Alkalimarinus sediminis: NNL22_04225 Help Entry NNL22_04225       CDS       T08621                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism asem  Alkalimarinus sediminis Pathway asem00220   Arginine biosynthesis asem00250   Alanine, aspartate and glutamate metabolism asem00430   Taurine and hypotaurine metabolism asem00910   Nitrogen metabolism asem01100   Metabolic pathways asem01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:asem00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     NNL22_04225   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     NNL22_04225    00220 Arginine biosynthesis     NNL22_04225   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     NNL22_04225 Enzymes [BR:asem01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.1  With NAD+ or NADP+ as acceptor     1.4.1.2  glutamate dehydrogenase      NNL22_04225 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_HM3 GDH_ACT3 GDH_HM1 GDH_HM2 ELFV_dehydrog Motif Other DBs NCBI-ProteinID:  UZW75800 UniProt:  A0A9E8KR14 LinkDB All DBs Position 929411..934270 Genome browser AA seq 1619 aa AA seqDB search MNHVTTDSKAIFLKQLTDAFEEKLDKAEAKKVTDFVFQFFGGLPMEEITGKRFSDIYGAV LASWKFIQHHNFKHPKVRVFNPDLEEDGWQSTHTVLAVLHQNIPFLVDSVRMALNERELT VHSIQHAVLDMERDRTGNLKKLLRRDASTQTDKSESLMFIEVDRHNESSSLDELKSAIET VVKEVRVAVGDYEGMRDSAEALIKEFSKLPKSIAAADIAEAGEFIKWVVADHFTFLGSVE YAYKKSGDDITLEVVKDSQKGIMKSHTESHHRLKLSDLPKRTQEHILKPDIFTFAKSSER SRVHRPAYPDYISVKKFNAKGEVIGERRFLGLYTAKVYNERPSEIPLLRRKTAEVIERSG LNLADYGGKELDQILSVYPRDELFQINSDELFDVAMGILYVQERRKIRLFMREDAYGRFV SCLVYVPREIYSTDLRRKMEKVLVEAVNGVDIDFMTFFSESVLARTQFSIRVSPVENREL NVAELQNKIIAIAQSWQDGLMEALYEAHGEELANRYIHLYQNAFKSSYKEAFSPRRAVID IDHIAAVSGGKPLSMSFYRALEEDEKIIHFKLFHGEEPVTLSDVLPIFENMGLRVIGEHP YGTTDRAGNKVWIHDFTLSTYSNQVVDIHKVRPIFEELFQKVWSGEAESDPFNRLVLAAY LNWRQIAMLRSYARYMRQIRVSNSQHFISNTLVNHVGLTEKILALFEARFSPNIHASEVK RKAAQEKIEIDFNEALDNVSNLSEDKILRLYIELTKATLRTNYYQATPEGQEKSYMSFKL SPRLISDIPLPVPMFEIFVYSPRIEGVHLRGGKVARGGLRWSDRYEDYRTEVLGLVKAQQ VKNAVIVPVGAKGGFVAKKLPDGDRDAFMKEGVACYQTFIRGLLDVTDNLIEGELVPPKQ VVRHDEDDYYLVVAADKGTATFSDIANQISDDYNFWLGDAFASGGSHGYDHKKMGITARG AWVSVERLFREMGHNTATTDFTVVGIGDMAGDVFGNGMLRSKHTRLVAAFNHMHIFVDPN PDAAKSFGERQRLFDLPRSSWEDYDSKLISKGGGVFNRSAKSIPISDEMKGLLGTSCDRM PPNMLISHILKAQVDLIWIGGIGTYFKASSESHNDVGDKANDGLRIDGKEIRAKVVGEGG NLGFTQLARVEFSLAGGRLNTDFIDNAGGVDCSDHEVNIKILLNEVVANGDLTEKQRNKM LSEMTDDVAELVLKNNYRQTQAISIACSDSLGRVEEYRRLINSMEASGKLNRSLEFIPDD EVIAERKALGKGLSRPELSVLISYVKGDLKELITNSTLPDDKCLSHEIELVFPEKLVKKF GKEVHNHKLRREIIATQIANDMVNHMGITFVERLRQSTGASSAAVALAYIIARDAFRLEH WWEQIEALDYRVSSDTQMNMMSELMRLIRRACRWLLRNRRSELNVAANMEKFAKGIQEIS