Reichenbachiella agarivorans: N6H18_15540
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Entry
N6H18_15540 CDS
T08483
Name
(GenBank) pyruvate carboxylase
KO
K01958
pyruvate carboxylase [EC:
6.4.1.1
]
Organism
rek
Reichenbachiella agarivorans
Pathway
rek00020
Citrate cycle (TCA cycle)
rek00620
Pyruvate metabolism
rek01100
Metabolic pathways
rek01120
Microbial metabolism in diverse environments
rek01200
Carbon metabolism
rek01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
rek00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00020 Citrate cycle (TCA cycle)
N6H18_15540
00620 Pyruvate metabolism
N6H18_15540
Enzymes [BR:
rek01000
]
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
N6H18_15540
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
PYC_OADA
Biotin_carb_N
Biotin_carb_C
HMGL-like
Biotin_lipoyl
Dala_Dala_lig_C
ATP-grasp
ATP-grasp_3
ATP-grasp_4
Biotin_lipoyl_2
RimK
ATPgrasp_ST
ATPgrasp_Ter
Halo_GVPC
GARS_A
HlyD_3
Motif
Other DBs
NCBI-ProteinID:
UXP31760
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All DBs
Position
3683562..3687011
Genome browser
AA seq
1149 aa
AA seq
DB search
MDHLKNLKPIKKLLVANRGEIAIRILRAASELNIRTVAMYTYEDRYSLHRYKADEAYQIG
ANDAPLKPYLDIDEIISVAKNNGVDAIHPGYGFLSENVTFVRKIQEAGMIFVGPDPEVME
RLGDKVAAKKIAISANVPIIQDSEEDINSVEIAMKEAKRIGFPVMVKAAAGGGGRGMRVV
REESQLARLFQDARKEALNGFGDDTIFIEKFIDDPKHIEVQILGDRHGNLIHLFERDCSV
QRRFQKVVEVAPCISIKKETKSKLYEYALSITKSVNYSNAGTVEFLVDKDENIYFIEVNP
RVQVEHTITEEVTGIDIVRSQILIAMGHKLSDKEIFIKSQEDVVCQGYAIQCRITTEDPA
NNFSPDYGRVIAYRSASGFGIRLDAGNCYSGVNISPFFDSMLVKVSAWGRTLEGASQRLS
RALKEFRIRGVKTNIGFLNKVITHPDFFTGHATVRFIEDHPELFDMPRRRDSGTKLLRYL
GNVAVNGNPDVKKIDKTKVFRQPQVPEFDRLGPYPEGTKDKLTALGREGFVDWLKKDTKI
HYTDTTFRDAHQSLLATRMRTQDMLKVAEGYAKNHPNIFSMEVWGGATFDVCMRFLNENP
WERLQLFRKAMPNVLLQMLLRGSNGVGYKAYPDNLVEKFIEKSWENGMDVFRIFDSLNWI
EAMKVSIKAVNERTGALAEGCICYTGDILDKNTKYNLDYYLTLARQLEDEGVHMLAIKDM
AGLLKPRSAELLITELKKAIDLPIHLHTHDTSSIQSTTYYSAVNAGVDVVDLAMASMSGL
TSQPNFNSFLHVMKGHEREHDMGIQSLNRYSNYWEDVREYYYPFESGLKAGTAEVYDHEI
PGGQYSNLRPQAESLGLGDRFQEVKKNYAVVNKMFGDLVKVTPSSKVVGDMAIYMTSNNL
TPEDVLTNKSLAFPESVVSLFKGELGQPAGGFPMDYSKAILKGENPFTERPNAHLKPIDF
EKEMKAFQAEFDEYCDELDFLSFKLYPKVFKDFYNRWKMFGEVMKLPTKAFFFAMKENEE
ILVDLEKGKSIIIKFLYKSKPDETGQCDVYFELNGQTRMIRVLDQKQTATKPINQKAESD
NQVGAPIPGKLLEVRVKAGDKVKDNDPLFVIEAMKMETTITATQTGTIKTVYLTNGSLVE
SNDLVIDFE
NT seq
3450 nt
NT seq
+upstream
nt +downstream
nt
atggatcatctcaagaatttgaaaccaatcaaaaaactcctagtagctaacagaggagaa
attgccatcagaattttacgagcagcgagtgagctcaacatccgtacggttgcgatgtac
acctacgaagatcgctattcactgcataggtacaaggcagacgaagcttatcagattggt
gccaatgatgcgcctttgaaaccctacttggatattgatgagatcatttcagtggcgaaa
aacaacggtgtagatgccatccatccaggctatggtttcttgtccgaaaacgtgactttc
gtccgaaaaatccaagaagctgggatgatcttcgtcggaccagatccagaggtcatggag
cgtctgggtgacaaagtagctgccaagaaaatcgcgatcagcgccaatgtgccgatcatt
caggacagtgaagaggatatcaactccgtagagatcgcgatgaaggaggccaagcgaatc
ggattccctgtcatggtcaaggcagcagcaggtggtggaggtcgtggcatgcgtgtggtg
cgagaagagtcgcagttagcgcgcctattccaagatgcccgcaaagaggctttgaatggg
