Calditerrivibrio nitroreducens: Calni_0495
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Entry
Calni_0495 CDS
T01364
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
cni
Calditerrivibrio nitroreducens
Pathway
cni00020
Citrate cycle (TCA cycle)
cni00620
Pyruvate metabolism
cni00720
Other carbon fixation pathways
cni01100
Metabolic pathways
cni01120
Microbial metabolism in diverse environments
cni01200
Carbon metabolism
cni01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
cni00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
Calni_0495
00620 Pyruvate metabolism
Calni_0495
09102 Energy metabolism
00720 Other carbon fixation pathways
Calni_0495
Enzymes [BR:
cni01000
]
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
Calni_0495
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PYC_OADA
CPSase_L_D2
Biotin_carb_N
Biotin_carb_C
Biotin_lipoyl
HMGL-like
Dala_Dala_lig_C
BSH_RND
ATP-grasp
BSH_CzcB
BSH_YknX
ATP-grasp_4
RimK
ATP-grasp_3
YqfD
GARS_A
BSH_YhbJ
BSH_CusB
ATPgrasp_ST
RnfC_N
GCV_H
NQRA_N
Motif
Other DBs
NCBI-ProteinID:
ADR18408
UniProt:
E4TF69
LinkDB
All DBs
Position
complement(511026..514460)
Genome browser
AA seq
1144 aa
AA seq
DB search
MKIKKLMCANRGEIAIRVFRACTELGIRTVAIYSEEDKYSLHRYKADEAYLVGKGLDPIS
AYMNIDELIDLAIRRGIDAIHPGYGFLAESYEFAEACEKAGIIFVGPKPEVMKVFGDKKL
AKDIAKKCKVPIIEGSEDIIVDLEDAKKISKSIGYPVLLKATAGGGGRGIRICHNEKELE
ENFDSASREAIKAFGKGDIIIEKYIENPKHIEIQLLGDKHGNIVHLYERDCSIQRRHQKL
IEIAPSINIPEETLQKLYQNSVDIGKATGLYCAATAEFLVDTKGNHYFLEVNPRIQVEHT
VTELITGIDIVQAQILVSEGKALSDKEIGIKNQSEIYKHGFAIQCRVTTEDPENGFLPDT
GEIEAYRIATGFGIRLDAGNGFAGAKITPHYDSLLVKVCSWATSFEQAAKKMNRALSEFR
IRGVKTNIPFLQNVITSKNFISGNFNTKFIDTNPDLLKFPKPQDRATKVLKFLANNIVNN
PSGAKLENNMVLPPIRIPVVKYGERIPAGTKDILNRHGVKGVIDYIKQSKEVLFTDTTMR
DAHQSLLATRLRTKDMLAIADAYAHHLNGLFSLEMWGGATFDVSYRFLKESPWERLRLLR
EKIPNILFQMLLRGSNAVGYTNYPDNVIKEFIRLASKNGIDIFRIFDCFNWVDQMTLAIE
EVKKNDKIAEAAICYTGDILDPKKVKYSLKYYINLARELANAGTDIIGIKDMAGLLKPYA
AKILVKAIKEETGLPLHFHTHDTSGNGEASVLMAIEAGADIVDCAISSMSGLTSQPNLNS
ILYALESTERRSSIDKKWAQNVSDYFERVRRYYFPFESGLKSATAEVYEHEIPGGQYSNL
VVQVEATGLIDRWEDVRKMYAKVNKELGDIIKVTPSSKVVGDLAIFLVRNNFDIEDLYEK
GDQLSLPESVISFFKGMLGQPYGGFPEKLQSIILKGDKPLKVRPGEMLPPYDFEKARSNL
QKEYSREFSDEAVVSFALYPQVFKEYLNFVNEYGDGSVFDTKDYFYPLRKEEEIEVNIEE
GKTLIIKYLGLSEPDEKGYRKVYFEFNGQARTVRIKDEKLTDIIKANRKGDINNPKDVCA
SMPGKITKINVKKGDNVKKGDLLAITEAMKMETKIVANTDGIIEEIFLNQGDKIEAGDLL
IKIA
NT seq
3435 nt
NT seq
+upstream
nt +downstream
nt
atgaaaataaaaaaactgatgtgtgcaaatagaggtgaaatagcaattagagtttttcgc
gcctgtactgagctcggcattagaacagttgcgatatactccgaagaagataaatattct
ttgcatagatacaaggcggatgaggcttatttagtagggaaaggcttagatccaatctct
gcctatatgaatatagacgaattaatcgatctggcaatcagaagaggaatagatgccatc
cacccagggtatggatttttagccgaatcatacgaatttgcagaagcttgtgaaaaggct
gggataatatttgttggaccaaagccagaggtaatgaaagtttttggggataaaaaatta
gcaaaagatatcgcaaaaaaatgcaaagttccaatcattgaaggatctgaagatataatc
gtagatttagaagatgcaaaaaagatatcgaaatcaataggttacccggtgcttttaaaa
gccacggcaggtggaggtggaagaggaataaggatatgtcacaacgaaaaagaacttgaa
