KEGG   Lancefieldella parvula: Apar_0974
Entry
Apar_0974         CDS       T00983                                 
Name
(GenBank) Phosphoenolpyruvate carboxylase
  KO
K01595  phosphoenolpyruvate carboxylase [EC:4.1.1.31]
Organism
apv  Lancefieldella parvula
Pathway
apv00620  Pyruvate metabolism
apv00680  Methane metabolism
apv01100  Metabolic pathways
apv01120  Microbial metabolism in diverse environments
apv01200  Carbon metabolism
Brite
KEGG Orthology (KO) [BR:apv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    Apar_0974
  09102 Energy metabolism
   00680 Methane metabolism
    Apar_0974
Enzymes [BR:apv01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.31  phosphoenolpyruvate carboxylase
     Apar_0974
SSDB
Motif
Pfam: PEPcase PEPcase_2
Other DBs
NCBI-ProteinID: ACV51403
UniProt: C8W7G3
Position
complement(1099151..1102018)
AA seq 955 aa
MAGSSQDSNLESSNASFDEKPIDSVATSEVAQSLLERRGNEIAAARTLIQALKAPAPLRD
NLTFFLRLVRKVLAEYNPDLLTSFDTLLVEAIKAGPDDLSTTRAPLLLEAINAVLKVDSE
KESLNAFLRFASTIDSLSMEDSVLLMRAFVTFFHLANLCEENYRVTSLRSREASVDSSSA
EDPINEITVAYRQLIDECGEEEAKARLNRLEFHPVFTAHPTEARRKNVERRIRIISELLD
ERQRLGGPARVENERRMLQEIDGLFRTSPIGHKKPTPLEEADTVLNIFDTTLFEMVPSVY
RRFDNWALGENAGCVPPVCPPFFRPGSWIGSDRDGNPNVTALVSRQVAEKYRVHVLQALA
EATKEVSRGLTLDGISTPASPALANLWAQQVEMSQALTSRAVDKAGSELHRAAMRVISGR
LSATIERNADLMYQNAEEFIADLRVIQDSLVQAGARRIAYGPIQRLIWQAQTFGFHLVEM
EFRQHSLVHKRALADLEAHPSTAEKPAKLDAMTQEVLDTFRSIGSIQKKNGINAARRYII
SFTQSAQDVENVYKLARLAFANEEDVPVLDVIPLFEQIEDLENAVTTLDQVIQIPEVQER
LTQTDRKLEVMLGYSDSSKDEGPTTATLVLHKTQAALAEWAEKNSIDLILMHGRGGAVGR
GGGPANRAVLSQPKGSVNGRFKLTEQGEVIFARYGDPTLARRHVESVAGATLLQMAPSLE
QKNTHADVKFASLASELDKASKQRFLELIHSDGFAEWFSVVTPLTEIGLLPIGSRPAKRG
LGAKSLDDLRAIPWIFSWSQARINLAAWYGLGSACEAVGDIERLREAYKEWPLFTTFIDN
IEMSISKVDARIARLYLALGDRPELSEMVLSEMSLTRKWVLAITGNKWPLENRRVLGPVI
RLRLPFVNILSVTQVHALSELRTRDDMLTPEERANITYLILCTVSGVAAGLQNTG
NT seq 2868 nt   +upstreamnt  +downstreamnt
atggcaggcagttctcaagattcaaatctagagtccagcaatgcttcttttgacgagaaa
cccatcgatagtgtagcaacttctgaggtagctcagtcgcttcttgagcgacgtggaaat
gagattgctgctgctcgcacccttattcaggcgcttaaagcaccagctccactgcgtgat
aaccttaccttctttttacgcttggtaagaaaagtgcttgctgagtacaatccagatctt
cttactagttttgatacgttgctggttgaggcaattaaggctggaccagatgatttgtct
acaactcgtgcgcccttgttacttgaggcaattaatgctgtgctcaaggtagattcagag
aaggaatcgcttaacgctttccttcgttttgcctctaccatcgatagcttgagcatggaa
gactccgtgcttcttatgcgtgcgtttgtaacttttttccacttggcaaatctctgtgaa
gaaaattatcgcgttaccagcttgcgttctcgtgaggcttctgttgattcatcttctgca
gaagatccaatcaacgagataactgttgcatataggcagctcattgacgagtgtggtgaa
gaagaggcaaaggcacgtcttaatcgtcttgagttccatcctgtttttactgctcatcca