tttggagatgatacgatattcatcgaaaagttcatcgatgaccctaaacacatcgaagta
cagattcttggagacagacatggtaacttgattcacttatttgaaagagactgttccgta
caacggaggtttcaaaaagtagtcgaggtagctccttgtatttcaatcaaaaaagaaaca
aaaagcaaactgtatgagtacgcactgagcatcaccaaatcagtcaactacagcaatgca
ggtaccgtggaattcttggtggacaaggatgaaaacatctatttcatagaagtaaaccca
agagtacaggtagaacataccatcaccgaagaagtgactggtatagacattgtgcgctcg
caaatcttgattgcgatgggacacaaactatccgacaaagagattttcatcaagtcgcaa
gaagacgtagtttgtcaaggctatgccatccagtgtagaatcactaccgaagatcctgcc
aacaattttagccctgactatggtcgcgtgattgcctaccgcagtgccagtggtttcgga
atcaggttagatgcaggcaactgctactctggtgtaaatatctcaccattctttgactcc
atgttggtgaaagtgagtgcctggggcaggacactcgaaggagcttctcagcgcctgagc
agagcactcaaagaatttagaatccgaggtgtcaaaaccaatatcggatttttgaacaaa
gtcattacacaccctgatttcttcacaggacatgcgacggtcagattcatagaggatcac
cctgagctcttcgatatgcctaggagacgcgatagcggcaccaaattgctgagatacttg
ggcaatgtggctgtcaatggcaaccctgatgttaaaaaaattgacaaaacgaaagtattt
agacaaccgcaggtgcctgagtttgatagattaggcccatacccagaagggactaaagac
aagctcaccgcactaggtagagaaggttttgtggattggctcaagaaggataccaagatc
cattacacagataccactttccgtgatgcacatcagtcgctgttggctactagaatgcgt
acacaggacatgctcaaagtagcagagggctatgccaagaatcatccaaacatcttttcg
atggaagtatggggaggtgccacctttgatgtctgcatgcgtttcctcaatgaaaaccct
tgggagagattgcaattgttcagaaaagcaatgccaaacgtgctgttacaaatgttgctc
cgaggttctaatggcgtaggttacaaagcataccctgacaaccttgtagagaagtttatc
gaaaaatcatgggagaatggcatggatgtattcaggatttttgattccctcaactggata
gaagccatgaaggtaagcatcaaggcagtcaatgagcgcacaggagcattggccgaaggt
tgcatctgctacacaggtgacatattagataaaaacaccaagtacaacttggattactac
ctcacattggcacgacagctagaggatgaaggagtccacatgctagccatcaaagacatg
gcgggcttgctcaagccacgcagtgctgagttgctaatcacagagctgaaaaaggccata
gatctaccaatccatctgcacacacatgatacttcgtccatccaatctacaacctactat
tcagcagtcaatgcgggtgtagatgtggtagatttggccatggcatccatgtctggattg
acttctcagcccaacttcaattctttccttcatgtgatgaaagggcatgaaagagagcac
gatatgggtattcagtctttgaaccgatactccaactactgggaggatgtgcgagagtac
tactatccatttgagtctggattgaaggccggtactgctgaggtctatgaccatgaaatc
ccaggaggacaatacagcaatttgagaccacaggctgagtctctagggcttggtgatcgt
ttccaagaggtcaagaagaactatgcagtcgtcaacaagatgtttggtgatttggtcaaa
gtaacgccatcgtctaaggtcgtaggtgacatggccatctacatgacatctaacaatctg
acacctgaagatgtactgaccaacaagtctttggccttccctgaatctgttgtgagtttg
ttcaaaggcgaattgggacaacctgctggaggcttccctatggattattccaaagccatt
ctgaaaggagaaaatccattcaccgaaagacccaatgcacacctcaaaccgattgatttc
gagaaggagatgaaggcctttcaggcagaatttgatgagtactgtgatgaattggacttc
ttgtcattcaagctttatccaaaggtctttaaagatttctacaacaggtggaagatgttt
ggagaggtgatgaaattacctaccaaagcgttcttcttcgccatgaaagagaacgaggag
atcttagttgatcttgaaaagggaaaatcgatcatcatcaaattcttgtacaaatctaaa
ccagatgaaacaggacaatgtgacgtctattttgagctcaatggacaaacaagaatgatc
agagtattggatcaaaagcaaaccgctaccaaaccgatcaaccaaaaagcggaaagtgac
aatcaagtgggcgcaccgatccctggcaagttgctagaagtcagggtaaaagcaggagac
aaagtcaaggacaatgatcctctgtttgtcatagaagccatgaaaatggagacgaccatt
acggcgactcaaacaggtacaatcaagaccgtctacctcaccaatggtagcttggtagag
tccaatgatttggtcattgattttgaataa
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