KEGG T00488: P9301

Prochlorococcus marinus MIT 9301: P9301_17661

Entry

P9301_17661 CDS T00488

Gene name

ppc

Definition

phosphoenolpyruvate carboxylase (EC:4.1.1.31)

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

pmg Prochlorococcus marinus MIT 9301

Pathway

pmg00620	Pyruvate metabolism
pmg00680	Methane metabolism
pmg00710	Carbon fixation in photosynthetic organisms
pmg01100	Metabolic pathways
pmg01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:pmg00620]
Metabolism; Energy metabolism; Carbon fixation in photosynthetic organisms [PATH:pmg00710]
Metabolism; Energy metabolism; Methane metabolism [PATH:pmg00680]

SSDB

Motif

Pfam:

PEPcase PEPcase_2 Ribosomal_L50

Other DBs

NCBI-GI:

NCBI-GeneID:

CyanoBase:

CYORF:

UniProt:

Position

complement(1487262..1490231)

AA seq 989 aa
MESFRQIKNNNVDLISNNDPLDKNRLLIEDLWESVLREECPDDQAERLIQLKELSYSKQI
DGNSSKTFKNEIVDIVNSMDLAESIAAARAFSLYFQLVNILEQRVEEDRYIQSFTNKDVQ
KSPDNLDPFAPALARQNAPVTFRELFYRLRKLNVPPGKLEELLQEMDIRLVFTAHPTEIV
RHTIRHKQTRVANLLKKIQIEQFLTKDEKISLKTQLKEEVRLWWRTDELHQFKPSVLDEV
DYSLHYFQQVLFNAMPQLRGRITEALTENYPDVQLPPESFCNFGSWVGSDRDGNPSVTPD
ITWRTACYQRQLMLDRYIVATSNLRDQLSVSMQWSQVSSSLLESLETDRVKFPEIYEARA
TRYRSEPYRLKLSYILEKLRLTQERNNLLADSGWKFDFEGEIDNKNIDKVENLYYKSVNE
FTYDLELIKNSLISTDLTCDSVNNLLTQVHIFGFSLASLDIRQESTRHSDAIQELTNYLD
LSVQYDQMSEEEKIKWLIDELNTKRPLIPSDVNWTKTTEETFSVFKMVKRLQQEFGSRIC
HSYVISMSHSASDLLEVLLLAKEMGLLDQDSQKSKLLVVPLFETVEDLQRAPEVMEKLFK
LDFYKSLLPKVGESFKPLQELMLGYSDSNKDSGFVSSNWEIHRAQIALQNLSSRNNILLR
LFHGRGGSVGRGGGPAYQAILAQPSGTLKGRIKITEQGEVLASKYSLPELALYNLETVTT
AVIQNSLVNSRLDATPEWNQLMSRLAETSRSHYRKLVHENPDLLNFFQEVTPIEEISKLQ
ISSRPARRKKGAKDLSSLRAIPWVFGWTQSRFLLPSWFGVGTALSAELNSDPQQIELLRV
LHQRWPFFRMLISKVEMTLSKVDLEVARYYVDTLGSKENKDSFDNIFEVISKEYNLTKSL
ILEITGKNKLLESDRDLKSSVSLRNKTIIPLGFLQVSLLRRLRDQTRQPPISEFLIDKDE
SRRAYSRSELLRGALLTINGIAAGMRNTG

