Nostoc piscinale: ACX27_10020 Help Entry ACX27_10020       CDS       T09766                                  Name (GenBank) hypothetical protein   KO K13821   RHH-type transcriptional regulator, proline utilization regulon repressor / proline dehydrogenase / delta 1-pyrroline-5-carboxylate dehydrogenase [EC:1.5.5.2 1.2.1.88] Organism npz  Nostoc piscinale Pathway npz00250   Alanine, aspartate and glutamate metabolism npz00330   Arginine and proline metabolism npz01100   Metabolic pathways npz01110   Biosynthesis of secondary metabolites Module npz_M00970   Proline degradation, proline => glutamate Brite KEGG Orthology (KO) [BR:npz00001]  09100 Metabolism   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     ACX27_10020    00330 Arginine and proline metabolism     ACX27_10020  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03000 Transcription factors [BR:npz03000]     ACX27_10020 Enzymes [BR:npz01000]  1. Oxidoreductases   1.2  Acting on the aldehyde or oxo group of donors    1.2.1  With NAD+ or NADP+ as acceptor     1.2.1.88  L-glutamate gamma-semialdehyde dehydrogenase      ACX27_10020   1.5  Acting on the CH-NH group of donors    1.5.5  With a quinone or similar compound as acceptor     1.5.5.2  proline dehydrogenase      ACX27_10020 Transcription factors [BR:npz03000]  Prokaryotic type   Ribbon-helix-helix    Other families     ACX27_10020 BRITE hierarchy Motif Pfam:  Aldedh Pro_dh PutA_N LuxC DUF5677 Imm30 Motif Other DBs NCBI-ProteinID:  ALF56331 UniProt:  A0A0M4TZ42 LinkDB All DBs Position 2293194..2296142 Genome browser AA seq 982 aa AA seqDB search MAKQLLSATQENRSFLASLRDQMRWDDKLLAWAMSNPGLRVQLFRFIDTLPALRSKPEIA AHLQEYLGDETVELPAALKGMLNFANPDSMPGQVAATTVSTAVETLAHKYISGENIKQVI KTVERLRKEKMAFTIDLLGEAVITEVEAQSYLERYQELIAQLVEASKNWTHIPAIDEADG ERLPKVQVSVKLTAFYSQFDPLDAKGSEERVSDRIRNLLRYAKELGAAIHFDMEQYAYKD LTLNILQKLLLEDEFRQRTDIGVTIQAYLRDSEQDARNVIAWLKQRGYPLTIRLVKGAYW DQETIKAAQKHWPQPVYNDKVATDANFEAITQLLLENHQYVYAAIGSHNVRSQARAIAIA ESLQVPRRCFEMQVLYGMGDKLAKALVDKGYRVRVYCPYGELLPGMAYLIRRLLENTANS SFLRQNLENRPVEELLAPPEISHAEARRRGEEDKGFVGAADTDYAEEERRKKAAQAFAGV RREFGKSYLPLINGEYVNTLDVIDSVNPSNYSQVIGKVGLISVEQAQQAMDAAKAAFPGW RKTPVKQRADILRKAGDLLEQRRAEMSAWIVLEVGKPVKEADAEVSEAIDFCRYYADEME RLYQGINYDVPGETNRYIYQPRGIAVVISPWNFPLAIACGMTVAALVTGNCTLLKPAETS SIITAKLTEILVEAGIPKGVFQYVPGKGSQVGAYLVSHPDTHVIAFTGSQEVGCRIYAEA ATLKPMQRHMKRVIAEMGGKNAIIVDESADLDQAVVGVVQSAFGYSGQKCSACSRVVVVE SIYDTFVARLVEATKSLNIGEAELPSTQVGPVIDANARDRIREYIEKGKAEAKLALELPS PAQGYFIGPVIFSEVPPDGIIAQQEIFGPVLAVIKVRDFAEALQVANGTNYALTGGLYSR TPSHIQQAQEEFEVGNLYINRNITGAIVARQPFGGFKLSGVGSKAGGPDYLLQFLEPRTI TENIQRQGFAPTRRCRVRLICN NT seq 2949 nt NT seq  +upstreamnt  +downstreamnt attgctaaacaactgttaagtgctactcaagaaaatcgctcgtttttagcttccttgcgt gaccaaatgcgctgggatgataaattactcgcttgggcgatgagtaatcctggtttacgg gtgcagctttttcgctttattgatactctgccagcgttacgcagtaagccagaaattgcc