KEGG T00727: Minf

Methylacidiphilum infernorum: Minf_1739

Entry

Minf_1739 CDS T00727

Gene name

ppc

Definition

phosphoenolpyruvate carboxylase

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

min Methylacidiphilum infernorum

Pathway

min00620	Pyruvate metabolism
min00680	Methane metabolism
min00710	Carbon fixation in photosynthetic organisms
min01100	Metabolic pathways
min01120	Microbial metabolism in diverse environments

Module

min_M00168

CAM (Crassulacean acid metabolism), dark

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:min00620]
Metabolism; Energy metabolism; Carbon fixation in photosynthetic organisms [PATH:min00710]
Metabolism; Energy metabolism; Methane metabolism [PATH:min00680]

SSDB

Motif

Pfam:

PEPcase

Other DBs

NCBI-GI:

189219750

NCBI-GeneID:

6352685

UniProt:

A9QPD2

Position

1625494..1628289

AA seq 931 aa
MSVRKQLSSLQRISPEHDFSLLSRTIHFLGDTLGKVITQLEGEKILSIEETIRKLAKESR
KGKEEATRKLSDIVRGLDIDMAYRMAMAFTCYFELVNLAEENYRVRILMKRRINQLNHPQ
KAIPKESIESAISQLKKAKVKKEEIQEILEKMEIVLVFTAHPTEIKRQTILNKLCEISSY
LKKESFNSKPSPAIHSTVERLIASLWLTERSRSKNPQVLDEVRTGLWYFEHTLWDVIPEL
HNELQRVLDIYYPGVTLKPKWISFGSWIGGDRDGNFQVTTKTTATTFILQRNLALRKVSQ
SLERLSEIFSISSQRIPPTKKVIRLLNEKLKSFPSLKEEYERYPNEPYRLVLLALKKEVE
NSINKISENDLLDFFHDCKPDTTLKAITEVLEALKENFDAPQTRIFLEGEFQKLAQCIEV
FGIHIFSLDIRQHSAIHEEAIEEILRLNGHPEISYALLDEKEKVGLLNKLLEGPLPSLHS
LYNRASDKLKEVLGPILVFSRSIAILGKEVCGCYLISMTSGLSDILEVLYLCKICRCSID
IAPLFETLSDLKSSPQTLQDLLSHPLYRKYLQERSDKQIVMLGYSDSNKDCGYMTSNWWL
FQIQEKLHEVCRVHGVSLVLFHGRGGTIARGGGPAAKAILAQPKGLLEGKIRITEQGEVL
STRYHDFDIAFRILEQTTYGVLLAIHKSRKKTILPKSWEKTIECIAEESYRAYTHLLHQE
PDFLRFWQEVTPINEIGSLKIASRPIFRFRLNNFEDLRAIPWVFSWMQTRFVIPGWYGIG
SSLKKVIETSPKALSILQKMYEKWTFFQTVIDNAQLSLAKTDIDIARLYCDLASDKNLAQ
RIFSIIEAEYKKTVETILKITLQNNILDHEPILQRSIQLRNPYVDPLNYIQVEMIKRNRA
GQPPTALEIDKIKSVIELTINGISAGLRNTG