GNLSSYLTGDPKEAWDKTYNQLTEEGVPKEIAETVAGAGHLYSALGIIEAQDMSGSPISR VANVYYALGDRLDLSWFGQQLNILTPTTHWQALAREAFREDLDWQQRALTVGVLKMKNAP DEVEKRLDIWVDYHRDLIDRWTVMLSELKTTTETEFSMYSVALRELLDLAQSTAHQVEY NT seq 4860 nt NT seq  +upstreamnt  +downstreamnt atgaaccatgttacgaccgattcaaaagcgatttttctaaagcaattaacagatgctttt gaagagaaactagataaggctgaagcaaaaaaggtgactgattttgtcttccagtttttt ggtggcttgccaatggaggagatcaccggtaagcgtttctcggatatttacggggcggta ttagcaagctggaagtttattcagcatcataattttaaacatccaaaagtgcgggtgttt aatccagatttagaagaggatggttggcaatctacccataccgttttggctgtattacac cagaatatcccatttctagtcgactccgtcagaatggccctaaacgaacgggagttaacg gtacactcaattcagcatgcagttctggatatggagcgagatcgtacgggtaacctgaaa aagctattgcgacgagatgcttcaacacaaactgataaatcagagtcgttaatgtttata gaggtagatcgccataatgaatcctctagtttggacgagcttaaatcggctattgaaacc gtagtcaaagaggtcagggttgcggtaggtgactatgaggggatgcgtgatagtgcagaa gccttgatcaaagaatttagcaaattgcctaagtctattgctgcagccgatattgcagag gctggcgagtttataaagtgggttgtggctgaccactttacatttttaggttcggttgag tatgcctataagaaatccggcgatgatattaccctcgaagtcgttaaagactcccaaaag ggcataatgaaaagtcacaccgaaagtcatcacaggctcaagttgtctgacctacccaag cgtacccaggagcatatcttaaaaccagatatttttacctttgccaagtcatcagagcgg tctagagtgcaccgtccggcttacccagattatatctctgttaaaaaattcaacgctaaa ggagaggttattggcgagcgtcgttttctgggcctttatactgcaaaggtttataacgaa cgcccttctgaaattccattactacgccgaaaaacagcagaagttattgagcgatcaggg cttaatctggctgattacggcggcaaagagcttgatcagatattatcggtttaccccaga gatgagctatttcagataaatagtgatgaattgtttgatgtagcgatggggattctttat gtacaggagcgccgcaagattaggctgtttatgcgtgaagatgcttatggtcggtttgtt tcgtgccttgtttatgtcccgagggagatctacagcaccgacctaagacgtaaaatggag aaagtactagtcgaggcagtcaatggtgtggatattgactttatgacctttttctctgag tcggtactagcccgaacccagtttagcattcgcgtgagtccggtcgaaaaccgagagctt aatgtagccgaactgcaaaataaaattattgcgattgcgcaatcttggcaagacggattg atggaagcgctttacgaagcccacggtgaagagttagctaaccgctatattcacctctat cagaatgcatttaagtcgagctataaagaggctttctcaccaaggcgagcggtgattgat attgaccatattgcggcggtatcgggtggtaagcctctctccatgagtttttatagagcg ctggaagaggacgagaaaatcatccactttaagctcttccatggcgaggagccagtgacc ttgtctgatgtgttgccaatctttgagaatatggggttaagggttattggtgagcaccct tatggcactactgatcgggcaggtaacaaagtgtggattcatgatttcacgctgtcgaca tactcaaaccaagtggttgatatacacaaggtcaggccgatctttgaggagcttttccag aaagtctggtcgggtgaggcagaaagcgacccgtttaaccgactggtattggcggcttat ttaaactggcgacaaatcgcgatgttacgctcttatgctcgctatatgagacagattaga gtgagtaatagtcagcactttatctctaataccttggtcaatcatgttgggctgactgag aaaattttagcgttatttgaggctcgattctctcctaatatccatgctagcgaggtaaaa cgaaaagctgcgcaagagaagatagagatcgactttaatgaagcgttagacaacgtatct aacctcagtgaagataaaatactgcgactctatatagagttaaccaaggcgactttgcgc acaaattattatcaggcaacaccagaggggcaagaaaaatcttatatgtccttcaagctt