KEGG   Photorhabdus laumondii subsp. laumondii TTO1: plu4508
Entry
plu4508           CDS       T00149                                 
Name
(GenBank) unnamed protein product; Similar to phosphoenolpyruvate synthase
  KO
K22579  rifampicin phosphotransferase [EC:2.7.9.6]
Organism
plu  Photorhabdus laumondii subsp. laumondii TTO1
Brite
KEGG Orthology (KO) [BR:plu00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    plu4508
Enzymes [BR:plu01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.9  Phosphotransferases with paired acceptors
    2.7.9.6  rifampicin phosphotransferase
     plu4508
SSDB
Motif
Pfam: PPDK_N PEP-utilizers
Other DBs
NCBI-ProteinID: CAE16880
Pasteur: plu4508
UniProt: Q7MZ03
Position
5265204..5267969
AA seq 921 aa
MLHWWNNMKYLYTQDNAIELAEHSLGGKAANLLWLTQNGFPVPNYWVISSEVLNNLLIND
TFASNIIEQLATVPHDISQEKLDAIAAPLRQWLQSIPLPAKLEEELALLSENHPDEFFAV
RSSAIGEDAANASFAGQMDSYLFQRGKSALANSLRAVMASAFNTRALQYRLHKRLPMGNI
SSAVIIQNMVAGEVSGVMFTAHPVTGSRQHCLISSAWGTGEGVVSGECDTDEFSVHLTSP
EIERHITQKETATVFNTTNGSGTVTIPVAKEKQSEPTLLDNKIYALRDIGKEIAAARGCP
QDIEWTIQNHQIFILQTRPITRLPRLDDKSEHHIIFDNSNIQESYCGITTPLTFSFARAG
YATVYEQTIRALGCSDKQVNQHRSMLENMLGLVKGRIYYNINNWYKGLLLLPSFQTNKKD
MERMMGLEDPVDFIEDKTLSLGDKIKKLPKMGWALLRLLYAFRTMDQRVELFLEQFKWHA
AAIKQSELHTCNSGQLIEKLKYLDEHLLRRWTTPILNDFYVMMFNGRVHRGLVAAGIENS
SALLGDLLSGDEDIESTQPTKVLLKMCQYARQHPELCNLLTLGDARTLLTQVRPLDESFH
QQCIDYIKKYGDRTMGELKLETITLKQDPSFLFLILKNYLAIDTLTPETLSSRERKLRTQ
AENTAFQQIQQRLGSKRMNTFKKNLQKLRQAIRHRENMRFTRTRMFGLYRDIFLQLGQAY
ALEGILAEPRDIFYLTLEEIYSGYEGTAIQTQLEPLVAMRKQEYANYETEDEPAHHFFIR
GSLYQQQDYSYPYQEQQAPTDSSMLQGIGCYPGQVETTIRLIKNPQDEMSLAGQILCTVR
TDPGWAPLFPTAGGLLIERGSTLSHSAVVARELGIPAIVGIPAVTQILKDGDRVRMDGAT
GTVVRLHDTTVEELTSRSEHA
NT seq 2766 nt   +upstreamnt  +downstreamnt
ttgctgcattggtggaacaatatgaaatatctctacacgcaagataacgctattgaattg
gcggaacattccttaggtggaaaagcggctaatttattatggcttacgcaaaacggtttt
cctgtacctaattattgggtcatcagcagcgaggtgcttaataacctactcatcaacgat
acgtttgcaagcaacatcatagagcagttggctaccgtaccacatgatattagccaggaa
aaactcgatgctattgctgcgccattgcgtcagtggctacagtcgattccattgcctgct
aaattagaagaagaattagctctcttgtcagagaatcacccagatgaatttttcgctgtt
cgctcatcagccattggtgaagatgccgccaatgcttctttcgccgggcagatggacagc
tacctatttcagcggggtaaatcagcgcttgccaatagcttacgtgccgtgatggcctca
gcttttaacacgcgtgcattacaatatcgcctacacaaacggctaccgatgggcaatatc
agtagtgctgtcatcattcagaacatggttgccggtgaagtttctggtgtcatgtttact
gcacaccctgttacgggtagcaggcaacattgcctaatctcatccgcctggggcaccgga
gaaggtgtagtttccggcgaatgcgataccgatgaattttcagttcatctcacctcacct
gagatcgaacgtcatatcacacaaaaagagacagcaactgttttcaatactaccaacggc
agcggtacagtaaccatacccgtcgcgaaagaaaaacagtcggaaccgaccttactcgat
aataaaatctatgcactacgagatattggcaaagaaattgcggcagcacgggggtgtcca
caagatatcgaatggacgattcaaaaccaccaaatctttattctacagacccggccaata
acccgattgccacgtctggatgataaaagcgaacatcatattattttcgataattccaat
attcaggaatcttattgtggaataacaacaccactgactttctcttttgcccgggcaggt
tatgccaccgtttatgaacagacaatacgtgctttaggttgctcagataaacaagttaat
cagcatcgttccatgctggaaaatatgctcggcttagttaaaggtaggatctattacaac
atcaacaattggtacaaaggactactattacttccctctttccaaaccaataaaaaagat
atggaaagaatgatggggctggaagatccggttgattttattgaggataaaacactttca
ctgggcgataaaataaagaaattgccaaaaatggggtgggcactcctgcgcttgctatat
gcctttaggactatggatcaacgggtagaactattcttagagcagtttaaatggcatgcc
gccgccataaaacaatcagagttgcatacttgcaacagtggccaactgatcgaaaaatta
aaatatctggatgaacatctgctacgacgctggacgacgccgatcctgaacgacttttac
gtgatgatgtttaatggccgggtacatcgagggctggttgctgccggtattgagaattca
tctgcactattaggcgatctcctctccggagatgaagatattgaaagtacccaaccgacc
aaagtgctgttaaagatgtgccaatatgcacgccagcaccctgagttgtgcaacctgttg
accctcggtgatgcgcgtaccctgctgacccaagtacgcccactcgatgaatcattccac
cagcagtgcattgattatattaaaaaatatggcgatcgcacgatgggtgaattgaagctg
gaaaccatcacactaaaacaagatcccagttttttatttctgatactaaaaaactacctt
gctatcgataccctcacaccagagacgttatccagccgggaaagaaagttgcgtactcag
gccgaaaataccgcatttcagcaaatacagcagcgacttggctccaagcggatgaacacc
tttaaaaagaatttgcagaaattacgccaagcgatacgtcaccgggaaaatatgcgtttt
acccgaactcgtatgtttgggctgtatcgagatatcttcctacaacttggtcaggcatat
gcattagaaggaatactcgctgaaccccgcgatattttttatctcacgttagaggagatc
tacagcggctacgaaggaacagcaatacagacccaacttgagcctttagttgctatgcgc
aagcaagaatatgccaactacgaaacagaggatgaaccagctcatcactttttcattaga
ggctcactgtatcaacagcaagattacagctatccctatcaggaacaacaagccccaacc
gatagcagcatgctacagggtataggttgctacccagggcaagttgaaacaactatccga
ttaattaaaaacccacaggatgaaatgtcactagcagggcaaatcctgtgtaccgtacgt
accgatcccggttgggcaccattattccctacagcaggcggattactcattgagcgcggt
tccacactttcacattccgccgttgttgctcgtgaactggggatccccgccattgtcggc
attcccgccgtcacacaaattttaaaagatggcgatcgggtacgcatggatggagcaact
gggactgttgtccgcttgcacgacaccactgtagaagagctgacatcaaggagtgaacat
gcctaa

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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 (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   OC (1)   
   PASTEUR (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (34)   

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