NT seq 2796 nt +upstreamnt +downstreamnt
gtgagtgtcagaaaacagctaagtagccttcagcgcatctctccagaacatgatttttct
cttttatccaggaccatccattttcttggagataccttgggaaaagtcattacccagctt
gagggagaaaaaatcctatccattgaagagacgataagaaaattggcaaaagaaagccgt
aaaggcaaagaagaagcaacccggaagttatccgatattgtccgaggattggacatagac
atggcttacaggatggccatggcttttacctgctacttcgaactcgtcaatcttgccgaa
gaaaactatagagttcgaattttaatgaaacggcggatcaatcaactcaaccatccccaa
aaagctattcccaaggagtccatagaatcggcgatctcccagttaaaaaaggccaaggtt
aaaaaagaggagatccaggaaattcttgagaagatggaaatcgtgcttgtctttacggcc
caccccacggaaataaaaaggcagacgatattaaataaactgtgtgaaatttcttcttat
ttaaaaaaagaatctttcaactccaagccttccccggccattcattcaaccgttgaaaga
ttaatcgcttctttgtggctcacggaaagatcgagatcaaagaatcctcaagttctggat
gaagtacgcaccgggctgtggtacttcgaacataccctatgggatgtcatccccgaactc
cataacgaattgcaaagagtccttgatatttactatcctggagtaaccttaaagcccaag
tggatatcttttggttcctggattggtggcgatcgcgacggcaattttcaggtcactacg
aaaactacggcaaccacgttcattctccaacgcaaccttgccctaagaaaagtttctcag
agtctcgaacggctttctgaaattttctctatttcaagccaacggatccctcctacaaaa
aaagttatccggctgttgaatgaaaagctaaagtctttcccctctctcaaagaagaatat
gaaaggtatcccaatgagccttaccggcttgttcttttggctctaaaaaaagaagtggaa
aactcgataaataaaatttctgagaacgacttgctcgatttttttcatgattgcaagcca
gatacgaccctgaaggctattaccgaagtcttggaagctttgaaagaaaattttgacgct
ccacagacgagaatatttctcgagggagaatttcaaaaacttgctcaatgcatcgaagtt
ttcgggatccatatcttttcactggatattcgacaacattccgccattcacgaggaagct
attgaagaaatactgcgacttaatggacatcccgaaatttcctatgctttgcttgatgaa
aaggaaaaggtagggttgctcaacaagttgctggaagggccccttccttccctgcattct
ctttacaatcgagcttcggataaacttaaggaagtccttggtccaatcctggtcttttcc
cggtctatagctattctgggcaaagaagtttgcggttgctatcttataagcatgacttcc
gggctctccgatatcctagaagtcctttatttgtgtaaaatatgccgatgttcaatcgac
attgctccgcttttcgaaactctgtctgacttaaagtcttctccacaaacccttcaggac
cttctctctcatcctctttatagaaagtacctacaagaacgttccgacaaacagatcgtc
atgctcggatattccgatagcaacaaagattgtggatacatgacgtcaaactggtggctt
tttcagatacaagaaaagcttcatgaagtctgccgtgttcatggcgtcagcctcgtttta
tttcacggtagaggaggaacaatagctcgcggagggggacctgcagcaaaagccatactc
gcccaacccaaaggtctattagagggtaaaatcaggattaccgagcagggagaagtcctt
tcaacccgttaccacgatttcgatatcgctttccggattcttgaacagactacttatggt
gttctcctcgctattcataaaagtagaaaaaaaacaattcttcccaagtcatgggaaaaa
acgatagaatgcattgctgaagaaagttatagggcttatacccatctccttcatcaagag
cctgattttttgcgcttttggcaggaagtcaccccgataaacgaaatcggttctctaaaa
atcgcatcccgtcccatttttagatttcggttaaacaattttgaagatcttagggctatt
ccctgggttttttcttggatgcaaacccgttttgtcattcctggatggtacggtattggt
tccagcttaaaaaaggtgattgaaacaagcccaaaggctttgtccattctccaaaagatg
tacgaaaagtggaccttctttcaaacggtcatcgataacgcccaactttccctggctaaa
accgatatcgatattgccaggttatattgcgacttggcttcagacaaaaatttggcccaa
agaatattttccatcatagaagcggaatacaagaagacggttgaaaccattcttaaaatt
acccttcaaaataatatccttgatcatgaacccattcttcagaggtctatacaactcaga
aatccttatgtcgatcccctgaattatattcaggtcgaaatgatcaaacgcaatcgagca
ggccagccgccaaccgcgttggaaatagacaagataaaatcggtgatcgagttgaccata
aacggtataagtgcagggcttagaaacaccggttaa

All links

Pathway (6)   
   KEGG PATHWAY (5)   
   KEGG MODULE (1)   
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 (1)   
   Pfam (1)   
All databases (21)   

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