KEGG T00213: stu0718

Streptococcus thermophilus LMG18311: stu0718

Entry

stu0718 CDS T00213

Gene name

ppc

Definition

phosphoenolpyruvate carboxylase (EC:4.1.1.31)

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

stl Streptococcus thermophilus LMG18311

Pathway

stl00620	Pyruvate metabolism
stl00680	Methane metabolism
stl01100	Metabolic pathways
stl01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:stl00620]
Metabolism; Energy metabolism; Methane metabolism [PATH:stl00680]

SSDB

Motif

Pfam:

PEPcase PEPcase_2

Other DBs

NCBI-GI:

55820784

NCBI-GeneID:

3164710

UniProt:

Q5M4Z3

Position

676789..679611

AA seq 940 aa
MAFNKLESSNNQEIISEEVGILKELLDDATRGMAGEQGLTTIQHLVELYDEGDYEALTQA
ISEMTNDDMVVASRYFSLLPLLINISEDVDLAYEVNRKNNIDESYLGKLSETFDVVAESD
NARDILENVNVVPVLTAHPTQVQRKTMLELTNHIHELLRKHRDVKDGLINKDKWYADLRR
YVEIMMKTDIIREKKLKVKNEITNVMEYYNSSLIKAITKLSHEFKRLAVEKGIELDNPTP
ITMGMWIGGDRDGNPFVTAETLKLSATLQSEVILNYYIEKVDNLYRSFSLSSRLTEVSET
VAEMAKLSPDTSVYRENEPYRRAFSYIQSKLIQTLLFFKAGNFSKERAAKRLSENVRLGS
VSTGEVVADFVHDRLSQSLQAVSQQTTEFYETAEAFHDDLLAIKNSLLENDDSVLISGDF
EELLQAVEVFGFYLATIDMRQDSSVHEACVAELLKSANIVDNYSELTEVEKVAVLLKELQ
EDPRTLSSTNVSKSETLEKELAIFRTARLLKDYLGEEVIKQHIISHTESVSDMFELAILL
KEVGLVDTERARVQIVPLFETIEDLENSNEIMKQYLGYDIVKRWIKNSNNYQEIMLGYSD
SNKDGGYLSSGWTLYKAQNELTNIGEERGIKITFFHGRGGTVGRGGGPSYDAITSQPFGT
IKDRIRLTEQGEVIGNKYGNKDAAYYNLEMLVSATLDRMVTRQITDPDELVDFREIMDSI
VQDSNRIYRDLVFGNEHFYDYFFEASPIKEVSSLNIGSRPAARKTITDISGLRAIPWVFS
WSQNRIMLPGWYGVGSAFNHYIEAEEGNLEKLQHMFETWPFFRSLLSNVDMVLSKSDMNI
AFHYAQLAESEEVRSVFNIILDEWQLTKNVILAIEKHDDFLEESPSLKASLGFRLPYFNV
LNYIQIELIKRLRNNNLTDDEISLIHITINGIATGLRNSG

