KEGG T05130: STA3757

Stanieria sp. NIES-3757: STA3757_27680

Entry

STA3757_27680     CDS       T05130

Symbol

putA

Name

(GenBank) bifunctional proline dehydrogenase/delta-1-pyrroline-5-carboxylate dehydrogenase

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

stan Stanieria sp. NIES-3757

Pathway

stan00250

Alanine, aspartate and glutamate metabolism

stan00330

Arginine and proline metabolism

stan01100

Metabolic pathways

stan01110

Biosynthesis of secondary metabolites

Module

stan_M00970

Proline degradation, proline => glutamate

Brite

KEGG Orthology (KO) [BR:stan00001]
09100 Metabolism
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    STA3757_27680 (putA)
   00330 Arginine and proline metabolism
    STA3757_27680 (putA)
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:stan03000]
    STA3757_27680 (putA)
Enzymes [BR:stan01000]
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
     STA3757_27680 (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
     STA3757_27680 (putA)
Transcription factors [BR:stan03000]
Prokaryotic type
  Ribbon-helix-helix
   Other families
    STA3757_27680 (putA)

SSDB

Motif

Pfam:

Aldedh Pro_dh PutA_N LuxC 2Fe-2S_thioredx DUF883 Rotavirus_VP3

Other DBs

NCBI-ProteinID:

BAU65383

UniProt:

A0A140K7Q6

Position

complement(3026408..3029392)

AA seq 994 aa
MVVQTNTDQRYEAKTQEIARELIKVTREKGNIFAQMREGMRWDDKLLDWAMSNPGLRVQL
FRFIDTIPALQSKAEVARHLQQYLGDESVELPSALKGILNFTDPNSFPAQTAAVTITKAV
ETLAYKYIAGENINEVIKTIERLRKEGMAFTIDLLGEAVITEAEAQSYLDRYIELIEQLS
QQAKTWTRQPGIDLAEGEEISQVQVSVKLTAFYSQFDPLDPEGSKARVCDRIRILLRKAQ
ELGAAIHFDMEQYIYKDLTLAILKELLVEEEFRDRTDLGVTLQAYLRDSYQDLEDLIAWA
KQRGNPVTVRLVKGAYWDQETIKSLQNHWQQPVYNDKAETDLNFERMTRLLLENHEYLYA
AIGSHNVRSQALACAIAETLQIPARRFEMQVLYGMGDKLAKALVKRGNRVRVYCPYGNLL
PGMAYLIRRLLENTANSSFLRQNLEEKPIEALIAPPNSVSANTIRPQSSSNNQFANAPDT
DYAQAELREKGQQALERVRNSLGKTYLPLIDGEYVETSEYIDSVNPSRSSEIVGKIGLIS
VEQAEQAMTAAKTAFPTWQKTPATERASILRKAAQIMEEKRHELNAWICLEVGKILPQAD
AEVSEAIDFCRYYADEMERLDSGYIYDIAGETNRYFYQPRGIAIVISPWNFPVAIATGMT
VAALVTGNCTLLKPAETSSVIAAKIIEILVQAGIPNGVIQFVPGKGSQVGAYMVEHPDTH
VIAFTGSREVGCRIYAEAAKLQPGQKHLKRVIAEMGGKNAIVVDESADLDQAVAGVVSSA
FGYTGQKCSACSRVIVLEPIYNTFIERLVEATKSLNVGVADAPSTQVGPVIDANARDRIL
EYIAKGKQECQLALSMSAPDGGYFIPPTIFSEVSPDATIAQEEIFGPVLAVIKANDFDEA
LTIANGTDYALTGGLYSRTPNHIERAYQEFEVGNLYINRTITGAIVARQPFGGFKLSGVG
SKAGGPDYLLQFLEPRVVTENIQRQGFAPIEGVD

