KEGG   Euhalothece natronophila: FRE64_02620
Entry
FRE64_02620       CDS       T06117                                 
Name
(GenBank) pyruvate phosphate dikinase PEP/pyruvate-binding protein
  KO
K22579  rifampicin phosphotransferase [EC:2.7.9.6]
Organism
enn  Euhalothece natronophila
Brite
KEGG Orthology (KO) [BR:enn00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    FRE64_02620
Enzymes [BR:enn01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.9  Phosphotransferases with paired acceptors
    2.7.9.6  rifampicin phosphotransferase
     FRE64_02620
SSDB
Motif
Pfam: PPDK_N PEP-utilizers G3P_acyltransf PBP-Tp47_a CRPA
Other DBs
NCBI-ProteinID: QDZ38930
UniProt: A0A5B8NKX1
Position
574719..577604
AA seq 961 aa
MTLTQLWGALLIFVICPILGAVPLIQWLTLFLTGKNLNQLGTGNISVSAAFYHGGKLAGI
LAVLSEAGKGIAAVLLARSFFSEDPVWEIVALIAVVIGRYWVAKGAGTTNVTWGMVVHDP
IAAGLIFLIGGISFTILRDRASGRNGILILMPLILGLLHIDDPPRIISAIALSLIIFAIY
NKIPDDLNLPSNESKANSMFKFFRGDRAVLSLDQPLKAKKVGQKAATLSQLKRWGYPVPF
GWVLPAGDDFQPLVELAAPDENNPLIVRSSAVGEDTEDTSAAGQYQSISHITSEEALRDG
ILQCQASYNNPTAAQYRRQQQQEELAMAVLVQQQIQGVFSGVAFSRDPVKQMDDAVLVEA
LPGEPTQVVSGQKTPQQYRVIYQDSSPQVEGDGDIPEWLLQEIAHLTRELERRFYDFPQD
IEWTYDGQQLWILQTRPITNLQPIWTRKIAAEVIPGLIRPLTWSINRPLTCGVWGQLFTI
VLGDRAKGLKFNETATLHYSRAYFNATLLGKIFRRMGLPAESLEFLTRGAKFTRPSLLST
LRNIPGLCRLGWRELRLSKDFAIDEESLFTPTLQDLQHKSAKQLSPQELLTRIEMILNTL
QAATYYNILAPLSFSLRKSLLKVPDEALNYNCLPEVASTQELAKIAKDARNLIPVQEVES
QSAPSLFATLAESPDGESILDQFQDWLNQYGYLSETATDIAVPRWLEDPRSARSLFAQFF
FNQQPETTNNQINSNHNWRTRTLQRRLELKARTAEVYNQLLAHLRWSVLALEQIWLKTGL
LKEPEDIFFLTLSEIRKIATEDDPQLRAEIAQYIENRRLYFAEDQKLPNVPYVVYGRPPQ
RDQIISSQQLSSQQRWQGIGASTGQAIGRIQIITDISQSNNATIDEKTIVVVPYTDAGWG
VLLARAGGLISEVGGRLSHGAIIAREYNLPAVMDIPNATQIFRNNQLVKIDGQTGVIELL
E
NT seq 2886 nt   +upstreamnt  +downstreamnt
atgactctcacacaactttggggggccttactcatttttgttatttgccccattttaggc
gcagtccctttaattcagtggctaaccctttttttgacaggaaaaaacttaaaccaacta
ggaacggggaatatctccgtctcagcagcgttttatcatgggggaaaactggctggaatt
ttagcagtcctctcggaggcaggaaaagggattgctgctgttttgttagcaaggtcattt
ttttccgaggatcctgtgtgggaaatcgtggctttaattgctgtagtgattggacgatat
tgggtggcaaaaggtgctggaaccacgaatgtaacttggggaatggtggttcatgatccc
attgcagcaggattaattttcttaattgggggaattagttttacgatcttgcgcgatcgc
gcttctggccgtaatggtatcttaattttaatgcccttaattctcgggttacttcatatt
gatgatccgcctagaattattagtgccattgccctctccctaatcattttcgccatttat
aataaaattccagatgaccttaatttacccagcaatgagagtaaggctaactctatgttt
aaattttttcgcggcgatcgcgcggttctttccttagatcaacctctgaaggcaaaaaaa
