Alkaliphilus metalliredigens: Amet_0579
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Entry
Amet_0579 CDS
T00551
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
amt
Alkaliphilus metalliredigens
Pathway
amt00020
Citrate cycle (TCA cycle)
amt00620
Pyruvate metabolism
amt00720
Carbon fixation pathways in prokaryotes
amt01100
Metabolic pathways
amt01120
Microbial metabolism in diverse environments
amt01200
Carbon metabolism
amt01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
amt00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
Amet_0579
00620 Pyruvate metabolism
Amet_0579
09102 Energy metabolism
00720 Carbon fixation pathways in prokaryotes
Amet_0579
Enzymes [BR:
amt01000
]
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
Amet_0579
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
PYC_OADA
Biotin_carb_N
HMGL-like
Biotin_carb_C
Biotin_lipoyl
Dala_Dala_lig_C
Biotin_lipoyl_2
ATP-grasp
HlyD_3
ATP-grasp_4
ATP-grasp_3
DUF4286
NQRA
GCV_H
RnfC_N
ATP-grasp_5
Motif
Other DBs
NCBI-ProteinID:
ABR46806
UniProt:
A6TKT8
LinkDB
All DBs
Position
complement(602876..606316)
Genome browser
AA seq
1146 aa
AA seq
DB search
METKKFKRILVANRGEIAIRIFRACQELSIRTVAIYSNEDKCALFRTKADESYQIGSNKG
PVEAYLAIDEIIALALKKGVDAIHPGYGFLAENPEFSKKCEEAGIEFIGPTHVMIEQLGD
KIQSKLVAKAAGVPVIPGVEKPIADEAQALRFAGECGYPVMLKAAAGGGGRGMRIVTQEE
DLVESFLSARSEAKKAFGIDSIFIEKYIEKPKHIEVQILGDKYGNIVHLLERDCSIQRRH
QKLIEFAPAVSLSQEKREAICHDALKIARAVHYRNAGTVEFLVDAHGDHYFIEMNPRIQV
EHTVTEMITGIDIVQSQILIAQGYPLNSSQVGIGSQENIKANGYSIQCRVTSEDPANHFA
PDTGKITEYRTGSGFGIRLDGGNGFTGATISPYYDSLLVKTTSWSRTFDDAIKKGIRSIK
ELKISGVKTNTAFLINVLNHETFIKGDCDTNFIADHPDLFDIAPKNNKELKILKFIGEKV
VNETKGIKREFDVPTVPYVERPLGLSGTKQILDQEGPAGIVNWVKNQEKLLLTDTTMRDA
HQSLMATRVRTKDMVKIAKATSILGQDLFSLEMWGGATFDVSYRFLKESPWARLEALRKK
VPNILFQMLLRGSNGVGYKNYPDNVIREFIQESAASGIDLFRIFDSLNWLKGMEVAIDEV
LKTGKIAEACICYTGDILDTSRDKYSLQYYVNMAKDIEKTGAHILAIKDMSALLKPYAAY
KLIHALKQEVSMPIHLHTHDTSGNGVATILMAAEAGVDIVDTTFNSMSGLTSQPALNSVV
AALENTERATGIKLDDLEAISTYWDAVRPVYSQFESGLKSGTTEIYKYEIPGGQYSNLKP
QVESFGLGHRFGDVKEMFKQVNDMVGDIVKVTPSSKMVGDLAIFMVQNDLTPENILEKGQ
DLAYPDSAVSYFKGMMGQPMGGFPPELQKLVLKGEEPITVRPGEMLEPEDFQAIQQHLKD
KHKLTPTKQDMLSYALYPKVFEDYLEYLKDYGDFSRMGSDIFFHGLEEGETCEVEIAQGK
VLILKLLHIGRLNNTGHRNVIFEVNGNRREVQILDKDRGSEISVDAIKMADPHNKLEIGA
SIPGTVLKVLVKEGDTIKAKEPIIILEAMKMEASITAPVSGVIESILVKEKQQVQSGELL
IKFKEQ
NT seq
3441 nt
NT seq
+upstream
nt +downstream
nt
atggaaacaaaaaaattcaaacggatcctagtggcaaatcgcggtgaaattgccattaga
attttcagagcttgtcaggaacttagcattcgtactgtggcaatttattcaaatgaagat
aagtgcgctctgtttagaacaaaggccgatgaatcctaccaaataggttctaataaagga
ccggtagaagcgtatttagccatagatgaaatcattgcccttgccttgaaaaagggagtc
gatgcaattcatccaggatatggtttcttagcagaaaatccagagttttcaaaaaaatgt
gaagaggcagggattgaattcattggacccacccatgtcatgatcgagcaattaggagat
aagatccaatcaaagctcgtggcaaaggccgctggggtaccggttattcctggagtagaa
aaacctattgctgatgaggcccaagcattacgatttgctggggaatgtggatatcccgtt
atgttgaaggccgctgccggtggtggaggtcgaggaatgcgcattgttacccaagaagaa
gatcttgtagagtcctttttaagtgctagaagtgaagctaaaaaggcctttggtatcgat
