KEGG   Pseudoalteromonas espejiana: PESP_a1021
Entry
PESP_a1021        CDS       T04989                                 
Symbol
putA
Name
(GenBank) proline dehydrogenase / delta 1-pyrroline-5-carboxylate dehydrogenase
  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
pea  Pseudoalteromonas espejiana
Pathway
pea00250  Alanine, aspartate and glutamate metabolism
pea00330  Arginine and proline metabolism
pea01100  Metabolic pathways
pea01110  Biosynthesis of secondary metabolites
Module
pea_M00970  Proline degradation, proline => glutamate
Brite
KEGG Orthology (KO) [BR:pea00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    PESP_a1021 (putA)
   00330 Arginine and proline metabolism
    PESP_a1021 (putA)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:pea03000]
    PESP_a1021 (putA)
Enzymes [BR:pea01000]
 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
     PESP_a1021 (putA)
  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
     PESP_a1021 (putA)
Transcription factors [BR:pea03000]
 Prokaryotic type
  Ribbon-helix-helix
   Other families
    PESP_a1021 (putA)
SSDB
Motif
Pfam: Aldedh Pro_dh Pro_dh-DNA_bdg PRODH Connexin50
Other DBs
NCBI-ProteinID: ASM49191
Position
I:complement(988462..992265)
AA seq 1267 aa
MLFNGDLTTTCPTRQKIRDFYRIDENAVIDHILPLAEVGVKARSRAWERARQIVLNIRKD
QDGQSGVDALLNEFSLSSEEGVVLMCLAEALLRVPDKATQDTLIRDKLAKGDWSSHLGSS
DSLFVNASSWGLLVTGKMVNYTDKTKEQQFGMLKKTIGRLGEPVIRKSVNFAMKIMGKQF
VMGRTIDEAIERAAEKEQKGYVYSYDMLGEGARTMKDAQRYFDSYMNAIHAIGKAANGRG
PVKSPGISVKLSAIHPRYEFTHKERVMEEIVPKLKELALAAKKYDIGFTVDAEEADRLDI
SLDVIEAVFSDEDLGNWQGFGLAVQAYQKRAIFVIEWVTELATRVGRKMMVRLVKGAYWD
TEIKTTQQDGLDHYPVFTRKATTDVSYKACAIRMLEARDVLYPQFATHNAYTAATILEVA
KGDNTGFEFQRLHGMGESLFDQIVNEEKIQCRVYAPVGQHEDLLAYLVRRLLENGANSSF
VNAIVDTTKPVESLLPDPVETLQGLRNKYNTQIKMPIDLYGDERANSKGMDLTDINVITP
FKENLESWFNEHLIDQSQVPEGSLAVKNPADHREIIGHVKLQSGDEMKDILANAEAAFET
WSQTSVKERANLLRRVADILERHHDELVAICIKEAGKIAQDGIDEVREAVDFCRYYAARA
EELSTDERFEARGVILCISPWNFPLAIFLGQVAAAIVTGNTVIAKPAEQTSLIALRAIEL
MLSVGLPEHVVQPVIARGSEVGKTIVPDERIQAVMFTGSTETGTIISQTLAARNDIQVPL
IAETGGQNCMIVDSTALPEQVVDDVISSGFQSAGQRCSALRVMFIQEDVADGIIEMLKGA
LAELHVGDPSLLSTDVGPVIDEKALKTLNEHVEYLKGNATLHYECKIPDNTENGAYFFAP
RLYEIEDLSVLKREVFGPCVHIVRFKANDIDNVIDQINNTGYGLTMGVHSRIEERCEYLA
KMSRAGNVYVNRNMIGAIVGVQPFGGRGLSGTGPKAGGPNYLQRLVKEKASPDNVQMTNL
TPDELDLHHYSGANEQVQKLMANSMRDEKIWRSTPLNDRVSAVRQLLAKVATVEIIDDLA
DDLALTLAEARAQLNRLEKHMRKFKTLPGPTGESNTLHLEARGCVVCYADKSTSFNFWAL
SIITALAAGNTVITVASELFYDEAVAFKDKFISTGVAEGVFQVAKPNQLQAILAHPHLAG
AVVAARSSRLGYFSQQLAQRKGAILPVISSEYYDTLIKRLITEKTISIDTTASGGNTSLM
TLVEDDE
NT seq 3804 nt   +upstreamnt  +downstreamnt
atgttattcaatggcgatttgacaacaacctgtcctacaagacagaaaattcgtgatttt
taccgcattgacgaaaatgcagttattgatcatattttaccacttgcagaagtgggtgtt
aaagcacgtagccgtgcatgggaaagagctcgccaaatcgtacttaatattcgtaaagac
caagacggtcaaagcggtgttgatgcgcttttaaatgaattctcactctctagtgaagaa
ggtgtagtgttaatgtgtttggccgaagctttacttcgtgtaccagacaaagcaacccaa
gatacgttaattcgtgacaaactagctaaaggtgattggagttctcacttaggaagcagc
gattctttattcgtaaatgcatcttcttggggactattagtaaccggtaaaatggttaac
tacacagataaaaccaaagaacaacaatttggtatgcttaaaaagaccattggtcgttta
ggtgagcctgtaattcgcaaatcagtaaactttgcgatgaaaattatgggtaagcaattc
gtaatgggccgtaccattgacgaagctattgagcgcgctgccgaaaaagagcaaaaaggc
tatgtatattcatacgatatgctaggcgaaggcgcacgcactatgaaagatgcacagcgt
tacttcgacagctacatgaatgcaatacatgccattggtaaagcagcgaatggccgaggc
ccagttaaaagccctggtatttcagttaagctttctgctattcacccgcgctatgagttc
