Peribacillus frigoritolerans: L8956_07740
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Entry
L8956_07740 CDS
T08180
Symbol
pyc
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
pfri
Peribacillus frigoritolerans
Pathway
pfri00020
Citrate cycle (TCA cycle)
pfri00620
Pyruvate metabolism
pfri00720
Other carbon fixation pathways
pfri01100
Metabolic pathways
pfri01120
Microbial metabolism in diverse environments
pfri01200
Carbon metabolism
pfri01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
pfri00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
L8956_07740 (pyc)
00620 Pyruvate metabolism
L8956_07740 (pyc)
09102 Energy metabolism
00720 Other carbon fixation pathways
L8956_07740 (pyc)
Enzymes [BR:
pfri01000
]
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
L8956_07740 (pyc)
BRITE hierarchy
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Ortholog
Paralog
GFIT
Motif
Pfam:
PYC_OADA
CPSase_L_D2
Biotin_carb_N
Biotin_carb_C
Biotin_lipoyl
ATP-grasp
HMGL-like
Dala_Dala_lig_C
BSH_RND
ATP-grasp_3
RimK
RnfC_N
BSH_YknX
BSH_CusB
BSH_CzcB
BSH_YhbJ
ATP-grasp_4
NQRA_N
GCV_H
GARS_A
Motif
Other DBs
NCBI-ProteinID:
ULM98570
LinkDB
All DBs
Position
1599085..1602522
Genome browser
AA seq
1145 aa
AA seq
DB search
MGKRIEKVLAANRGEIAIRIFRACTELDIHTVAIYSKEDYGSYHRYKADEAYLVGEGKKP
IDAYLDIEGIIAIAKMSGVDAIHPGYGFLSENIEFAKRCEEEGIIFIGPESRHLDMFGDK
VKARTQAELADIPVIPGSDGPVTSVEEVKEFGEQYGFPIIIKASLGGGGRGMRIVGKIEE
VEEAYDRAKSEAKAAFGNDEVYVERFIQNPKHIEVQILADTHGNIVHLYERDCSVQRRHQ
KVVEVAPSVSLSEDLRERICEAAVKLAKNIDYVNAGTVEFLVANGEFYFIEVNPRVQVEH
TITEMITGIDIVQSQIMVAEGHELHGKKIGIPEQAGIKTHGYAIQSRVTTEDPLNNFMPD
TGKMMVYRSGGGFGVRLDAGNGFQGAVITPYYDSLLVKLSTHALSFEQAASKMVRNLKEF
RIRGIKTNIPFLENVVKHEKFINGEYDTSFIDSTPELFSFPIRKDRGTKMLSYIGNVTVN
GFPGVEKKKKPVFDPAPIPNVGGLPLISGTKNILEEQGAEGLVNWIKEQKEVLITDTTFR
DAHQSLLATRIRSKDILDIAEPTAKLLPDLFSMEMWGGATFDVAYRFLKEDPWDRLLSFR
KKAPNVLLQMLLRASNAVGYKNYPDNVIREFVEKSADAGVDVFRIFDSLNWVKGMELAID
AVRQSGKIAEAAICYTGDLNDPSRSKYNIDYYKHMAVELEQAGAHILAIKDMAGLLKPDA
AYRLVSELKESTSLPIHLHTHDTSGNGIYMYSKAIEAGVDIVDTAIGSLAGLTSQPSVQT
LHYALEGSSRQPKLEVDSLERLGEYWGEVRKFYHDFESGMNAPHTEVYKHEMPGGQYSNL
QQQAKAVGLGDRWHEVKEMYQRVNVMFGDIVKVTPSSKVVGDMALFMVQNNLSEEDVLTK
GKSIDFPDSVIELFEGYLGQPVGGFPKELQEVILKGKKPITVRPGELLEEVDFAALKEEL
FKELGRAVTDFDVLAYALYPKVFLDYNKTIELFGDVSNLDTATFLYGMRLGEEIEVEIEK
GKTLIVKLVSIGQPLADGTRVVYFELNGQSREVIIKDENIKSSVVSKVKADPKNKEQIGA
TMPGTVIRVVVEKGDQVKQGDHLIITEAMKMETTVQAPFSGTIKDIYVKDGEAISTGDLL
IEITK
NT seq
3438 nt
NT seq
+upstream
nt +downstream
nt
atggggaaacgtatagaaaaagtacttgcggcaaatcgcggggaaatagcgataaggatt
tttcgggcttgtacggaattagacattcacacagttgcaatctattcaaaggaagattat
ggttcttatcacagatataaagcggatgaggcatatttggtcggggaaggcaaaaagccg
attgatgcatacctggatattgaaggcataattgcgattgccaaaatgagtggcgtcgat
gcgattcatcccggttatggtttcctttcagaaaatattgaatttgcgaaacgttgtgag
gaagagggcataatcttcatcggaccagaatcaagacacctagatatgtttggtgacaaa
gtaaaagccagaacacaagctgaactggcggatattccggttatccctggtagcgatgga
ccggtgaccagtgttgaagaagtcaaggaatttggtgaacaatacggttttccaattatt
ataaaagcctcattaggcggcggcggacgcggaatgcgaattgtcggaaaaatcgaagaa
