Ligilactobacillus salivarius JCM1046: LSJ_0708
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Entry
LSJ_0708 CDS
T03340
Symbol
pycA
Name
(GenBank) Pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
lsj
Ligilactobacillus salivarius JCM1046
Pathway
lsj00020
Citrate cycle (TCA cycle)
lsj00620
Pyruvate metabolism
lsj00720
Other carbon fixation pathways
lsj01100
Metabolic pathways
lsj01120
Microbial metabolism in diverse environments
lsj01200
Carbon metabolism
lsj01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
lsj00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
LSJ_0708 (pycA)
00620 Pyruvate metabolism
LSJ_0708 (pycA)
09102 Energy metabolism
00720 Other carbon fixation pathways
LSJ_0708 (pycA)
Enzymes [BR:
lsj01000
]
6. Ligases
6.4 Forming carbon-carbon bonds
6.4.1 Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
6.4.1.1 pyruvate carboxylase
LSJ_0708 (pycA)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
PYC_OADA
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
ATP-grasp
Dala_Dala_lig_C
Biotin_lipoyl_2
ATP-grasp_3
ATPgrasp_ST
ATP-grasp_4
HlyD_3
RimK
RnfC_N
HlyD_D23
GCV_H
ATPgrasp_Ter
DUF4633
NQRA_N
PTS_EIIA_1
Motif
Other DBs
NCBI-ProteinID:
AIR10400
UniProt:
A0A089QCE5
LinkDB
All DBs
Position
708317..711742
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AA seq
1141 aa
AA seq
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MEKVLIANRGEIAIRIIRACHELGLKTVAIYAKEDEYGVHRFKADEAYLVGSGKKPIEAY
LDINDIIRIAKMTNADAIHPGYGFLAENEEFAQKCEENGITFIGPSVEHLRIFGDKVEAR
NVANSAGLHTIPGTNDPVKSLKDVEKFADKHGYPIMIKAAMGGGGRGMRIVKRKEELREA
YERARSEANQSFGDDELYVEKMIVNPKHIEVQILADKHGNVMHLFERDCSVQRRNQKVIE
FAPSITLSQERRKEICEAAVNLAKSVNYYNAGTVEFLVTEDDFYFVEVNPRVQVEHTVTE
MITGVDIVQSQIQIAEGKDLYNDLELPKQEELTSQGIAIQCRITTEDPENNFMPDTGKLE
TYRSPGGFGVRLDGGNVYAGAVITPFYDSLLVKACVQARNFKEAIKRMNRVLNEFRIRGV
KTNIKFMRNVLNHPVFVAGDARTTFIDNTPELFEFNRSSNNNNQLLKYIGDVTVNGFPGT
KHHRKVFVPDIKLDKNFVSESKVENAKSVFDNGGVDALANWVNKQEKVLITDTTMRDAHQ
SLFATRMRTKDMLPVIEKYDTALPHVFSAEVWGGATFDVAYRFLNESPWDRLDIIREKMP
NTLLQMLLRGSNAVGYKNYPDNVLREFVNESAKHGIDVFRIFDSLNWTDQMEKSIEFVRD
AGKIAEGTMCYTGDILTPENNKYSLDYYVNLAKELEAMGSHIIGIKDMAGLLKPNAAYEL
ISTLKEQVNVPIHLHTHDTTGNGVATYVQAVRGGVDIIDVATSSLSGTTSQPSMSSLYYA
LEGNARQPELNIDNVETLNRYWSGIKPFYQDFMNGITSPQTDIYQTEMPGGQYSNLQQQA
KAVGIDDFEQVKSMYRTVNKLLGDIIKVTPSSKVVGDFAIFMIQNNLDEKSIFERGKTLD
FPKSVVDFFAGDLGQPVGGFPKKLQELVLKGKKPITVRPGSLAKPVDFDEVADELKDKIK
RNPTKEEVLSYILYPEVFIDYINNVKRFGSMHDLDTITFYQGMREGETIHVDFKPGRSII
IRLDSVSEADEEGNRSLFFSLNGQNIQIIVHDKSKEAKIKKIPKAEPTNESHIGATLSGS
VLEVLVQKGQEVKKGEALIVTEAMKMETTIKAPFDGKVSHVYVKNGDVLESQDLLLELDK
N
NT seq
3426 nt
NT seq
+upstream
nt +downstream
nt
gtggaaaaagtattaattgctaatcgtggcgaaattgcaattcgtattattagagcatgt
catgaactaggattaaaaacggtagctatttatgccaaggaagatgaatatggtgttcat
cgttttaaagctgatgaagcttacttagtaggtagtggtaaaaaacctattgaagcttat
ctagatatcaatgacataattcgaatagctaaaatgaccaatgctgatgcaattcatcca
ggttatggatttttagctgaaaatgaagaatttgctcaaaaatgtgaagaaaatggaatt
acatttattggaccatcagtggaacatctacgtatttttggtgataaagtagaagctcgt
aatgttgctaattctgctggtttacatactattccgggaacgaatgatccagtaaaatca
cttaaagatgttgaaaagtttgcagataaacacggttatcctattatgattaaagcagca
