KEGG T01777: SYNGTI

Synechocystis sp. PCC 6803 GT-I: SYNGTI_1818

Entry

SYNGTI_1818 CDS T01777

Gene name

ppc

Definition

phosphoenolpyruvate carboxylase

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

syt Synechocystis sp. PCC 6803 GT-I

Pathway

syt00620	Pyruvate metabolism
syt00680	Methane metabolism
syt00710	Carbon fixation in photosynthetic organisms
syt01100	Metabolic pathways
syt01120	Microbial metabolism in diverse environments

Module

syt_M00168

CAM (Crassulacean acid metabolism), dark

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:syt00620]
Metabolism; Energy metabolism; Carbon fixation in photosynthetic organisms [PATH:syt00710]
Metabolism; Energy metabolism; Methane metabolism [PATH:syt00680]

SSDB

Motif

Pfam:

PEPcase DUF4287

Other DBs

NCBI-GI:

383322727

NCBI-GeneID:

11974247

UniProt:

H0NXF0

Position

complement(1993066..1996170)

AA seq 1034 aa
MNLAVPAFGLSTNWSGNGNGSNSEEESVLYQRLKMVEELWERVLQSECGQELVDLLTELR
LQGTHEAITSEISEEVIMGITQRIEHLELNDAIRAARAFALYFQLINIVEQHYEQNEQQR
NRWEASQETNFYEQAGNEEEMVPPSRLGASTEPLPVGIDQNELQASVGTFHWLMRELKRL
NVPPQHIQNLLDHLDIRLVITAHPTEIVRHTIRRKQRRVDRILRKLDQLQGSVTGRDWLN
TWDAKTAIAQLTEEIRFWWRTDELHQFKPTVLDEVDYSLHYFDEVLFDAVPELSKRLGQA
IKETFPHLRAPRANFCYFGSWVGGDRDGNPSVTPEVTWQTACYQRGLVLGKYLFSLGELV
AILSPSLHWCKVSQELLDSLERDRIQLPEIYEELSLRYRQEPYRMKLAYVTKRLENTLRR
NNRLANPEERQTMITMPAENHYRTGEELLEELRLIQRNLTETGLTCLELENLITQLEVYG
FNLAQLDFRQESSRHAEAIAEIAEYMGVLTTPYEEMAEEDKLAWLGVELQTRRPLIPQEM
PFSERTRETIETLRTLRHLQMEFGVDICQTYIISMTNDASDVLEVLLLAKEAGLYDPATA
SNSLRIVPLFETVEDLKNAPGIMDSLFSLPFYRATLAGSYHSLKELQNQPPDYYQIPTTT
ALLNPGNLQEIMVGYSDSNKDSGFLSSNWEIHKAQKSLQAVAQSHRVILRLFHGRGGSVG
RGGGPAYKAILAQPAGTVDGRIKITEQGEVLASKYSLPELALYNLETLTTAVIQASLLKS
SFDFIEPWNRIMEELACTARRAYRSLIYEEPDFLDFFLTVTPIPEISELQISSRPARRKG
GKADLSSLRAIPWVFSWTQTRFLLPAWYGVGTALKSFVDQDPVKNMKLLRYFYFKWPFFN
MVISKVEMTLSKVDLTIASHYVQELSKPEDRERFDRLFQQIKQEYQLTRDFAMEITAHPH
LLDGDRSLQRSVLLRNRTIVPLGLLQISLLKRLRQVTQEAETSGVRYRRYSKEELLRGAL
LTINGIAAGMRNTG

