Kangiella sediminilitoris: KS2013_1575 Help Entry KS2013_1575       CDS       T04467                                  Name (GenBank) Aspartate kinase   KO K12526   bifunctional diaminopimelate decarboxylase / aspartate kinase [EC:4.1.1.20 2.7.2.4] Organism ksd  Kangiella sediminilitoris Pathway ksd00260   Glycine, serine and threonine metabolism ksd00261   Monobactam biosynthesis ksd00270   Cysteine and methionine metabolism ksd00300   Lysine biosynthesis ksd00470   D-Amino acid metabolism ksd01100   Metabolic pathways ksd01110   Biosynthesis of secondary metabolites ksd01120   Microbial metabolism in diverse environments ksd01230   Biosynthesis of amino acids Module ksd_M00016   Lysine biosynthesis, succinyl-DAP pathway, aspartate => lysine Brite KEGG Orthology (KO) [BR:ksd00001]  09100 Metabolism   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     KS2013_1575    00270 Cysteine and methionine metabolism     KS2013_1575    00300 Lysine biosynthesis     KS2013_1575   09106 Metabolism of other amino acids    00470 D-Amino acid metabolism     KS2013_1575   09110 Biosynthesis of other secondary metabolites    00261 Monobactam biosynthesis     KS2013_1575 Enzymes [BR:ksd01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.2  Phosphotransferases with a carboxy group as acceptor     2.7.2.4  aspartate kinase      KS2013_1575  4. Lyases   4.1  Carbon-carbon lyases    4.1.1  Carboxy-lyases     4.1.1.20  diaminopimelate decarboxylase      KS2013_1575 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  AA_kinase Orn_Arg_deC_N Orn_DAP_Arg_deC ACT_9 Ala_racemase_N ACT ACT_7 Motif Other DBs NCBI-ProteinID:  AOE50285 UniProt:  A0A1B3BBW6 LinkDB All DBs Position complement(1730817..1733375) Genome browser AA seq 852 aa AA seqDB search MSNSNSWHVLKFGGTSVSSRDNWNTIAAIIKRKRAKGIRVFVVHSAVSTVSNRLESLIGL ADGGDYRPSYQQLITLHQELLVEMGLPETLLDQQYAYLKRLLDGIHLLGEVSDRVRALIM SQGELWSTRIGQAYLQTQLDESVNRLDARDFLKANESYDVDYLCANCDYSPDGSLIRTVE ESSVVITQGFIASTSEDETVLLGRGGSDTSAAYFAAKLEAERLEIWTDVPGIFTANPNQV NNARLLKELNYDEAQEMASAGAKVLHPRAIRPAQATKIPVYIRSTIDPDIEGTIINDVEN RWGMVKAITAKEHITLISMESQGMWQQAGFLADIFSIFKQHQVSVDLVSTSETNITVSLD SLTQVVSEKQIKNLAKDLSKMCRVNIMHDCSAVSIVGKNVRAILHKIAPAFSIFETYKVY LLSQAASDLNLTFVIDDEHSNKVITALHELLITNNPNSEILGPTAKELKQVEQTDTGSRW WQDKQQEITQCLKDRDSAYIYHLDSVKQNIQNLQSISAIERIFFAVKSNNNPDVLKVAYE SDIGFETVSSGEVDHILNLFPSIDKSRIFFTPNFAARHEYEAILEKGIRLTLDSTYPIRQ WPEIFRGKDVFLRVDPNIGKGHHENVRTAGATSKFGIPIYELEDLQPVIEEYDINVVGLH AHAGSGILTNEHWAEHARLLAETAALFSGVKYLNLGGGFGIKERAQQSELTMSQIDKSLQ KVKSEYPQYELWIEPGRYISANTGVLVSKVTQVKQKQNYYYVGLSTGMNSLMRPALYGSY HNIVNLSRLEQTKEHLATVVGPICESTDKLGVEIPFPETLEGDLVLIENAGAYGHVMSTQ YNMRKPAEEVCI NT seq 2559 nt NT seq  +upstreamnt  +downstreamnt atgagcaacagtaattcttggcatgtgcttaagtttggtggtaccagtgtttccagtcgt gataactggaatactatagcggctatcatcaaacgaaaacgtgctaaagggataagggtt tttgttgttcactcagcagtcagtacggtttccaacagactagagtctttgatcggcctg gctgacggaggggattatcgtccatcctaccagcagctcattacattacatcaagagttg ctggttgaaatgggcttgccggagactttgcttgatcagcagtacgcctatttaaaacgc cttctggatggcatccacttgttaggtgaagtgagtgatcgtgtgcgtgcactcataatg tcacaaggagagctgtggtcaacaagaatcggccaggcttacctgcaaactcagctagat gaatcggttaatagattagatgcaagagacttcttgaaagcgaacgaaagttatgatgtc gactatctgtgcgctaattgtgactattctccagacggaagcttaatcaggaccgtagaa gagtcatcagttgtaattacgcaaggctttattgccagcaccagcgaagacgaaacggtt ctcctggggcgaggaggttcggatacctctgctgcctactttgcggcaaagctggaagct gagcgcctagaaatttggactgatgttcctgggatattcacagctaatccgaatcaggtt aataatgcgcgacttctaaaggagcttaattatgatgaagctcaggaaatggcttctgca ggagcaaaagttcttcatccgagagcaataagaccagcccaggcaactaaaattccagtc tatattcgctcgacgattgatcctgatatcgaaggaactatcattaatgacgtggagaac aggtggggaatggtcaaagccattacagctaaggagcatatcaccttaatatccatggaa agtcagggaatgtggcaacaggcaggatttttagcggatatcttttctatctttaagcag caccaggtctctgttgatttggtatccacttcagaaacaaatattactgtcagtctagac agtttgactcaggtagtttccgaaaagcagattaaaaacttggctaaagacttatctaaa atgtgccgtgttaatatcatgcatgactgctctgcagtttctattgtggggaaaaatgtg cgtgcgatattacataaaattgctccagccttttcgatttttgagacatataaagtctat ttattatcgcaggccgcctctgacttgaatttaacctttgtcattgatgatgagcattcc aataaagtgattactgctcttcatgagttactgattaccaataaccccaatagtgaaatt ctggggccaaccgccaaagagctgaagcaggttgagcagacagatacaggcagtagatgg tggcaagataagcagcaagagattactcagtgtctgaaagaccgggatagtgcctatata taccaccttgattcggttaagcagaacattcaaaacttacagtctatcagtgctattgaa agaatattctttgctgttaaatcaaacaataatcctgatgtgttgaaagtggcttacgaa agcgacattggttttgaaaccgtatcgtcaggtgaagttgatcatattctgaacctattc ccaagcattgataaatcaagaatattcttcacgccaaattttgcggcccgccatgaatac gaagccattttagaaaaaggcatacggttaactttagatagtacttatccaatcaggcaa tggcctgagattttccgtggtaaagatgtcttcttacgcgttgatccaaatattggaaaa ggacatcatgaaaacgtcaggactgctggtgcaacttctaaattcggtatccccatttat gagcttgaggatttgcaaccggtcattgaagagtatgatatcaatgttgttggcctgcat gctcatgccggtagcggtatcttaaccaatgaacactgggctgaacatgctcgactttta gccgaaaccgctgctttattctccggagtaaaatatttaaatcttggtggtggtttcggt attaaggagcgagctcaacagtcagaattaactatgagtcaaattgataaaagcttgcaa aaagtaaagtctgaataccctcagtatgaactttggattgaacctggccgttatatatcg gcaaatacgggcgtattagtatctaaggttacccaggttaagcaaaagcaaaactactac tatgttggcttaagcacgggtatgaactccctgatgcgtcctgcgctatacggctcttat cataatatagttaacttaagtcggttagagcagacaaaagaacaccttgcgactgtggta ggccccatttgtgagagtacagataaattaggtgtagaaattcctttcccggagacactg gaaggggacctggttttaatcgaaaatgcaggtgcttatggccatgttatgtcaacacaa tataatatgcgtaagcccgccgaagaggtttgtatctaa

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