEASGGLIARALRGDLVIPDFARLES ELRETYDHVRGDTRGATADYIPQLKRVDPEKFGIAVCTIDGQRFSVGDTNDLFCVQSLCK PVNYSLALEEHGVEAVHRHIGREPSGREFNELSLTADGLPHNPMINSGAIMACSMLRAHD ELADRFDYVAETWRRLCGSDRVGFNNSVYLSERRTADRNFSLGYFMRERGAFPEGTDLVE TLEFYFQCCSIELDTAALAVVAATLANAGINPLTNDRVFHPNTVRHCLSLMSSCGMYDYS GEFAFTIGLPAKSGVSGGLMLVVPGVMGVCVWSPRLDSHGNSVRGVAFCRELINRYNFHA FDSLTMGEDTDKRDPRRKKNEAEISVTMRLLYAASQGDLDELRAVLAAEADPNAADYDGR TALHLAASEGHVAAVRYLLASGSRPDVTDRWGGTPLTDALRGKHTEAADLLRRNGVADPA ADTGDADGQPAKSPTKRTKERKGYALQS NT seq 1707 nt NT seq  +upstreamnt  +downstreamnt atgttcgtggccgaaggttctgcagtgccgcagagtgcaccggcggatggtgccgtagtc cccgggtcgtccgaggggcgggactcgcatggcgtcagcgcgctggcaaggacattcaaa ctgtcgtcacagcagcgaatttcactgatggagctccggacgagaatccaggtcgccggc atcgcgccagacgacctccgggtacggcagggcatctcacagctactggcggccgacggt gatgatggcgccggcctcacgttggagcagttcggctccatctgcgaggcaagcggcggt ctgattgcccgggccttgcgtggtgaccttgtcatccctgacttcgcacgcctcgaaagc gagctccgggagacctacgaccacgtccgaggggacacccggggggcgacggccgactac atcccgcagctcaagcgcgtcgacccagagaagttcggcatcgccgtctgcacgatcgac ggccaacgcttcagcgtcggtgacacgaacgacctcttctgcgtgcaatccctgtgcaaa ccggtgaactacagtctggcgctggaggaacacggtgtcgaggccgtgcaccgacatatc gggcgcgaacccagcggccgggaattcaacgagctttcgctgaccgcggacgggctgccc cacaacccgatgatcaactccggtgccatcatggcctgctcgatgctacgggcgcacgac gagcttgccgaccgcttcgactatgtcgcggagacctggcgtcggctctgcgggtccgac agggtcggcttcaacaactctgtctacctgtccgaacgtcgaaccgcggaccgcaacttc tccctcggctacttcatgcgagaacgcggagcgtttcccgagggcacagacctcgtcgaa acgctggagttctactttcagtgttgctcgatcgagctggacaccgcagcgttggccgtt gtcgccgcgaccctcgccaacgccggtatcaacccgctgaccaatgaccgggtatttcac ccgaacacggttcgtcactgcctgtcgttgatgtcttcatgcgggatgtacgactactcc ggtgagttcgcgttcacgatcggactgccggccaagagcggtgtgtccggtggactgatg cttgtcgtcccgggagtgatgggggtgtgtgtatggtcgccgcgcctggactcgcacggc aactcggtacgcggagtcgcgttctgcagggaactcatcaaccgctacaactttcatgcc ttcgattccctaaccatgggtgaggacaccgacaagcgcgatcctcgccggaagaagaac gaagccgagatcagcgtgacgatgcgcctcctctacgcggcgagccagggcgacctcgat gagctgcgggcagttctcgccgcggaggccgaccccaacgccgcggactacgacggtcgt accgcgctgcacctcgcggcgtccgaaggtcacgtcgccgcggtgcgttatctcctcgcg tcgggttcccgcccggacgtcaccgaccgctggggaggtacgccgctgaccgacgcgctg cgaggcaagcacaccgaagcggccgatctgttgcggcgcaacggcgttgcagatcccgcc gcagacaccggggacgccgatggacaacctgcgaaaagccccacgaaacgaacaaaggag aggaagggctatgccttacaaagctga

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