NT seq 3105 nt +upstreamnt +downstreamnt
atgaacttggcagttcctgcattcggtctttccactaactggtctggtaatggcaatggt
tccaactctgaagaagagtcggtgctttaccagcggttaaagatggtggaggaattgtgg
gaaagggtgctccaaagcgaatgtggccaggaattggtggatttgctgacggaattaagg
cttcagggtacccatgaggcgatcaccagcgaaatttccgaagaagtcatcatgggtatt
acccagcgcattgagcatttagaactcaatgatgccatccgggcggctcgggcctttgcc
ctatatttccagttgatcaacatcgttgaacagcactacgaacaaaacgagcaacaacgg
aatcgttgggaagcttcccaggaaaccaacttctatgagcaggcgggcaatgaggaagaa
atggtccccccatcccgattaggcgcgtcaacggaaccattgccagtgggcattgaccag
aatgaattgcaagcttctgtaggtacgttccattggttaatgagggagctaaaacgcctc
aatgtgcccccccaacatatccaaaatttattggatcatctggacattcgcctggtgatc
accgctcaccccacggaaattgtccgtcacaccatccggcgcaaacaaagaagggtggac
cgcattcttcgtaaactagatcaactccagggttctgtgaccggtcgggactggctcaac
acctgggatgcaaaaacggcgatcgcccaattaacggaggaaattcgcttttggtggcgt
accgacgaacttcatcagttcaaacccactgtgttggacgaagtggactattccctccat
tattttgatgaagtactgttcgacgctgtaccggaattgtccaaacggttaggacaagct
attaaagaaacctttccccatctgcgggccccccgggctaatttttgttattttggctcc
tgggtcggtggcgatcgggacggcaacccttcggtaaccccagaagtgacctggcagacg
gcctgttaccagcggggtttagtgctggggaaatatttgtttagtttgggggaactggtg
gccattcttagcccttccctccattggtgcaaagtctcccaggaattgttggactctttg
gaacgggaccgcattcaattaccggaaatttacgaagaactttctctccgctatcgccag
gaaccctatcggatgaagctggcctacgttaccaaacggctggaaaacaccctgcggcgt
aataatcgtctagccaacccagaagaacggcaaacgatgatcaccatgccggccgaaaat
cactatcgcactggggaagaattattagaggaattaagactcattcagcgtaatctgacc
gaaactggtttaacctgcctggagttggaaaatttgattacccagttggaagtctatggc
tttaacctagcccagttggattttcgccaggaatcttcccgccacgccgaggcgatcgcc
gaaattgctgagtatatgggggtactcaccactccctacgaagaaatggccgaagaagat
aaattagcctggttaggggtagaactgcaaacccgccgtcctttaattccccaggaaatg
cccttttcggagcggactagggaaaccattgaaaccctccgcaccctgcgccatctacaa
atggaatttggggtggatatttgccaaacctacatcatcagcatgaccaacgatgccagt
gatgtgttggaagtattgctgttagccaaggaagccggattgtatgacccggccaccgcc
tccaattccctccgcattgtgcccctgtttgaaacagtagaagatctcaaaaacgctccg
gggattatggattctcttttcagcttgcctttttaccgggctacattggcgggcagttac
cattccttaaaagagttgcaaaatcagccaccggattattaccaaattcccaccaccaca
gccctactaaatcccggcaatctccaggaaattatggtgggctattccgacagcaataaa
gactccggctttttgagcagtaactgggaaattcataaggcccaaaaatcactgcaggca
gtggcccaaagccatcgggtaattctccggctgttccacggtcgaggaggatctgttggc
cgggggggcggcccggcctataaagccattttggcccagcccgcaggcaccgtggacggt
cggatcaaaattaccgaacaaggggaagtgttagcttctaaatattccctgccagagttg
gccctctacaacctggaaactttaaccacggcggtcatccaagctagtttacttaaaagt
agttttgatttcattgagccctggaaccggattatggaggagttggcctgcactgcccgt
cgagcctaccggagtttgatttacgaagaaccggactttttagatttcttcctgacggtt
acccccattcctgaaattagcgagttacagattagttcccgccctgcccgacgtaagggg
ggtaaagcggatctcagcagtttgcgggccattccctgggtgttcagttggacccaaacc
cgtttcctgctgccggcttggtatggggtgggcacggcgttgaaatcctttgtggaccaa
gacccggtcaaaaatatgaagttgttgcgttacttctatttcaaatggcctttcttcaac
atggtgatctcgaaggtggaaatgaccctttccaaggtggacctcaccatcgcttcccac
tatgtgcaagagctatctaagccagaagaccgggaacgattcgatcgcctttttcagcag
atcaagcaagagtatcaattaaccagggactttgccatggaaattacggcccatccccac
ctcctggacggcgatcgctctttgcaacggtcggtactcctacgaaatcgtactattgtt
cccctggggctactgcagatttccctgctgaaacgtttacgccaagtaacccaggaagcg
gagaccagcggcgtgcgttaccgtcgttattccaaagaagaactactgcggggagctctg
ttaaccattaacggtattgcggccggaatgcgtaatactggttga

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 (2)   
   Pfam (2)   
All databases (22)   

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