gtcggacaaaaagctgccacactctcccaactcaaacgctggggatatcctgttcctttt
ggttgggttctccctgcaggggatgactttcaacccttagtagaattagccgctccagat
gaaaataaccccttaattgttcgctcctctgccgtaggagaagatactgaagacacctct
gcggccggacaataccaaagtatttctcatattaccagcgaggaagccctccgtgatggc
attttacaatgtcaggcttcttataacaatcctacggccgctcaatatcgtcgccaacaa
caacaagaagagttggcaatggcggtattagtgcaacaacaaattcaaggagtcttttca
ggggttgcctttagtcgcgatcccgtgaaacaaatggacgatgccgtgttagttgaagca
ctccccggtgaaccaacgcaagtagtttctggacaaaaaaccccgcaacaatatcgcgtc
atttaccaagattcctcaccacaagtggaaggagacggcgacattcccgaatggctatta
caagagatcgcccacttaacccgagaattagagagacggttttatgactttccccaagat
attgaatggacttatgatggacaacaactatggattttacaaacgcgtcctattaccaat
ttacagcccatctggacgagaaaaattgccgcagaagtaataccggggttaattcgtcct
ctaacatggtcaattaatcgtcctctcacttgtggcgtttggggacaactctttactatt
gttctcggcgatcgcgctaaagggctaaaatttaatgaaacggcaaccctacactacagc
cgtgcctattttaatgccaccctcttaggtaaaattttccgacgcatgggactccccgca
gaaagtctagaatttcttaccagaggggcaaaatttacccgtccttccctgctttccacc
cttcgcaatattccaggcttatgccgcttaggatggcgagaattacgtttaagcaaagac
tttgccattgatgaagagtccttatttacgcccactctccaagacttacaacataaatct
gccaagcagctatcgcctcaagaattgctcactcgcattgagatgattctcaacaccttg
caagctgctacctactataatatcctcgccccccttagtttttctctccgcaagagtctc
ttaaaagttcctgatgaagccctcaactataactgcttacccgaagtggcttctactcaa
gaattagccaaaattgcgaaagatgccagaaacttaattcccgtgcaggaagtagagtct
caaagcgcaccgtctttatttgccaccttagctgaatctcccgatggagaaagcatttta
gatcaatttcaagattggttaaatcagtatggttatctcagtgaaactgccacggatatt
gcggttccccgttggttggaagatcctcgttcagcgcgatcactatttgcccaatttttc
tttaatcaacaacctgaaaccaccaacaaccagatcaacagtaatcataattggcgtacc
cgcaccctacaaagacgattagaattaaaagcccgaactgcagaagtttataaccagtta
cttgcccatctaagatggagtgttctcgccttagaacagatttggctaaaaacaggatta
ttaaaagaaccagaagacatctttttcttaacactttccgaaatccgtaaaattgctact
gaggatgatccccaactgcgagcagaaattgctcaatatattgaaaatcgtcgcctttat
tttgcggaagatcaaaagttacccaatgttccttatgtcgtttatggtcgtcctccccag
cgcgatcaaattatttcttcacagcaactatcatcacagcaacgctggcaaggcattggc
gcgagcacaggacaagcgataggtcgtattcaaattattaccgatatctctcaatccaat
aatgccacgattgacgaaaaaaccattgttgttgttccctatactgatgcgggttggggg
gttcttttagctcgtgccggcgggttaatctcagaagtgggaggaagactctcccatggc
gcaattattgcccgtgaatataatctgcctgcggtgatggatattcctaatgccactcag
attttccgaaacaatcaactggttaaaattgatggtcaaactggcgtgattgagttgtta
gaatag

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Ontology (2)   
   KEGG BRITE (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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