gcacatttacaagaatatttaggcgatgaaactgtcgaattaccagccgccctcaagggg atgttaaattttgctaaccctgattccatgccgggacaagtggcggctacaactgtctcg acggcggttgagactttagcacataaatatatttctggtgaaaatattaaacaagtcatc aaaacagttgaacgtctgcggaaagaaaaaatggcgttcacgattgatttacttggtgaa gctgtcattacagaagtagaggcgcagtcttatttagaacgctatcaagaattaattgca cagttggtagaagcatcaaaaaattggacgcatattccggcaattgatgaagcggatggc gaaaggctaccaaaagtccaagtttctgtgaaattaacggcgttttattcgcaatttgac cctttagatgctaaaggtagtgaagaaagagttagcgatcgcattcgtaatttattacgt tatgccaaagagttaggcgcagctattcattttgatatggaacagtatgcctataaagac ttaactctgaatattttgcaaaagttattgttagaagatgagtttcgccaacgcacagat atcggtgtgacaatccaagcatacttgcgtgacagtgagcaagatgccagaaatgtgatt gcatggttgaagcagcgcggttatcctttgacaattcgcttggtaaagggtgcttattgg gatcaggaaactatcaaagcagcccagaagcattggccgcagcctgtttacaatgacaag gtagcgacagatgcgaattttgaagcgatcacccagttgttgctagaaaatcatcaatat gtatatgctgctattggtagtcataacgtgcgatcgcaagcacgggcaattgctatagcg gaaagtttgcaggttccccgccgttgttttgaaatgcaagttttgtatggaatgggggat aagttagctaaggctttggtggataagggatatcgggtgagggtttattgtccttacggg gaattattgccggggatggcgtatctgattcggcggttgttggagaatacggcgaatagt tcgtttttgcggcagaatttagagaatcggcctgtggaggagttactagcacctccagag atatctcacgcagaggcgcggaggcgcggagaggaagataagggttttgttggggcggcg gatactgattatgcggaggaggagagaaggaaaaaggcagcgcaggcttttgcgggtgtg cgtcgggagtttggcaagagttatttaccgttaattaatggggagtatgtgaatactctt gatgtgattgattctgttaatccttctaattacagtcaggtgattggtaaggttggcttg attagtgtggaacaggcgcaacaggcgatggacgcggcgaaggcggcgtttcctgggtgg aggaaaacgcctgtcaagcaacgcgctgatattttacgcaaggcgggggatttgctggaa caacgccgcgcagagatgtcggcttggatagttttagaggtgggtaagcctgttaaggaa gctgatgcagaggtttcggaggcgatagatttttgtcgctactatgctgatgagatggag cggttatatcaaggtattaattatgacgtacctggagaaactaatcgttatatctaccag ccacgaggaattgcggtagtgatttcgccgtggaatttcccgttagcgatcgcctgtgga atgactgtagctgctttggttacgggtaattgtacgctgctcaaacctgcggaaacatct tcaattattactgccaaactcacagaaattttagttgaggcggggattcccaagggtgtt tttcaatacgtgcctggtaagggttcgcaagttggggcgtatttggtgagtcaccctgat actcatgtgattgcttttacgggttctcaagaagtgggctgtcgcatttacgcagaggcg gctacccttaagcctatgcaaagacacatgaagcgagttattgcagagatgggtggtaag aatgccatcattgtagatgaaagtgctgatttagatcaggcggttgtcggcgttgtgcag tcagcttttggttacagtgggcagaaatgctcggcttgttcgcgggtggtggttgtggaa tcaatctacgatacttttgtggcgaggttggttgaggcgacaaaatccttgaatattggc gaggctgagttacccagtacgcaggtagggcctgtgattgatgctaacgcccgcgatcgc atccgcgagtatattgaaaagggtaaggcagaagcaaagttagccctagagttaccatcg ccagcccaaggttattttatcggcccggtgattttcagcgaagtcccacccgatgggatt attgcccaacaagaaatatttggccctgtgttggctgtaattaaagtgagagattttgcc gaagcattgcaagttgctaacgggacaaattacgccttaactggcggtttgtattcccgt acaccttcccacattcagcaagcgcaggaagaatttgaagtcggcaacttgtacattaat aggaatattacgggagcgatcgtagctcggcaacccttcggcggcttcaaactttcgggc gtaggttccaaagcaggcggccctgactacttgctacagttcctcgaaccgcgcacaatt acagaaaacatccaacgccaaggttttgcacccactcgaaggtgcagagtaaggctaatt tgtaattag

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