Salicibibacter cibi: HUG20_12555
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Entry
HUG20_12555 CDS
T07369
Symbol
pyc
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
scib
Salicibibacter cibi
Pathway
scib00020
Citrate cycle (TCA cycle)
scib00620
Pyruvate metabolism
scib01100
Metabolic pathways
scib01120
Microbial metabolism in diverse environments
scib01200
Carbon metabolism
scib01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
scib00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
HUG20_12555 (pyc)
00620 Pyruvate metabolism
HUG20_12555 (pyc)
Enzymes [BR:
scib01000
]
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
HUG20_12555 (pyc)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PYC_OADA
CPSase_L_D2
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
ATP-grasp
Dala_Dala_lig_C
Biotin_lipoyl_2
ATP-grasp_3
ATPgrasp_ST
HlyD_D23
HlyD_3
NQRA
ATP-grasp_4
RnfC_N
RimK
YqfD
GCV_H
Motif
Other DBs
NCBI-ProteinID:
QQK81970
UniProt:
A0A7T6ZER8
LinkDB
All DBs
Position
complement(2517871..2521311)
Genome browser
AA seq
1146 aa
AA seq
DB search
MKNIQKVLVANRGEIAIRIFRACTELHIRTVAVYSKEDTGAFHRYKADEAYLVGEGKKPI
EAYLDIENIISIAKRTDVDAIHPGYGFLAENTHFAERCEEEGIIFIGPKSEHLHMFGDKI
QARKTAIEAGLPVIPGSNGAVSGVEEVEHFAAEHGYPFIIKASLGGGGRGMRIVRKAEEV
RDSFDRARSEARSAFGSDEVYVEKLIENPKHIEVQVLGDHEGNTLHLYERDCSVQRRHQK
VVEIAPSIALSEQLRDDICQAAIDLADNINYLNAGTVEFLVGADGSFYFIEVNPRIQVEH
TITEMVTGVDIVHAQLYIADGFSIHGSVIGLPAQSEIRTHGYAIQSRVTTEDPENDFMPD
TGKIMAYRSSGGFGVRLDAGNGFQGAVISPHYDSLLVKVSTWALSFNVAAAKMLRNLREF
RIRGIKTNIAFLENVVQHEHFLNGEYNTSFIDDTPELFVFPRRKDRGTKMLTFIGETIVN
GYPGLEQQKKPIFSALRKPEVDEDAPMPSGSKQVLDERGTDGLVKWLKDQERTLLTDTTF
RDAHQSLLATRVRSHDLLNIAEPTARMLPDLFSTEMWGGATYDVAMRFLHEDPWERLLNL
REKMPNVLFQMLLRGANAVGYKNYPDNVIEEFVKTSASAGIDVFRVFDSLNWLPGMTKAI
EAVRNSGKLAEAAICYTGDILDPNREKYNLNYYKELAKTLEAEGAHILGIKDMAGLLKPE
AAYQLVNELKETIDLPVHLHMHDTSGNGVFTYARAIDAGVDVVDTAISAMAGSTSQPSME
SLYYALKGTGKEPALNVEAASKLSGYWEDVRAYYQGFESGLIAPHPEIYEHEMPGGQYSN
LQQQAKAVGLKGQWDDVKDMYARVNTLFGDIVKVTPSSKVVGDMALYMVKNDLTEADIFE
QGNSLDFPESVVEMFQGEIGQPPGGFPPELQRIILKNREAYTDRPGKHMEPVDFEDLKTK
LFTELDRQVTSHDLMNHTMYPKVYEEYEQFRNYFGDVSVLDTPTFFYGLRLGEEIEVEIE
PGKTLIVKLISISKPSDAGDRIVYFELNGQPREVIIKDRSIQSTVAEKVKADKKNPNHIA
GTMPGTVLKVLVKEGEEVKKGDHLIITEAMKMETTVQAPRDGKIEAIHVGNGEAIDSGDL
LIEIGD
NT seq
3441 nt
NT seq
+upstream
nt +downstream
nt
ctgaaaaacattcagaaagtgctcgttgcaaatcgtggcgagattgccattcgaattttc
agagcttgtacggaacttcatattcgtacagtggccgtttattccaaagaagacacgggg
gcattccaccgttataaggcggatgaagcttatttggtcggagaaggaaaaaaaccgatt
gaagcttatctggacattgaaaatattatttcgattgcgaaacggacagacgtagacgcc
atccatccgggatacggatttctggcggaaaacacgcattttgcggagcgctgtgaagaa
gaagggattatttttatcggtccgaaaagtgagcatttacatatgttcggcgataaaata
caagcgcgcaaaaccgcgattgaagcagggcttccggtcataccgggaagcaacggcgcc
gtttccggtgtcgaggaagtggagcattttgccgcggaacacggatatccttttattatt
aaggcgagcctcggcgggggcggacgcggaatgaggattgtccgtaaagccgaagaggtt
agggattcatttgatcgggcacgctcggaagcgcgatccgcttttggcagtgatgaggtt