gttgaagaggcttatgatcgcgcaaaatcagaagctaaagcagcttttggtaatgatgaa
gtctatgtagagagattcatacaaaatccgaagcatatcgaagttcagattttggctgat
actcatgggaatatcgtccatttatatgagcgtgactgttccgttcagagacggcatcaa
aaagttgtggaagtggcaccttccgtttccctttccgaagatttaagggaaaggatttgt
gaagcagccgtcaagttggctaaaaatattgattatgtaaacgctggtacggtcgagttc
cttgtcgcaaatggcgaattttactttatagaagtcaatccacgggtgcaggttgagcat
acgatcactgaaatgattacgggcattgatatcgttcaatctcaaatcatggtggctgaa
gggcatgaactccatggcaaaaagatcgggattcccgaacaagcaggtattaaaactcat
gggtatgcgattcaatcgagggtgacgaccgaggatccattgaataatttcatgcctgat
accgggaaaatgatggtgtaccgttccggtgggggattcggtgttcgtctggacgcaggg
aatggcttccaaggtgcggtcatcacaccatattatgattcccttctcgttaaactttct
actcatgcgctttcatttgagcaggcagcttccaaaatggttcgtaaccttaaggagttc
aggattcgtggtattaaaacaaatatccccttccttgaaaatgttgtaaaacatgaaaaa
ttcataaatggggaatatgatacatcattcattgattcaacaccggaattatttagcttc
ccaattagaaaagaccgtgggacaaaaatgctttcatatatcggaaatgtgaccgtgaat
ggattcccgggagtcgagaaaaagaaaaaacctgtttttgatccagcaccgattcctaat
gttggtggcctgccgcttatctcgggtacaaaaaatatacttgaagagcaaggggcagag
ggactggtcaattggatcaaagaacagaaagaggtattgatcaccgatacgactttccgt
gatgcacatcaatctttacttgcgacgagaatcaggtcgaaagatatccttgatatcgct
gaacctacagcaaaactgcttcctgatttattttcaatggaaatgtggggcggggcaact
ttcgatgtcgcctatcgtttcttgaaagaagatccgtgggacaggctgttaagtttcagg
aaaaaagcaccgaatgtcctattacaaatgcttttaagggcttcaaatgcagttggttat
aagaattatcctgataatgtcattcgtgaattcgtagagaaatcagcggatgcaggcgtt
gatgttttccgtatcttcgatagtttaaactgggttaaagggatggaattggctattgat
gcagtccgtcaatccggcaaaattgcagaagctgccatttgttatacaggggacttgaat
gacccatcacgcagcaagtataatatcgactactataaacatatggcggtggaattggaa
caagccggtgcccatattttagcgatcaaggatatggccgggctcttgaagcctgatgct
gcttaccgccttgtctcggaactgaaagaatcgacatcccttccgattcatctgcatact
catgatacaagcggaaatggcatttacatgtattctaaagcgattgaagccggtgtggat
atcgttgacacggcgattggttctttagctggactgacttcgcagccaagtgtacaaacc
cttcattatgcattggagggttcaagcagacagccaaagttggaagtcgattcactagag
cgtttaggagaatactggggtgaggtcaggaaattctatcatgacttcgaaagcggaatg
aatgcacctcataccgaggtttacaaacacgaaatgccaggcggtcaatatagtaatctg
cagcagcaagccaaagcagttgggctgggggaccgctggcatgaagtgaaagagatgtat
cagcgcgtcaatgtaatgttcggcgatatcgttaaagtgactccttcatccaaagttgtt
ggggacatggctttattcatggtacaaaataacctgtctgaagaggatgttctgacaaaa
ggtaaatccatcgatttccctgattcagtcatagagttattcgaaggctatctgggtcag
ccagttgggggattccctaaagagcttcaggaagtcatcctgaaagggaagaaacctata
acggtaagaccgggtgagttattggaagaagtggactttgcagcacttaaagaagaatta
ttcaaggaattgggacgggcagtcactgatttcgatgtgcttgcatatgccctatatcca
aaagtattcctggattacaataaaacgattgagctgtttggagatgtgtccaacctcgat
accgcgactttcttatatggtatgaggctaggggaagaaatcgaagttgaaatcgaaaag
ggtaaaacgcttatcgtaaaattggtttcaatcggccagccattggctgatggaacacgg
gttgtgtattttgagttgaatggtcaatcacgtgaagtgatcatcaaggatgaaaacatt
aaatcttccgttgtatcaaaagtaaaagctgatccaaaaaataaagaacaaatcggtgcg
acaatgccaggtacggtaattcgtgtagtggtcgagaaaggagatcaggtcaagcagggt
gatcacctgatcattacggaagcgatgaaaatggaaaccaccgtgcaagcaccattctcc
gggaccatcaaagatatttatgtaaaagatggagaagcgatcagtactggggacttattg
attgaaataactaagtaa
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