agtatctttattgaaaaatatattgaaaaacccaagcatattgaagtgcaaatcttagga
gataaatacggaaatatcgttcatcttttagagcgagattgttctattcaaagacgtcat
caaaaactaatcgaattcgcccctgcagtttccctatcccaggaaaagcgagaggcaatc
tgtcacgacgctttgaaaatagctagagctgtacattatcgaaatgctggcactgtggaa
tttctagttgatgctcatggtgaccattattttatcgaaatgaatccaaggattcaggta
gagcataccgtcactgaaatgattacagggatcgatatcgttcaaagtcaaattttaatt
gcccaaggctatccattgaactcatcacaggtaggcattggctctcaagaaaatatcaag
gccaatggttattccatccagtgtcgcgttaccagtgaggatcctgctaatcactttgct
ccagatacggggaaaatcacagaatatcgaactggatccggcttcgggatcagattagat
ggtggcaatggatttacaggtgccaccattagcccttactatgacagcctcctggttaag
accacttcttggtctagaaccttcgatgatgccatcaaaaaagggattcgttccattaaa
gagctaaaaataagtggtgttaaaaccaatacagcctttttaattaatgtactcaaccat
gaaacctttataaagggagattgtgataccaactttattgcggatcatccagacctattt
gatattgcccccaaaaacaacaaagagttgaaaatcctaaagttcataggggaaaaagta
gtcaatgaaaccaagggtatcaaaagagagtttgatgttcctaccgttccatatgttgag
agacctttagggttgagcggtactaagcaaatcttagatcaagaaggacctgcaggtata
gtcaattgggttaaaaatcaagaaaaactactcttaaccgatacaacaatgagagatgcc
catcagtccctcatggcaacccgggtacgtacaaaggatatggtgaagattgctaaggcc
acttctatattaggtcaggatttattttctctagaaatgtggggcggcgcaacatttgat
gtgtcctaccgctttctaaaggagtccccttgggctcgattagaggccctacgaaaaaaa
gtgcctaatattctgtttcaaatgcttttaagaggaagcaatggcgttggttataagaac
tatccagataatgtgattcgtgagtttattcaagaatcggcagccagtggtatcgattta
tttagaattttcgactctctcaactggttgaagggcatggaggtcgccatcgatgaagtg
ctaaaaacaggtaaaattgccgaggcctgcatctgctatacaggtgatattttagacaca
agtcgagataagtattcactacaatattatgtaaatatggcaaaggatattgaaaaaaca
ggtgctcatattttagccattaaagatatgtccgccctattaaagccctatgctgcttat
aaactgatccatgcattgaagcaagaagtatccatgcccattcatttgcatactcatgat
acaagtggcaatggcgttgcaaccattttaatggccgccgaagcaggggtagatattgtt
gataccaccttcaatagtatgtcaggattgacaagtcaacctgcattaaactctgttgtg
gctgccctagaaaacacagaaagagctacggggattaagcttgatgaccttgaagcaatt
tcaacctactgggatgccgttagacctgtttacagccaatttgagtctggattgaaatca
ggaacaacagaaatttataagtatgaaatccctggtggtcaatattccaatcttaagcct
caagtagaaagctttggattgggtcatcgatttggtgatgtgaaggaaatgttcaagcag
gtaaatgacatggttggtgacatcgttaaagtgactccttcctctaaaatggtaggagat
ctggctattttcatggtacaaaatgatttaacacccgagaacatccttgaaaagggacag
gatcttgcctacccagattctgcagtatcctacttcaagggaatgatgggacagcccatg
ggaggctttcctccagaacttcagaagttagttttaaagggagaggaaccaattacagta
cgacctggggagatgcttgaacccgaagatttccaagccatccaacagcatttaaaggat
aagcataaactgacccccacaaagcaagacatgttaagctatgccctctatccaaaggtt
tttgaagattatttagaataccttaaagactatggggacttcagtcgcatgggaagtgat
attttcttccacggtttagaagaaggggaaacctgtgaggttgagatagctcaaggtaaa
gtcttgattcttaaactattgcatattggaagattgaacaataccggccatcgaaatgtg
atatttgaggtcaatggcaatcgaagagaagttcaaatcttagataaagatagaggatct
gaaatcagcgtagacgccatcaaaatggcagatccacataacaagcttgagatcggtgca
agcattcctggaacagtcttgaaggttcttgttaaggaaggcgacaccatcaaggcaaag
gaacccatcatcattcttgaagccatgaaaatggaggcaagtattaccgctccagtatcc
ggtgtgatagaatctatcttggttaaggaaaagcaacaggttcaatcaggtgagttattg
attaaatttaaagaacagtaa
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