tatgtagagaagctgattgagaatccgaagcatattgaggtgcaagttcttggtgaccat
gaagggaacactttgcatttatatgaaagggattgctcggtgcaaagacgccatcaaaaa
gtggtggaaatcgcacccagcatcgcgctcagcgaacagctccgggatgatatttgccag
gcagccattgaccttgccgataacatcaattatttgaatgcaggaaccgttgagtttctc
gtcggtgctgacggatcgttttactttattgaagtcaacccccgtattcaagtggaacac
acgattacggaaatggttaccggtgttgacattgtacatgcccagttatacatcgccgac
ggcttttccatacacggatccgtcatcggattgcccgctcaatcggaaatccgtacgcat
ggctacgcgatccagtcgcgggtgacaaccgaggatccggaaaatgacttcatgccggac
acgggcaaaatcatggcataccgctccagcggcggtttcggtgtacgcctggatgcaggg
aatggctttcagggcgcagtcatcagcccccattatgattctttgcttgtgaaggtttcg
acatgggcgctctcttttaatgtagccgcagcaaaaatgcttcgaaacttacgggagttc
cgcatccgcggcattaaaacgaatattgcctttttggaaaatgtcgtgcagcatgagcac
tttttaaacggggagtacaatacatcatttatcgatgatacgcctgaattattcgtgttc
ccgcgccgaaaagaccggggaacgaaaatgctgacgtttatcggcgaaacgattgtgaac
ggttatccggggttggagcaacagaaaaaaccgatattttccgcgcttcgtaagcccgag
gtagatgaagatgcaccaatgccgtccgggagcaagcaagtgctcgatgagcggggtacc
gacgggcttgtgaaatggttaaaagaccaggaacgcacgcttttgacggacacgacgttc
cgagatgcccatcaatcgctgctcgcgacccgtgtgcgcagccatgatttgctcaatatt
gccgaaccgacggcgcgcatgttgcctgatttattttcaacggagatgtggggcggagcg
acatacgatgtggccatgcgctttttgcacgaagacccgtgggaacgtctgctcaatctc
agagagaagatgccgaatgtattgttccagatgcttcttcgcggggcgaatgcggtcggc
tataaaaattaccccgacaatgtcatcgaggagtttgtcaaaacgtccgccagtgcaggc
atcgacgtcttccgtgtctttgattccctcaattggctaccgggaatgacgaaagcgatc
gaagcggttcgaaactccggaaaactcgcggaagcggcgatctgttataccggtgatatt
ctcgaccccaaccgcgagaaatacaatttgaattattataaagagcttgccaaaacgcta
gaagcggaaggcgcccatattctcggcatcaaagatatggccggattattgaaacccgag
gctgcctatcaattggtgaacgagttaaaagaaaccatcgatttgcccgtgcatctgcat
atgcacgatacgagcggaaatggcgtattcacttatgcaagagcaattgatgccggcgtc
gatgtcgtcgacaccgcgattagcgcgatggccggctccacttcgcagccgagcatggaa
agcctgtactacgccttgaaaggcacaggcaaggaaccggctttgaacgtggaagccgca
agtaagttaagcggttattgggaagatgtgcgcgcctactatcaagggtttgaaagtggc
ttgatcgcaccacacccggaaatctatgaacacgaaatgcccggcggacaatacagcaac
ttgcagcaacaggcaaaagccgtcggcttaaaagggcaatgggatgatgtgaaggacatg
tacgcgagggtaaacacgctcttcggtgacatcgtgaaagtcactccttcttcaaaagtc
gtcggtgacatggcactatacatggtgaaaaatgatttgacggaagcggatatttttgaa
caaggaaattcccttgattttcccgaatcggtcgtggaaatgtttcagggcgagatcgga
cagccgcccggaggtttcccgccggaactccagcgcatcattttaaaaaatcgagaagcg
tataccgaccgacctggtaaacacatggagcctgtcgattttgaagacctgaaaacaaag
ctattcacggagctcgatcggcaagtgacatctcacgacctaatgaatcacacgatgtac
ccgaaagtttacgaggagtatgaacagtttcgaaattatttcggggatgtttccgttctc
gatacgccgacatttttctatggacttcgacttggagaggaaatcgaagtggaaatcgag
ccgggaaaaacgttgattgtgaagctgatttccatttccaaaccatcggatgccggcgat
cgcatcgtctattttgaactcaacggccagcctcgggaagtaatcattaaagaccgaagc
atccaaagcaccgtggccgaaaaagtaaaagcagacaagaaaaatccgaatcatattgcc
ggaacgatgccgggaaccgtgttgaaagtgctcgtcaaagaaggagaagaggttaaaaag
ggcgatcatctgatcattaccgaagcgatgaaaatggaaacgactgtacaagcccctaga
gacggcaaaattgaagcgattcacgtgggaaatggagaagcgatcgatagcggagacttg
ttgatcgaaatcggggattaa
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