gaaaatttcgattctgcctcaagggaagcaatcaaagcatttggtaaaggtgatataata
attgaaaaatatatagaaaatccaaaacatattgaaattcagctcctgggtgataaacat
ggaaatatagttcacctttatgaaagggactgctccatacagagaagacatcaaaaacta
attgaaatagctccttcaatcaatattcctgaagaaactctccagaaactttaccagaac
tctgtggatataggaaaagccaccggtctttattgtgctgccactgcagaattcctggta
gatacaaaaggtaaccattattttcttgaagtaaaccccagaatacaggtggaacatact
gttactgagttaatcactggtatcgatatagtacaggctcaaatattggtatcagaaggt
aaggcactttcagataaggaaatagggataaaaaatcagtcagaaatatataaacatggc
tttgctattcaatgccgtgtcacaactgaggatcctgaaaacggctttctgcctgacact
ggagaaatagaggcataccgaattgcaactggttttggaataaggcttgatgctggcaac
ggctttgctggtgccaaaatcacacctcattacgactctctactggttaaggtctgtagc
tgggcaacatcttttgaacaggcagcaaaaaagatgaatagagccttaagtgaattcaga
atacgtggagtaaagacaaacatcccatttttacagaatgtcattaccagcaagaatttc
atctcaggcaattttaatacaaaattcatcgatactaacccagatttattaaaatttcca
aaaccacaggacagagcaacaaaagtactaaaatttttggcgaataatatagtaaacaac
ccttccggagctaagctcgaaaataatatggttcttcctcccataaggatcccggttgta
aaatatggggagcgtattcccgccgggactaaagatatcctgaacagacacggtgtaaaa
ggtgtcatagactatatcaaacagagcaaagaggtacttttcacagataccacaatgaga
gatgcccatcagtccctccttgcaacaaggctcagaacaaaagatatgctggccatcgcc
gacgcctatgcccatcatctaaacggattattctctcttgaaatgtggggtggtgcaaca
tttgatgtatcatatagatttttaaaggagtccccctgggagaggctcagattattgaga
gaaaaaattccaaatattctattccaaatgcttctaagaggttccaatgctgtgggatat
acaaattatcccgataacgtaataaaagagtttatcagattagcatctaaaaatggtata
gatatctttaggatattcgattgtttcaattgggtggatcagatgacccttgccatcgaa
gaggtaaaaaagaacgataaaatcgccgaggcagccatctgctatactggagacatatta
gatcccaaaaaggtcaagtacagtctaaaatattatataaatcttgccagagaacttgca
aatgctggtacagatataatagggataaaagatatggcagggttactcaagccatatgca
gcaaaaattttagtaaaagccataaaagaggagacgggtctgccacttcatttccatact
catgacaccagcggtaatggggaagcttcggtattaatggctattgaagcaggagccgat
attgtagactgtgctatatcttcaatgagtggattaacaagtcaaccaaacttaaattct
atactctacgccttagaatcgactgaaagacgttcatcaatagataagaaatgggctcag
aacgtttcagattatttcgaaagagttagaagatattacttcccatttgaaagcggtcta
aaatcagctacagcagaggtgtatgaacatgagataccaggcggacagtattccaacctt
gttgtacaggtggaagcaactggtcttattgatcgttgggaagatgtaagaaaaatgtac
gcaaaagttaacaaagaacttggtgacattataaaagtaaccccttcgtcaaaagtggtg
ggtgatctggccatcttcctggtgagaaataactttgatattgaagatctctatgaaaaa
ggggatcagttatctttacccgaatctgtgatatccttctttaaagggatgctcggacag
ccttacgggggattcccggaaaagctacaaagcataattctaaagggggacaagccttta
aaagttagacccggtgaaatgcttccaccatacgattttgaaaaagccagaagcaattta
caaaaggagtatagcagagagtttagtgatgaagcagtagtcagcttcgcactttatcca
caggtcttcaaagagtatctaaactttgttaatgaatatggagatggatcagtatttgat
acaaaagattatttttatcctttgagaaaggaagaggagatagaggtcaatatagaggaa
gggaaaactctcatcataaagtaccttggtctcagtgaacctgatgaaaaaggttacaga
aaagtatattttgaatttaacggtcaggcaagaactgtgagaataaaagatgaaaaatta
acagatataataaaggcaaatagaaaaggtgatataaataatccaaaagatgtctgtgca
tctatgcctggaaaaatcaccaaaataaatgtcaaaaaaggtgataatgtgaaaaaaggt
gaccttctggctataaccgaagcaatgaaaatggaaactaaaatcgttgctaatacagat
ggaataatagaagaaatattcttaaatcaaggagataagattgaagctggtgacctttta
atcaagatcgcttga
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