atgggtggcggtggccgtggtatgagaattgttaaacgtaaagaagaattacgcgaggca
tatgaacgcgctagaagtgaagctaaccaatcatttggtgatgatgaactttatgttgaa
aaaatgattgttaaccctaaacatatagaagttcaaattttagcagataaacatggaaat
gtaatgcatctttttgaaagagactgttctgtacaacgtcgtaatcaaaaggttatagaa
tttgccccaagcataactttgtcacaagaacgtcgcaaagaaatttgtgaagctgcagtt
aatttggcgaaatctgtaaactactataatgctggaacagtagaatttttagtaactgaa
gatgatttttactttgttgaagtaaatccacgtgttcaagtagaacatactgttacagaa
atgatcacaggtgttgatattgtacaatcacaaattcaaattgctgaaggtaaagacttg
tataatgatttagagttaccaaaacaagaagaattaacaagccaaggtatagcaatccaa
tgtcgtattacaactgaagatccagaaaataattttatgccagatacaggtaaattggaa
acataccgttcaccaggtggttttggtgttcgcctagatggtggtaatgtatatgctgga
gcagtaataacacctttttatgattctttattggttaaggcttgtgttcaagcacgaaac
tttaaagaagctattaagcgtatgaacagagtgcttaatgaatttagaattcgaggtgtt
aaaacaaatattaaattcatgcgtaacgtgttgaaccatcctgttttcgttgcaggcgat
gcacgcactacatttattgataacacaccagagttatttgaatttaatcgtagcagtaac
aataataaccaattattgaagtatattggtgatgttactgttaacggattcccaggcaca
aaacatcatcgtaaagtatttgtccctgatattaaattggataagaattttgtatctgaa
agtaaagtagaaaatgcaaaatcagtatttgataatggtggagttgatgctttagccaat
tgggtaaataaacaagaaaaggtattaataacagatacaacaatgagagatgcccaccaa
agtttatttgcaactagaatgcgtactaaagatatgcttccggtaattgaaaaatatgat
acagctttacctcatgtattttctgctgaggtttggggtggagctacttttgatgtagcg
tatcgtttcttaaatgaaagcccatgggatagattagatattattcgtgagaaaatgcct
aatactttgctacaaatgctattgagaggttctaatgctgtaggatataagaattatcct
gataatgtattaagagaatttgtcaatgaaagtgcaaaacatggaattgatgtatttaga
attttcgatagtcttaactggacagatcaaatggaaaagagtatagagtttgttcgcgat
gctggaaagatagcagaagggacaatgtgttatactggagatattttaactcctgagaat
aataagtatagtttagactactatgtcaacttagctaaggaattagaagcaatgggttcg
catattatcggtattaaagatatggcaggacttctaaaaccaaatgctgcttatgaatta
attagtacattgaaagaacaagttaatgtgccaatacatttacatacacacgatacaaca
ggtaatggtgtagcaacatatgtgcaagctgttcgcggtggagttgatattattgatgtt
gcaactagttcactttctggtacaacaagtcaaccaagtatgagtagtttgtattacgca
ttagaagggaacgctcgtcagccagaactaaatattgataatgttgaaacattgaatcgt
tattggagtggaattaagccattctatcaagactttatgaatggaattacatctccacaa
acggatatttatcaaacagaaatgccgggtggacaatattctaatttacaacaacaagca
aaggcagtaggtattgatgattttgaacaagttaagtcaatgtacagaactgttaataag
ttattaggtgatatcattaaagttactccaagttcaaaagttgtgggtgattttgcaatc
tttatgattcaaaataatttagacgaaaagtcaatctttgaaagaggtaaaactttagat
tttcctaaatcagttgtagatttctttgcaggcgatttgggccaaccagttggtggattt
cctaagaaactgcaagaacttgtgcttaaaggtaagaagccaatcacagtgcgcccaggt
agtttagctaagccagttgactttgatgaagtagctgatgaattaaaagataagattaaa
cgtaatcctacaaaggaagaagttttaagttatatcctatatccagaagtcttcatagat
tatattaacaacgtaaaacgttttggttctatgcatgatttagatacaattactttctat
caaggaatgcgtgaaggggaaacaattcatgttgactttaaaccaggacgtagtattata
attcgtctagattctgtttcagaagctgatgaggaaggaaatcgtagcttattcttctca
ttaaatggtcaaaatattcaaattattgttcatgataagagtaaggaagctaagattaag
aagattcctaaagcagagccaactaatgaaagtcatataggtgcaactttaagtggatca
gtactagaagtattagtacaaaagggtcaagaagttaagaagggtgaagcattaattgtt
actgaagctatgaagatggaaacaacaattaaggctccatttgatggaaaagttagtcat
gtatatgttaaaaatggcgatgttcttgaaagtcaagatttattattggaattggacaaa
aactaa
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