NT seq 2970 nt +upstreamnt +downstreamnt
atggaatcttttcgacagataaaaaataataatgtggatctgataagtaacaatgatcca
cttgataaaaatcgtcttctaattgaagatctctgggaatctgtgctcagagaagaatgc
ccagatgatcaagcagagagattgatacagcttaaagaattaagttattcaaaacaaatt
gatggtaatagttcaaaaacttttaaaaatgaaatagttgatattgtaaattctatggat
ttagcagaatccatagctgctgcaagggcgttttcattatattttcaactcgtaaatatt
ttggaacaaagagttgaggaagatagatatattcaaagctttactaataaggatgttcaa
aaatcgccagacaatcttgatccttttgccccagcattggctaggcaaaatgctccagta
acttttagagaattattttacaggctgagaaaattaaatgtaccaccaggaaaattagag
gagttattacaggaaatggatattcgtttagtttttactgcgcatccgaccgagatagta
agacatacgattagacataagcaaaccagagtagcaaatttgttaaaaaaaatacagatt
gagcaatttctgacaaaagatgaaaaaatttctctaaaaacccaattaaaagaggaagta
aggctttggtggagaacagatgaattgcatcaatttaaaccttcagttttagatgaagtt
gattattcattgcattattttcagcaagttttatttaatgcgatgcctcaattgagaggc
aggattactgaagcacttaccgaaaattatccagatgttcagttgcccccagaatctttt
tgtaacttcggttcttgggtaggctctgatagggacggtaatccatcagtaactcctgat
ataacatggcgaactgcatgttaccaaaggcagttgatgttggatagatatattgttgcg
acgtctaatcttagagatcaattaagtgtatctatgcaatggagtcaagtaagttcctcc
ttattagaatcactcgaaactgacagggttaagttccctgaaatatatgaagctagagct
acaaggtatagatcagaaccttacagattaaaattaagttatattttagagaaattaagg
ttaacacaagaaagaaataatttattagctgatagtgggtggaaatttgactttgagggg
gaaattgataacaaaaatatagataaagttgaaaatttatattacaagtcagtaaacgaa
tttacatatgatcttgagctgattaaaaatagcttaattagtacagatttaacttgcgat
tctgtaaataacttacttactcaggttcatatttttggattttctttagcaagtttagat
attcgtcaagagagtacaaggcatagtgatgctattcaagagcttacaaattatcttgat
ttgtctgttcaatatgaccaaatgtctgaggaagagaaaattaaatggctcatagacgaa
ttaaatacaaaaaggcctttaattccatctgacgttaactggacaaaaactacagaagaa
accttttcagtttttaagatggttaagagactacagcaagaatttggaagtcgcatttgt
cattcttatgtaatttcaatgagtcatagtgcatctgatttgcttgaagttctcttactt
gcaaaagaaatgggacttcttgatcaagattcacaaaagtcaaaattattagttgttcct
ctttttgaaactgtggaagatcttcaaagagcaccagaagtaatggaaaagttgtttaaa
ttagatttctataaatcattattgccaaaagtaggagaatcttttaaacctctacaagaa
ttaatgcttggatattctgatagtaataaagattcaggatttgtttctagtaattgggaa
attcatagagcccaaatagctcttcaaaatctctcaagtagaaataacatattgctaaga
ctttttcatggaagaggagggtctgttggtagaggaggcggaccagcatatcaggcaata
ttagctcaaccaagcggcactttaaaaggacgaataaaaataacagaacaaggtgaagtt
ttagcttccaaatatagtcttcccgaactggctttatacaatcttgagactgtaactaca
gcggtaattcaaaatagtttggtaaatagtagacttgacgctacgccagaatggaatcaa
ttaatgtctaggctggcagaaacatcaagatctcattacagaaaattagtgcatgagaat
cctgatttgttaaatttctttcaagaggtcactccgatagaagaaataagtaaattacag
atatctagtaggcctgctagaagaaaaaaaggtgcaaaagatttgtcaagtttaagagct
attccatgggtatttggctggacacaaagtagatttcttttgccaagttggtttggagta
ggcactgctttgtcagctgaattaaattcagatccacaacaaattgaactattaagagtt
ctgcatcaaagatggccattttttaggatgcttatatctaaagtggaaatgacattatcg
aaggtggatctggaagttgctagatattatgttgatactcttggcagcaaagaaaataaa
gactcttttgataatatttttgaagtaatttctaaagaatataatcttacaaaatcttta
atacttgaaattactggtaaaaataagctcctagaatctgatagagacttgaaatcatca
gtaagcttgagaaataagacaataattccattagggtttttgcaggtttcacttctaaga
agattaagagaccagacaagacaacctccaataagcgaattccttatagataaggacgaa
tccagaagagcttacagcagaagtgaactattaaggggtgcacttttaactattaatggg
atagcagctggcatgagaaatacaggttga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   CYANOBASE-PMG (1)   
   CYORF-PMG (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (24)   

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