Naumovozyma castellii: NCAS_0F00160 Help Entry NCAS_0F00160      CDS       T02233                                  Symbol NCAS0F00160 Name (RefSeq) aconitate hydratase ACO2   KO K17450   homoaconitase [EC:4.2.1.-] Organism ncs  Naumovozyma castellii Pathway ncs00300   Lysine biosynthesis ncs01100   Metabolic pathways ncs01110   Biosynthesis of secondary metabolites ncs01210   2-Oxocarboxylic acid metabolism ncs01230   Biosynthesis of amino acids Module ncs_M00030   Lysine biosynthesis, AAA pathway, 2-oxoglutarate => 2-aminoadipate => lysine ncs_M00433   Lysine biosynthesis, 2-oxoglutarate => 2-oxoadipate Brite KEGG Orthology (KO) [BR:ncs00001]  09100 Metabolism   09105 Amino acid metabolism    00300 Lysine biosynthesis     NCAS_0F00160 (NCAS0F00160) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C AcnX Motif Other DBs NCBI-GeneID:  96904149 NCBI-ProteinID:  XP_003676856 UniProt:  G0VG80 LinkDB All DBs Position 6:complement(21548..23938) Genome browser AA seq 796 aa AA seqDB search MFSRNARTTAKRSLASYAKFANVPKNLQSRTPPYAKLLANLEKVKKITNNTPLTLAEKIL YSHLCDPEESLTSSNLEDIRGKEYLKLYPDRVAMQDASAQMAMLQFMTTGLPDTAVPASF HCDHLIVGKNGEAKDLPSSIETNKEVFDFLESCGKKYGIQFWGPGSGIIHQIVLENFSAP GLMMLGTDSHTPNAGGLGAIAIGVGGADAVDALTHTPWELKAPKILGVKLTGHLSGWSAP KDVISKIAGMLTVRGGTGYIVEYFGEGTSTLSCTGMATICNMGAEIGATTSTFPYQDAHK RYLQATGRGPIAEAADVALNEYGFLRPDKGAQYDKVIEINLSELEPHVNGPYTPDLSTPI SKYAETSLKEKWPQNISVGLIGSCTNSSYQDMSRVVDLVQQAAAAGLKPKIPFFVTPGSE QIRATLERDGIIQIFKDNGAKVLANACGPCIGQWDREDVPKATNEVNSIFTSYNRNFRAR NDGNRNTMNFLTSPEIVTAMIYSGNAQFNPLTDAIKLDNGKEFRFQAPTGDELPQKGFEH GRDEFYPDLEPTSNADVEIKVSPESDRLQLLYPFDAWSGKELKTTALMKVEGKCTTDHIS AAGVWLKYKGHLENISYNTLIGAQNKETGEVNRAYDIDGKGYDIPGLMMKWKEEGRPWTV IAEDNYGEGSAREHAALSPRFLGGQIILVKSFARIHETNLKKQGMLPLTFADAADYDKIT AGDILETLNLVDMVAKDGNNGGFLDVKVTKPDGTSFIIKTKHTMSKDQINFFKAGSAINY IGNIRRAEKAARESKQ NT seq 2391 nt NT seq  +upstreamnt  +downstreamnt atgttctcaagaaatgcaagaacaacggctaagaggtcgttggcgtcttacgccaaattc gctaacgtaccaaagaacttacaatcccgtacaccaccatacgctaagcttttagcaaac ttggaaaaggttaaaaagataacaaataatacacctttgactctggctgaaaagatcctg tattcccatttatgtgatcctgaagaatcgttgacctcatctaacctcgaggacattcgt gggaaggaatacttgaagctatatcccgatcgtgtagctatgcaagatgcttccgctcaa atggcaatgttacaattcatgacaactgggttacctgacactgccgtccctgcttcattc cattgtgatcatttaatcgttggtaagaatggtgaggcaaaggatttaccatcatccatt gaaactaataaagaagttttcgatttcttggaaagttgtggtaagaaatatggtattcaa ttttggggaccaggttcaggtattattcatcaaatcgtcttggaaaacttctctgctcca ggtttaatgatgttaggtactgattcacacactccaaatgctggtgggttaggtgccatt gccatcggtgttggtggtgctgatgctgtagatgcattgactcatactccttgggaattg aaggctcctaaaatattaggggttaaattaactggtcacttgagtggatggtctgctcca aaggacgtcattagtaagattgccggtatgttaaccgtgagaggtggtactggctatata gtagaatactttggtgaaggtacctcaactttatcatgtactggtatggctaccatttgt aatatgggtgccgaaattggtgctaccacttctacatttccataccaagacgctcacaaa cgttatttacaagctactggtagaggtccaattgctgaagcagctgatgttgcattaaac gaatatggattcctaagacctgataagggtgcccaatatgataaggttattgaaattaat ttatccgaattggaacctcatgtcaatggaccatacacccctgatttatctacgccaatt tcaaaatatgctgaaacaagcttaaaggaaaaatggccacaaaatatttctgttgggtta attggttcatgtactaactcatcatatcaagatatgagtcgtgtggtggatttggttcaa caagctgctgctgccggtttaaaaccaaagattccattttttgtcacgccaggttctgaa caaattagagccactttggaaagagatggtattatccaaatctttaaagataatggcgct aaagtgttagctaatgcctgtggtccatgtattggtcaatgggatagagaagacgtccca aaggctacaaatgaagtcaactctatcttcacatcttataacagaaattttagagctaga aacgatggtaatagaaatacaatgaactttttaacttctccagaaattgttacagcaatg atttattctggtaatgcccaattcaatccattaactgatgccatcaagttagataatggt aaagagtttaggtttcaagctccaactggggatgaattaccacaaaaaggttttgaacat ggtagagacgaattttatccagatttggaaccaacttcaaatgcagatgttgaaattaag gtttctcctgaatctgatcgtctacagttattgtatccattcgatgcttggagtgggaag gaattgaagaccactgctcttatgaaggtggaaggtaagtgtaccacagaccatatctct gctgctggtgtttggttgaaatataaaggtcatttggaaaatatctcttataacacttta attggtgctcaaaataaggaaactggtgaagttaacagagcttatgatattgatggaaag ggctatgatatcccaggtttaatgatgaaatggaaggaagaaggtagaccttggactgtt atcgcggaagataactatggggaaggttctgctagagaacatgcagctttatctccaaga ttcttaggagggcaaataatccttgtaaaatcctttgctagaattcacgaaactaactta aagaaacaaggtatgttgccattgacttttgctgatgccgctgattatgataaaattaca gctggtgacatcttggaaaccttaaatcttgtagacatggttgccaaggacggtaataat ggtggtttcttggacgttaaagttactaaaccagatggtacttctttcattattaagacc aagcatacaatgtctaaagatcaaattaactttttcaaggccggttcagccatcaattac attggtaacatacgaagagctgaaaaggctgctagagagagcaagcaatga

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