NT seq 2823 nt +upstreamnt +downstreamnt
ttggcttttaacaaattggaaagcagtaacaaccaggaaatcatctctgaagaagttggt
atcttgaaagaattgttggatgatgcaacacgaggcatggctggtgagcaaggcctcacg
actatccaacatttggttgaactttatgatgaaggtgactatgaggcccttacacaagcc
atttcagaaatgacaaatgatgatatggtcgttgcatcacgttatttctctttgttacct
ctcttgattaatatctctgaggacgtggatttggcttatgaagtcaaccgcaaaaataat
attgatgaatcttatttaggtaagttgtctgaaacctttgatgttgtcgctgaaagcgac
aatgcgcgtgacattcttgaaaatgttaatgtcgtgccggtattgacagctcacccaact
caggttcaacgtaaaaccatgcttgaattgactaaccacattcacgaacttctccgtaag
catcgtgacgttaaggatggtcttattaataaggataaatggtatgcggatttgcgtcgt
tatgtagagattatgatgaaaacggatatcattcgtgagaagaaacttaaagttaaaaac
gaaatcactaacgttatggagtattacaactcctcattgattaaggcgattaccaagcta
tcgcatgaattcaaacgtttagcggttgaaaaaggtatcgaacttgataatccaacacct
attacaatgggaatgtggattggtggtgaccgtgacgggaacccatttgtaacggcagaa
actcttaaactttctgcgacattacaaagtgaagttatcctcaattactatattgaaaaa
gttgataatctttaccgctcattctcactctcatcacgtttgactgaagtttcagaaaca
gtagcagaaatggcgaaactttctccagatacatctgtctaccgtgaaaacgaaccatac
cgtcgtgctttcagttacattcaatctaaattgattcagacgcttcttttcttcaaagca
ggtaactttagcaaggaaagagctgctaagcgtctttctgaaaatgttcgtcttggctca
gtctcaacaggtgaagtagtagctgattttgtgcatgaccgtctcagccaaagtcttcaa
gctgtctcacaacaaactaccgaattttatgaaacagctgaagcattccatgatgatctt
ttggcaattaaaaattcacttctcgaaaatgatgattctgtcttgatttccggtgatttc
gaagagcttcttcaagctgttgaggtctttggattctaccttgcaacaattgatatgcgt
caggattcaagcgttcatgaagcttgtgtggcagagttgcttaaatctgcaaacattgtt
gacaactacagtgaattgacagaggttgaaaaggttgctgttcttcttaaagaattgcaa
gaagatccacgtaccttatcatcaacaaatgtatctaagtctgaaacgcttgaaaaagaa
ttagctatcttccgtactgctcgtcttttgaaggactatcttggtgaagaagtcatcaaa
caacatatcatctctcacactgagagcgtctcagatatgtttgagttagccatccttctt
aaagaagttggtttagttgatactgagcgtgcgcgtgtccaaatcgttccactgtttgaa
accatcgaagacttggaaaactctaatgaaatcatgaaacaataccttggttatgatatt
gttaaacgatggattaagaatagcaataactaccaagaaatcatgttgggttactcagat
tcaaacaaagatggtggttacttgtcttcaggttggacgctttacaaggctcagaacgaa
ttgaccaatattggtgaagagcgtggcattaaaattaccttcttccatggccgtggtggt
acagttggtcgtggtggtggcccatcttacgatgctattacttctcaaccatttggtact
attaaagaccgtatccgtttgacggagcaaggtgaggttatcggtaataaatatggcaat
aaggatgcagcttactacaatcttgaaatgctagtttcagctacgcttgatcgcatggta
acacgccaaattactgatcctgatgaattggttgatttccgtgaaattatggatagtatt
gttcaagattctaatcgtatttatcgagatcttgtcttcggaaatgaacatttctatgat
tacttctttgaagcaagtccaatcaaggaagtatcaagtttaaatattggttctcgtcca
gctgctcgtaagactattactgatatttcaggacttcgtgctattccttgggtattctca
tggtcacaaaaccgtatcatgttaccaggttggtatggtgtgggttctgcctttaatcac
tatattgaagctgaagaaggaaaccttgaaaaacttcaacacatgtttgaaacatggcca
ttcttccgttcacttttgtctaacgtggatatggtgctttcaaaatcagatatgaatatt
gccttccactatgcacagttggcagagagtgaagaagttcgtagcgtctttaacatcatt
ttggatgagtggcagctgactaagaatgtcattcttgcgattgaaaaacatgatgacttc
cttgaagaaagcccatctcttaaagcgagtttgggtttccgattgccatacttcaacgtc
ttgaactacatccaaattgaattgattaaacggcttcgtaataataatctgactgatgac
gaaattagtcttattcatattactatcaatggtattgcaacaggacttcgaaactctggt
taa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (20)   

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