actgaggctcgccgtaaaaatgttgaacgtcgaatccgcattatttcagagcttcttgat
gaacgccaaagacttggcggtcctgctcgtgtggaaaatgagcgtcgcatgctgcaggaa
attgacggcctgttccgtacatctcctatcggtcataaaaagccaactcctttggaggaa
gcagataccgtccttaatatctttgacactactctctttgagatggttccttcggtgtat
cgtcgctttgataactgggcgctgggagaaaacgctggttgtgtaccacctgtctgtccg
ccgttctttcgcccaggcagctggattggctccgatcgcgatggtaaccctaacgtcact
gctttagtttctcgccaagttgccgagaagtaccgtgtacacgtactacaagcactggct
gaagctactaaggaggtcagtcgaggtctgacgcttgatggtatttcaaccccagcttca
cccgcacttgctaatctttgggcgcagcaggtagagatgagccaggctctgacgtctcgc
gctgttgataaggctgggtctgagttgcatcgtgcggctatgcgcgtaatttctggtcga
ctcagcgccaccattgaacgcaatgctgaccttatgtatcaaaacgccgaagagtttatt
gctgacctgcgtgttattcaggattcgcttgttcaggcaggagctcgtcgtattgcctac
ggtcctattcagaggcttatctggcaggctcagacctttggttttcacttggtagagatg
gagttccgtcagcactctttggtacacaaacgtgcacttgctgatcttgaggcacatcca
tcaactgccgagaaacccgcaaagcttgatgctatgacgcaggaggtgcttgataccttc
cgatctattggctcaatccaaaagaagaacggtattaacgctgctcgtcgttatattatt
tcgtttacacagtctgctcaggatgttgagaatgtttacaaactggcacgccttgcgttt
gcaaatgaagaagatgttcccgtactagacgttattccgttgtttgaacagattgaagat
cttgagaacgctgttaccacacttgatcaggtaattcagattcctgaggtacaggagcgt
cttactcagacagaccgcaagcttgaggttatgctaggctactcagattcttcaaaggat
gaaggtccaactactgcaacactggtactgcataaaactcaagccgctttggcggagtgg
gcagagaagaactccattgatcttatcctgatgcacggccgcggtggtgctgttggtcgt
ggcggtggtcctgcaaaccgcgctgttttgtctcagcctaagggatctgttaacggccgc
tttaaacttaccgagcaaggagaggttatctttgctcgttatggagacccaacgcttgct
cgccgtcacgtagagtctgttgcaggagcaacgctgcttcagatggcaccttctcttgag
cagaagaatactcatgcagatgtgaagtttgcttcattagcttctgagcttgataaggct
tccaaacagcgcttcttagaactcattcactctgatggttttgccgagtggttctcggtt
gttacccctctgactgagattggtcttctccctattggttcaagacctgcaaaacgtggt
cttggtgcaaagtctcttgatgatttacgcgcaatcccatggattttctcgtggtcacag
gctcgtatcaacctagctgcttggtacggattgggtagtgcatgtgaggctgtgggagat
attgagcgtcttcgtgaggcatacaaggagtggccgctgttcactacgtttattgacaac
atcgagatgtcaatctcgaaggttgatgctcgtatcgcaagactttacctggctttggga
gatcgccctgagctttcagagatggttctttctgagatgtcgttgacacgtaagtgggtc
cttgctattaccggtaacaagtggcctctggagaaccgtcgcgtgctaggacctgttatt
cgtctgcgtctaccatttgttaacattctctcggttacgcaggtacatgccctttctgag
cttcgtacaagggacgacatgcttactccagaggagcgtgcaaatatcacgtatctgatt
ttgtgcactgtgtctggtgttgctgcgggtctgcagaatacgggctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (12)   
   KEGG PATHWAY (5)   
   KEGG MODULE (7)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (13)   
   KEGG ORTHOLOGY (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (2)   
   Pfam (2)   
All databases (38)   

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