KEGG   Alkalitalea saponilacus: CDL62_12940
Entry
CDL62_12940       CDS       T04906                                 
Name
(GenBank) phosphoenolpyruvate carboxylase
  KO
K01595  phosphoenolpyruvate carboxylase [EC:4.1.1.31]
Organism
asx  Alkalitalea saponilacus
Pathway
asx00620  Pyruvate metabolism
asx00680  Methane metabolism
asx01100  Metabolic pathways
asx01120  Microbial metabolism in diverse environments
asx01200  Carbon metabolism
Module
asx_M00168  CAM (Crassulacean acid metabolism), dark
Brite
KEGG Orthology (KO) [BR:asx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    CDL62_12940
  09102 Energy metabolism
   00680 Methane metabolism
    CDL62_12940
Enzymes [BR:asx01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.31  phosphoenolpyruvate carboxylase
     CDL62_12940
SSDB
Motif
Pfam: PEPcase PEPcase_2 Orthopox_F14
Other DBs
NCBI-ProteinID: ASB49977
UniProt: A0A1T5HTR3
Position
3385153..3387906
AA seq 917 aa
MRKELSDVEIKQIKQQIESDGLQKISKDLNSVSVFLREVLKDLNEDSLVKLLNSIHEKSG
EVNLNDKVSDEKLVQALSILFQLMNLVEENAAAQFRRKIENRLGASSIRGSWSETFSKWK
KQGLNEDQIRELLSKIHIMPVLTAHPTEAKRTTILKLHREIYLQLVKKENAVWSETERKV
INATIRALIERWWRSGEVYREKPDVPSERSSVLHYFTRVFPEALKLSDERLRYTWKAYGF
DPKRLSRPEHYPLLSFGSWVGGDRDGHPYVTAEVTRDTLMEHRKAAFSLLEGQLDALASQ
MSFSDTRNQVPEKLYERIEEMSLNLRKAGYKAVSRNQHEPWRQLVELMLAKLINTRKERV
QSGDMVYDSSFQLQDDLLFLRESLSAIGAYKIIDTFLFPLERHVKCFGFHLAKLDIRQNS
AFHDKALEQMLNYASTEERNYTTWSEEQKIEFLTNELKSNRPFVVSGISVGAEADQVLAC
YRVIKEHVDRYGADGIGSIIVSMTRGLSDLLIVYLFMREVGLDPKLLQVVPLFETIEDLN
QSHIVLDRYLSHPVVQSVKGSQRSVQEVMLGYSDSNKDGGIVASRWNIYKAERDLTNIAK
KHNAELRFFHGIGGTISRGGGKYHRFLDSMPEGSFSGEIKLTVQGEAIAQQFANLVNANY
NLEMLLSGAALQTGYCLHAPSVDEFPDEALDLLARLSLERYQELIRHPDFIKFYSQCTPI
DVVEQSKIGSRPSRRTGQRTLNDLRAIPWVFSWKQSRFNLTAWYGVGYGLEVMKNDHPQL
YDQLKVFAHKWPFLRYTLIHIETNLLNADKKLMEAYASLVDDDKIRNDFMANILSEHQKS
IKQVAALLGDQTENRRISLLENINRRKDSLQTLHQMQIDSLRQWRLVKDENPEKAAVLLD
KLLIITTAISGGVKNTG
NT seq 2754 nt   +upstreamnt  +downstreamnt
atgagaaaagagttatcagatgtcgagataaagcaaataaaacagcagattgagagtgat
ggactgcagaagatcagtaaagatttgaactctgtatctgtttttttgcgagaggtttta
aaggatctgaatgaagattcactggttaaattgcttaactccatccatgaaaaaagtggg
gaggtaaatcttaatgataaagtgtctgacgagaaactggttcaggctctgagtattctt
tttcaattgatgaatttggtggaggagaatgctgccgcacagtttcgtcgaaagattgag
aacagattgggagcatccagcatcagaggttcctggtcggaaacattcagcaagtggaaa
aagcagggtttaaacgaggatcagatcagggagttgctttccaagattcacatcatgccg
gttttaacagcacaccctactgaagcaaagcgtacaaccattcttaaactgcaccgcgag
atatatcttcagctggtcaaaaaagagaatgctgtttggtccgaaaccgagcggaaagtg