acgcataaagagcgcgtgatggaagaaattgttcctaaacttaaagaacttgcgcttgca
gctaaaaagtacgacataggctttaccgttgatgctgaagaagctgaccgcttagatatt
tctttagatgtaatagaagctgtatttagcgatgaagatttaggtaactggcaagggttt
ggtttagctgttcaggcttatcaaaagcgcgctatttttgttatagagtgggtaactgaa
ctggctacccgcgtaggccgtaaaatgatggttcgcttagtaaaaggtgcttactgggat
actgaaatcaaaaccacgcaacaagatggtttagatcactaccctgtatttacccgtaaa
gcgacaactgacgtatcttacaaagcttgtgcaattagaatgcttgaagcgcgtgatgtg
ctttacccgcaatttgctacgcacaatgcatacacagctgccacaattttagaagtagct
aaaggcgataacactggctttgaattccaacgcttacacggtatgggcgaatctttattt
gaccaaatcgtaaacgaagagaaaattcagtgtcgtgtttacgcacctgttggtcaacac
gaagacttacttgcttatttagtacgtcgtttattagaaaatggcgctaactcttcgttt
gtaaatgcaattgtagatacaactaaacctgttgagtcacttttaccagacccagttgaa
acactgcaaggccttcgtaataagtacaacacgcaaattaagatgccaattgatttatac
ggcgacgagcgtgctaactctaaaggcatggacttaacagatattaacgttattacgcct
ttcaaagaaaaccttgaaagctggtttaacgaacatttaattgaccaaagccaagtacct
gaaggctctttggctgttaaaaaccctgcagatcacagagaaatcatcggccacgttaaa
ttgcaatctggcgatgagatgaaagacatacttgcaaacgcagaagccgcctttgagact
tggtcacaaacatcagtaaaagagcgtgcaaacttactgcgccgtgttgctgatatttta
gagcgtcatcatgacgagctagtggctatttgtattaaagaagccggtaaaattgcgcaa
gatggcatagatgaagtacgtgaagcggtcgatttttgccgttattacgcagcacgtgca
gaagagctttctacagatgagcgttttgaagcccgcggtgtaattttatgtattagcccg
tggaacttcccgcttgctattttcttagggcaagtggctgcagcaatagttactggtaac
acggttattgcaaaaccagcagagcaaacaagcttaattgcgcttcgtgctattgaatta
atgctttctgtaggtttgcctgagcacgtagtgcaacctgttattgctcgtggctctgaa
gttggtaaaaccatcgtacctgatgagcgcattcaagcagtcatgtttaccggctcaact
gaaactggcaccattatttctcaaacattagcagctcgtaacgatattcaagtaccgcta
attgcagaaactggtggccaaaactgtatgattgtcgattcaacggctctacctgagcaa
gtagttgacgatgtaattagttctggttttcaaagtgcgggtcagcgctgttcagcactg
cgcgttatgtttattcaagaagacgtggctgatggcattatcgaaatgcttaaaggtgcg
cttgcagagctacacgttggcgacccatcattactttctaccgatgtaggccctgtaatt
gatgaaaaagcccttaaaaccttgaacgaacacgttgagtatttaaaaggcaatgcaaca
cttcattatgagtgtaagattccggacaataccgaaaacggcgcatacttttttgctcct
cgcttatacgaaatcgaagatttatcagtacttaaacgtgaagtatttggcccatgtgtt
cacattgttcgctttaaagcgaacgatatagacaacgtgattgatcaaattaacaacacg
gggtatggcttaacaatgggtgttcattcacgtattgaagagcgttgtgagtacctagct
aaaatgtcgcgtgcgggtaacgtatacgtaaaccgtaatatgattggcgctattgttggt
gtgcagccatttggtggccgtggtttatcaggtactggccctaaagccggtggccctaac
taccttcaacgtttagtgaaagaaaaagcatcaccagataacgtgcaaatgactaacctg
acgccagatgagcttgatttacaccactacagcggtgcaaatgagcaagttcaaaagcta
atggctaactcaatgcgcgacgaaaaaatttggcgttcaactccattaaacgaccgtgta
tcggctgttcgccagttacttgcaaaagtagcaacggtagagattatcgacgacttagca
gacgatttagcgctaacgcttgcagaggcacgtgcacaattaaaccgccttgaaaaacac
atgcgtaagttcaaaactctgccggggccaacgggcgagtcaaatactcttcaccttgaa
gcacgcggttgtgtagtatgttatgcagataaaagcacctcgtttaacttttgggcactt
tctattattacagcactagcagcgggtaatacggtaattactgtggcttctgagctgttt
tatgatgaagcggtagcctttaaagataaatttatctctacaggtgttgctgaaggtgtt
ttccaagttgctaaacctaaccagttacaagcaattttggctcacccacatttagcaggt
gccgtagtggcagcacgttcttctcgtttaggctacttcagccaacaacttgcacaacgt
aaaggtgctattttaccagtgataagctctgagtattacgataccttaattaagcgctta
attactgaaaaaacaattagtattgatacaactgcatcagggggtaacacttcattgatg
acacttgtagaagatgatgaataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (15)   
   KEGG COMPOUND (15)   
Chemical reaction (10)   
   KEGG ENZYME (2)   
   KEGG REACTION (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (42)   

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