NT seq 2985 nt +upstreamnt +downstreamnt
gtggttgttcaaactaataccgaccaacgctacgaagcgaaaacccaggaaattgctagg
gaattaatcaaagttactagagaaaaaggtaacatttttgcccaaatgcgggagggaatg
cgttgggatgataaactccttgactgggcaatgagtaatcctggtttgcgagtgcaattg
ttccgctttatcgatacaattcctgctctacaaagtaaagcagaagtagcccgtcatttg
caacaatatttaggagatgagtcagttgagttaccctcggcattaaaaggtattcttaat
tttaccgatcctaattcttttccagcccagactgctgctgttaccattactaaggctgta
gaaactctagcttataaatatattgctggggaaaatattaatgaagtaattaaaactatc
gaacgtctgcggaaagaaggtatggcgtttacgatagatttattaggggaagcagtaatt
actgaagctgaggcacaatcttatttagatagatatatcgaattaattgaacagttatct
caacaagccaaaacttggacgcgacaaccaggcatagatctagctgagggagaagaaatt
tctcaagtacaagtatcggttaagttgacagctttttattcccaattcgatcctctcgat
cctgaaggtagtaaagctagggtttgcgatcgcattagaattttattacgaaaagcccaa
gagttgggtgctgcgatccattttgatatggaacagtatatttataaagatttaacttta
gcaattttaaaagaattattagtagaagaagaatttcgtgatcgcaccgatttaggtgtt
actttacaggcatatttgcgtgattcttatcaagatttagaggatttaattgcttgggca
aaacaacggggtaatcccgtaacggtgagattagtaaaaggggcttattgggatcaggaa
accatcaaatccttacaaaatcattggcaacaaccagtttataacgataaagcagaaaca
gatctcaattttgaacgaatgacccgtttattgctcgaaaatcacgaatatttatatgca
gctattggtagtcataacgttcgttcccaagccttagcttgtgcgatcgctgaaactctg
caaattcctgcccgtcggtttgagatgcaggttctatacggcatgggagataaattagca
aaagctttagttaaacgagggaatcgagttagagtttattgtccctacggtaatctatta
ccagggatggcttatttaattcgtcgtttattggaaaatacggcaaatagctctttttta
cggcaaaatttggaagaaaaacccattgaagccttaattgcaccaccaaattctgtatct
gcgaataccattcgcccacaatcttcatcaaataatcaatttgccaatgcaccagataca
gattatgcccaggcagaattaagagaaaaaggacaacaagcgttagaaagagttcgtaat
tctcttggcaaaacctatttacctttgattgatggggaatacgttgaaacaagcgaatat
atcgattcagtcaatccttcaagatcgagtgaaatagtcggcaaaattggcttaatttcc
gtcgaacaagccgaacaagccatgacagcagctaaaacagcctttcccacttggcaaaaa
actcccgctacagaaagggcatcaattttaagaaaagcagcccaaatcatggaggaaaaa
agacacgaacttaatgcctggatctgtttagaagtagggaaaattttacctcaagctgat
gccgaagtatccgaagcgattgacttctgtagatactacgccgacgaaatggaaaggcta
gatagcggttacatctatgacattgcaggagaaaccaaccgctacttctatcaaccgaga
ggaattgccatagtaatttctccgtggaactttccagttgcgatcgcaactgggatgaca
gtcgcagctttagtaacgggtaactgtactctccttaaacctgcggaaacttcttccgta
attgcggccaaaattatcgaaattctagttcaagctggtattcccaatggtgttattcaa
tttgtgcctggaaaaggttctcaagtaggcgcatacatggttgaacaccccgatacccat
gtgattgcttttacgggttcgcgagaagttggttgtcgcatctatgccgaggcagctaaa
ttacaaccaggacaaaaacacctcaaacgagtcattgccgaaatgggtggtaaaaatgcc
attgttgtagatgaaagtgctgatttagaccaagctgtggcaggagtagtttcatcagct
ttcggctacactggtcaaaaatgttctgcttgttctagggtaatcgtcctcgaacctatt
tacaacactttcattgaaagattggtagaagcaaccaaatccctcaatgttggggtagca
gatgcacccagtacccaagtaggaccagtgattgatgccaatgcacgcgatcgcatttta
gaatatattgccaagggtaagcaagagtgtcaacttgctttatcgatgtctgcccccgac
ggtggttatttcattcccccaactatttttagtgaagtttctcctgatgcaactatcgcc
caagaagaaatatttggtcccgtcttagccgtaattaaagccaatgactttgatgaagcc
ttaaccattgccaacggtacagattatgctcttactggaggcttatattcccgtactccc
aatcatatcgaacgagcttatcaagaatttgaagtaggaaacttatatattaaccgtacc
attacaggcgcgatcgtagctcgacaaccttttggtgggtttaaactttctggagttggt
tccaaagcaggaggtcccgattatttactacaatttttagaacctcgtgtcgtaacagaa
aatattcaacgtcagggttttgcaccgattgaaggagtagattag

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