atcaatgccaccattcgggcattaattgaacgatggtggagaagtggggaggtttatcgt
gaaaagcccgatgttccctcggaacgcagtagtgtattgcactattttactagagtgttt
ccagaggccttaaaattgagcgacgaaagactgagatatacatggaaggcttatggcttt
gatccaaagagattaagtcgtcctgagcattatcccttgctttccttcggaagttgggtg
ggtggcgaccgtgatggccatccttacgttacagcggaagttacccgcgacactttaatg
gagcatcgtaaagcggcttttagtttgctcgaaggtcagttggatgctttggcatcccaa
atgagtttttccgatacccgcaatcaggttcctgagaaactttacgaacgtattgaagag
atgtcgctgaatctgcgtaaagccggctataaggctgtatctagaaaccaacacgaacca
tggaggcagttggtggaattgatgctcgctaaattgatcaatacccgaaaggaacgagta
caatcgggtgatatggtttacgactcttcttttcagctgcaggatgatcttctttttcta
agggagagtttatcagccatcggcgcatataaaattattgacacattcctgtttccgctt
gaacgccatgttaaatgctttgggtttcatctggccaaactggatatcaggcaaaacagt
gcctttcatgataaggcactggaacaaatgctcaattatgcttccaccgaagaacgaaat
tacaccacctggagtgaggagcaaaaaattgaatttcttacaaatgaattaaaaagcaac
agaccttttgtcgtttcaggaatttctgttggtgctgaagctgatcaggtattggcttgt
taccgagtgataaaagaacatgtcgacagatacggagccgatggcatcggctccatcata
gtgagtatgactcgcgggttaagcgatttactgattgtgtatctctttatgcgcgaagtt
ggactggatccgaaacttcttcaggtggttcctctttttgaaaccattgaagacctaaac
cagtcgcacattgttctggacagatatctttcgcatccggtggtgcaatctgtgaaagga
tctcagaggtctgttcaggaagttatgcttgggtacagcgacagcaataaggacggaggc
attgttgccagccgttggaatatatataaggccgagcgggacttaaccaatattgcaaaa
aagcataatgcagaacttaggttcttccatggtataggtggaaccatcagtcgtggagga
gggaagtatcatcggttccttgatagtatgccggaaggctctttttccggtgaaataaaa
ctaaccgttcagggagaggcaattgcacaacagtttgccaacttagttaatgccaattat
aaccttgagatgttgctttcgggggcagctctgcaaactggatattgtttgcatgcgcct
tctgttgatgaattccccgatgaggcactggatcttttagcacggctctctttggaacgg
tatcaggaattgatcagacatcccgattttattaagttctatagtcaatgtacgcccatt
gatgtagttgagcagagcaaaattgggtcgcgtccctcccggagaaccggacaacgcaca
ttaaatgatctgcgagccattccttgggtgtttagctggaaacaatccaggtttaacctc
actgcctggtatggggttggttatggtcttgaagttatgaagaacgatcatcctcaattg
tacgaccagttgaaagtgtttgcccataaatggccattcctcagatacactttgatccat
attgaaaccaaccttttgaatgccgataaaaagttgatggaggcttatgcttctctggtt
gatgatgataaaattcgcaatgattttatggccaacattctctctgagcatcagaaaagc
ataaagcaggtggcagcactgcttggagaccagacagagaaccgaagaatcagcctgctt
gagaatataaatcgtcgaaaggattcattgcaaaccctacaccaaatgcagattgattct
ctcaggcaatggcgattggttaaagatgagaacccggaaaaggcagctgtgttgttagat
aaactgcttatcataaccactgccatttcaggtggagtgaaaaatacaggttga

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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 (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (55)   

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