agtccgcgtttgatatccgatattccattaccggtgccgatgtttgagatttttgtctat tctccgcgaattgaaggggtgcatttaagaggtggcaaagtcgctagaggcggtttgcgt tggtctgaccgttatgaggattaccgtaccgaagtgcttggactcgttaaagctcaacaa gttaaaaatgcggttatcgtgccagtaggagcaaaaggtggttttgttgctaaaaaattg ccagacggtgatcgtgatgcatttatgaaagaaggggttgcttgttatcagacctttatt cgcggcttgctagatgtaaccgacaatctgatcgagggtgaattagtaccacccaagcag gtcgttagacatgatgaggatgactattacctagttgttgctgccgacaaaggtacggcc acgttctctgatatcgcgaatcagatatcggatgactacaacttctggctaggggacgcg tttgcctcgggcggaagtcatggttatgaccataaaaaaatggggattaccgccagaggt gcgtgggtatcggttgaaagactattcagagagatggggcacaataccgccaccacagac tttaccgttgtgggtataggtgatatggcgggtgatgtgtttggtaacggtatgctgcgc tccaagcacacgcgcttggtagccgcgtttaaccatatgcatatattcgtagatccaaac cctgatgcagccaagagcttcggcgagcgacagcgattatttgatttacctcgctcatca tgggaagactatgacagtaaattaatctcgaaaggaggaggggtctttaatcgctcagct aagtcgatacccatcagtgatgagatgaaagggctgcttggcactagttgtgaccgcatg ccgccgaacatgttgatttcccacattctaaaagctcaggtcgatttaatttggataggt ggtattggaacttactttaaggcgtcgtccgagtcacataacgatgttggtgacaaggcg aacgatggcttaagaatagatggcaaagagattcgtgcaaaagtagtcggagagggtggt aaccttgggtttacccagttggcccgagtagagttcagtttggcaggcggtcgcttgaat accgactttattgataatgctggtggggtcgattgctcagatcatgaggttaatatcaaa atactgctcaatgaggtagtagcaaatggagatttaaccgagaagcagcgtaataaaatg ttgtctgaaatgaccgatgatgtcgctgaattggtgctaaaaaataattatcgtcaaacc caggccattagtattgcctgttcagactcattgggacgtgtagaagagtatcgacgtctg attaactctatggaagcctcaggcaaactcaaccgatcactggaatttattccagatgat gaggttattgctgaacgaaaagcgctaggcaaagggttgtcgcgacctgaattatcagtg cttatttcatatgtcaaaggtgatctgaaagaactaatcactaatagtacgttacctgat gataaatgcctgtcccatgaaattgaattggtgttcccagaaaaactcgttaaaaagttt ggcaaagaggttcataaccataagctacgtcgtgaaattattgcgacccagatagcaaac gatatggtaaaccacatgggaataacctttgttgagcgattacgacaatcgacaggggct tcttcagcagcggttgccctggcttacattatcgccagagatgcatttaggttggagcac tggtgggagcagatagaggctctggattatcgggttagcagcgacacgcaaatgaatatg atgagcgagttgatgaggttgattcgccgtgcttgtcgttggctgttgcgcaatcgacgt agcgagcttaatgttgctgcaaatatggagaagtttgcaaaaggtatccaagagatatcc ggtaatttatcgagttatctaacaggtgaccctaaagaagcttgggataaaacctacaat cagttgacggaagaaggtgtaccaaaagagattgctgaaactgttgctggtgcaggtcat ctctattcggcgttgggcattatagaagctcaggatatgagtggctcacctatcagtcga gtggctaatgtctattatgccttaggtgatcgtcttgatttgagttggtttggtcagcag ttaaatatcttaacgccgacgacccattggcaagcattggctagagaggccttccgtgaa gacctagattggcagcagcgcgccttaactgtgggtgttctaaaaatgaagaacgcgcca gatgaagtggaaaagcgattggatatttgggttgattatcatcgcgacttaattgatcgt tggacggttatgttgtctgagttaaaaacgacaacagagacggagttttcaatgtactcg gttgccttgagagagctgttagatcttgcccaaagcactgcgcatcaggtggagtactag

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